Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/.gitignore
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/.gitignore	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/.gitignore	(revision 15719)
@@ -0,0 +1,36 @@
+
+# Prerequisites
+*.d
+
+# Compiled Object files
+*.slo
+*.lo
+*.o
+*.obj
+
+# Precompiled Headers
+*.gch
+*.pch
+
+# Compiled Dynamic libraries
+*.so
+*.dylib
+*.dll
+
+# Fortran module files
+*.mod
+*.smod
+
+# Compiled Static libraries
+*.lai
+*.la
+*.a
+*.lib
+
+# Executables
+*.exe
+*.out
+*.app
+
+# Jupyter notebook stuff
+.ipynb_checkpoints
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/axis_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/axis_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/axis_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/axis_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,37 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+    <!-- $id$ -->
+    <variable_definition>
+       <!-- Year/Month/Day of time origin for NetCDF files; defaults to 1800-01-01 -->
+       <variable id="ref_year"  type="int"> 1900 </variable>
+       <variable id="ref_month" type="int"> 01 </variable>
+       <variable id="ref_day"   type="int"> 01 </variable>
+       <variable id="rho0"      type="float" > 1026.0 </variable>
+       <variable id="cpocean"   type="float" > 3991.86795711963 </variable>
+       <variable id="convSpsu"  type="float" > 0.99530670233846  </variable>
+       <variable id="rhoic"     type="float" > 917.0 </variable>
+       <variable id="rhosn"     type="float" > 330.0 </variable>
+       <variable id="missval"  type="float" > 1.e20 </variable>	       
+    </variable_definition>
+
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+
+<!-- Axis definition -->
+    <axis_definition src="./axis_def_nemo.xml"/>
+ 
+<!-- Domain definition -->
+    <domain_definition src="./domain_def_nemo.xml"/>
+
+<!-- Grids definition -->
+    <grid_definition   src="./grid_def_nemo.xml"/>
+  
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,20 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@" sync_freq="10d" min_digits="4">
+     <file_group id="1s" output_freq="1s"  output_level="10" enabled=".TRUE." >  <!-- 5d files -->
+	<file id="file1" name_suffix="_grid_U" description="ocean U grid variables" >
+	  <field field_ref="e3u"          name="e3u_inst"     long_name="instantaneous U-cell thickness"        operation="instant" />
+          <field field_ref="uoce"         name="uo_inst"      long_name="instantaneous sea water x velocity"    operation="instant" />
+          <field field_ref="ustokes"     name="sdzocrtx" long_name="instantaneous sea water sd x velocity"    operation="instant"/>
+	</file>
+	
+      </file_group>
+      
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">true</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,451 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                        OVERFLOW configuration                      !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   ADIAB_WAVE configuration
+!-----------------------------------------------------------------------
+   !                        ! type of vertical coordinate
+   ln_zco      = .false.    ! z-coordinate
+   ln_zps      = .false.    ! z-partial-step coordinate
+   ln_sco      = .true.     ! s-coordinate
+   rn_dx       =   10.      ! horizontal resolution   [meters]
+   rn_dy       =   10.
+   rn_dz       =   0.05     ! vertical   resolution   [meters]
+   ln_STOKES_ADIAB = .true.    ! Stokes Drift (Shallow/Intermediate water)
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      ="ADIAB_GLM"!  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =     900   ! here 1h of simulation  (=6120 time-step)
+   nn_date0    =  010101   !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_time0    =    0001   !  initial time of day in hhmm
+   nn_istate   =       1   !  output the initial state (1) or not (0)
+   nn_stock    =    3600   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =       1   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .true.   !  (=T) create the domain configuration file
+   cn_domcfg_out = "domain_cfg_out" ! newly created domain configuration filename
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_Dt      =   1. !time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp    =   0.    !  asselin time filter parameter
+/
+!-----------------------------------------------------------------------
+&namtsd        !    Temperature & Salinity Data  (init/dmp)             (default: OFF)
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1.     !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+  ln_wave     = .true. 
+/
+!-----------------------------------------------------------------------
+&namsbc_wave   ! External fields from wave model                        (ln_wave=T)
+!-----------------------------------------------------------------------
+   ln_sdw      = .true.        !  get the 2D Surf Stokes Drift & Compute the 3D stokes drift
+   ln_stcor    = .false.       !  add Stokes Coriolis and tracer advection terms
+   ln_cdgw     = .false.       !  Neutral drag coefficient read from wave model
+   ln_tauoc    = .false.       !  ocean stress is modified by wave induced stress
+   ln_wave_test= .false.       !  Test case with constant wave fields
+!
+   ln_charn    = .false.       !  Charnock coefficient read from wave model (IFS only)
+   ln_taw      = .false.       !  ocean stress is modified by wave induced stress (coupled mode)
+   ln_phioc    = .false.       !  TKE flux from wave model
+   ln_bern_srfc= .false.       !  wave induced pressure. Bernoulli head J term
+   ln_breivikFV_2016 = .false. !  breivik 2016 vertical stokes profile
+   ln_vortex_force = .false.    !  Vortex Force term
+   ln_stshear  = .false.       !  include stokes shear in EKE computation
+
+!
+   cn_dir      = '../input_data/'      !  root directory for the waves data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+               !  file name          !freq(hrs)!  var      ! time int !  clim  ! 'yrly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usd      =  'sdw_WW3_ADIABWAVE' , 0.00027778       , 'uuss'    ,  .true.  , .false., 'daily' ,  ''              , ''       , ''
+   sn_vsd      =  'sdw_WW3_ADIABWAVE' , 0.00027778       , 'vuss'    ,  .true.  , .false., 'daily' ,  ''              , ''       , ''
+   sn_hsw      =  'sdw_WW3_ADIABWAVE' , 0.00027778       , 'hs'      ,  .true.  , .false., 'daily' ,  ''              , ''       , ''
+   sn_wmp      =  'sdw_WW3_ADIABWAVE' , 0.00027778       , 't0m1'    ,  .true.  ,.false. , 'daily' ,  ''              , ''       , ''
+   sn_wnum     =  'sdw_WW3_ADIABWAVE' , 0.00027778       , 'wnum'    ,  .true.  ,.false. , 'daily' ,  ''              , ''       , ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    3.     !  free slip
+/
+!-----------------------------------------------------------------------
+&nambdy        !  unstructured open boundaries                          (default: OFF)
+!-----------------------------------------------------------------------
+   ln_bdy         = .true.      !  Use unstructured open boundaries
+   nb_bdy         = 2         !  number of open boundary sets
+   ln_coords_file = .false., .false.    !  =T : read bdy coordinates from file
+      cn_coords_file = 'coordinates.bdy.nc'  !  bdy coordinates files
+   ln_mask_file   = .false.    !  =T : read mask from file
+      cn_mask_file = ''        !  name of mask file (if ln_mask_file=.TRUE.)
+   cn_dyn2d    = 'flather' , 'flather'        !
+   nn_dyn2d_dta   =  1, 1        !  = 0, bdy data are equal to the initial state
+      !                       !  = 1, bdy data are read in 'bdydata   .nc' files
+      !                       !  = 2, use tidal harmonic forcing data from files
+      !                       !  = 3, use external data AND tidal harmonic forcing
+   cn_dyn3d      =  'none','none'     !
+   nn_dyn3d_dta  =  0, 0         !  = 0, bdy data are equal to the initial state
+   !                          !  = 1, bdy data are read in 'bdydata   .nc' files
+   cn_tra        =  'frs','frs'    !
+   nn_tra_dta    =  0, 0         !  = 0, bdy data are equal to the initial state
+   !                          !  = 1, bdy data are read in 'bdydata   .nc' files
+   cn_ice        =  'none', 'none'    !
+   nn_ice_dta    =  0 , 0         !  = 0, bdy data are equal to the initial state
+   !                          !  = 1, bdy data are read in 'bdydata   .nc' files
+   cn_ice        =  'none', 'none'    !
+   nn_ice_dta    =  0 , 0        !  = 0, bdy data are equal to the initial state
+   !                          !  = 1, bdy data are read in 'bdydata   .nc' files
+   !
+   ln_tra_dmp    =.false., .false.     !  open boudaries conditions for tracers
+   ln_dyn3d_dmp  =.false., .false.      !  open boundary condition for baroclinic velocities
+   rn_time_dmp   =  0.01        !  Damping time scale in days
+   rn_time_dmp_out = 0.01      !  Outflow damping time scale
+   nn_rimwidth   = 1, 1          !  width of the relaxation zone
+   ln_vol        = .false.    !  total volume correction (see nn_volctl parameter)
+   nn_volctl     =  0      !  = 0, the total water flux across open boundaries is zero
+/
+!-----------------------------------------------------------------------
+&nambdy_index
+!-----------------------------------------------------------------------
+    ctypebdy ='W'
+    nbdyind  = 2
+    nbdybeg  = 1
+    nbdyend  = 5
+/
+!-----------------------------------------------------------------------
+&nambdy_index
+!-----------------------------------------------------------------------
+    ctypebdy = 'E'
+    nbdyind  = 76
+    nbdybeg  = 1
+    nbdyend  = 5
+/
+!-----------------------------------------------------------------------
+&nambdy_dta    !  open boundaries - external data                       (see nam_bdy)
+!-----------------------------------------------------------------------
+   ln_zinterp  = .false.      !  T if a vertical interpolation is required. Variables gdep[tuv] and e3[tuv] must exist in the file
+   ln_full_vel = .false.      !  T if [uv]3d are "full" velocities and not only its baroclinic components
+   cn_dir      = '../input_data/'    !  root directory for the BDY data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   bn_ssh =     'bdyT_u2dW' ,         24        , 'sossheig' ,     .false.      , .false. ,  'daily'  ,    ''    ,   ''     , ''
+   bn_u2d =     'bdyU_u2dW' ,         24        , 'vobtcrtx' ,     .false.      , .false. ,  'daily'  ,    ''    ,   ''     , ''
+   bn_v2d =     'bdyV_u2dW' ,         24        , 'vobtcrty' ,     .false.      , .false. ,  'daily'  ,    ''    ,   ''     , ''
+/
+!-----------------------------------------------------------------------
+&nambdy_dta    !  open boundaries - external data                       (see nam_bdy)
+!-----------------------------------------------------------------------
+   ln_zinterp  = .false.      !  T if a vertical interpolation is required. Variables gdep[tuv] and e3[tuv] must exist in the file
+   ln_full_vel = .false.      !  T if [uv]3d are "full" velocities and not only its baroclinic components
+   cn_dir      = '../input_data/'    !  root directory for the BDY data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   bn_ssh =     'bdyT_u2dE' ,         24        , 'sossheig' ,     .false.      , .false. ,  'daily'  ,    ''    ,   ''     , ''
+   bn_u2d =     'bdyU_u2dE' ,         24        , 'vobtcrtx' ,     .false.      , .false. ,  'daily'  ,    ''    ,   ''     , ''
+   bn_v2d =     'bdyV_u2dE' ,         24        , 'vobtcrty' ,     .false.      , .false. ,  'daily'  ,    ''    ,   ''     , ''
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_drg_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_drg_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_drg_OFF = .true.     !  free-slip       : Cd = 0                  (F => fill namdrg_bot
+   ln_lin     = .false.    !      linear  drag: Cd = Cd0 Uc0                   &   namdrg_top)
+   ln_non_lin = .false.    !  non-linear  drag: Cd = Cd0 |U|
+   ln_loglayer= .false.    !  logarithmic drag: Cd = vkarmn/log(z/z0) |U|
+   !
+   ln_drgimp  = .false.    !  implicit top/bottom friction flag
+/
+!-----------------------------------------------------------------------
+&namdrg_bot    !   BOTTOM friction                                      (ln_drg_OFF =F)
+!-----------------------------------------------------------------------
+   rn_Cd0      =  0.e-3    !  drag coefficient [-]
+   rn_Uc0      =  0.      !  ref. velocity [m/s] (linear drag=Cd0*Uc0)
+   rn_Cdmax    =  0.      !  drag value maximum [-] (logarithmic drag)
+   rn_ke0      =  0.e-3   !  background kinetic energy  [m2/s2] (non-linear cases)
+   rn_z0       =  0.e-3    !  roughness [m] (ln_loglayer=T)
+   ln_boost    = .false.   !  =T regional boost of Cd0 ; =F constant
+      rn_boost =  0.         !  local boost factor  [-]
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                             !  rd(T,S,Z)*rho0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (for simplified equation of state)
+   rn_b0       =  0.          !  saline  expension coefficient (for simplified equation of state)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Operator type:    both false = No lateral diffusion
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .false. !  linear dynamics (no momentum advection)
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .true.  !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .true.  !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! split-explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_e sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_e  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_e      =  1         ! =F : the number of sub-step in rn_Dt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF =  .true.     !  No operator (i.e. no explicit diffusion)
+   ln_dynldf_lap =  .false.    !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.    !  iso-level
+   ln_dynldf_hor =  .false.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 2.0              !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 1000.            !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! adaptive-implicit vertical advection
+   ln_zad_Aimp = .false.      !  Courant number dependent scheme (Shchepetkin 2015)
+   !
+   !                       ! type of vertical closure (required)
+   ln_zdfcst   = .true.      !  constant mixing
+   ln_zdfric   = .false.      !  local Richardson dependent formulation (T =>   fill namzdf_ric)
+   ln_zdftke   = .false.      !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfgls   = .false.      !  Generic Length Scale closure           (T =>   fill namzdf_gls)
+   !   
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+      nn_evdm     =    0         ! apply on tracer (=0) or on tracer and momentum (=1) 
+      rn_evd      =  100.        ! mixing coefficient [m2/s]
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+      nn_npc      =    1         ! frequency of application of npc 
+      nn_npcp     =  365         ! npc control print frequency
+   !   
+   ln_zdfddm   = .false.   ! double diffusive mixing
+      rn_avts  =    1.e-4     !  maximum avs (vertical mixing on salinity)
+      rn_hsbfr =    1.6       !  heat/salt buoyancy flux ratio
+   !   
+   !                       ! gravity wave-driven vertical mixing
+   ln_zdfiwm   = .false.      ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+   ln_zdfswm   = .false.      ! surface  wave-induced mixing            (T => ln_wave=ln_sdw=T )
+   !   
+   !                       ! coefficients
+   rn_avm0     =   0.e-4     !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0        !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0        !  horizontal shape for avtb (=1) or not (=0)
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/sbcwave.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/sbcwave.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/sbcwave.F90	(revision 15719)
@@ -0,0 +1,563 @@
+MODULE sbcwave
+   !!======================================================================
+   !!                       ***  MODULE  sbcwave  ***
+   !! Wave module
+   !!======================================================================
+   !! History :  3.3  !  2011-09  (M. Adani)  Original code: Drag Coefficient
+   !!         :  3.4  !  2012-10  (M. Adani)  Stokes Drift
+   !!            3.6  !  2014-09  (E. Clementi,P. Oddo) New Stokes Drift Computation
+   !!             -   !  2016-12  (G. Madec, E. Clementi) update Stoke drift computation
+   !!                                                    + add sbc_wave_ini routine
+   !!            4.2  !  2020-12  (G. Madec, E. Clementi) updates, new Stoke drift computation
+   !!                                                    according to Couvelard et al.,2019
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   sbc_stokes    : calculate 3D Stokes-drift velocities
+   !!   sbc_wave      : wave data from wave model: forced (netcdf files) or coupled mode
+   !!   sbc_wave_init : initialisation fo surface waves
+   !!----------------------------------------------------------------------
+   USE phycst         ! physical constants
+   USE oce            ! ocean variables
+   USE dom_oce        ! ocean domain variables
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE bdy_oce        ! open boundary condition variables
+   USE domvvl         ! domain: variable volume layers
+   USE usrdef_nam , ONLY: ln_STOKES_ADIAB   
+   !
+   USE iom            ! I/O manager library
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! distribued memory computing library
+   USE fldread        ! read input fields
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   sbc_stokes      ! routine called in sbccpl
+   PUBLIC   sbc_wave        ! routine called in sbcmod
+   PUBLIC   sbc_wave_init   ! routine called in sbcmod
+
+   ! Variables checking if the wave parameters are coupled (if not, they are read from file)
+   LOGICAL, PUBLIC ::   cpl_hsig          = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_phioc         = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_sdrftx        = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_sdrfty        = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_wper          = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_wnum          = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_wstrf         = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_wdrag         = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_charn         = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_taw           = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_bhd           = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_tusd          = .FALSE.
+   LOGICAL, PUBLIC ::   cpl_tvsd          = .FALSE.
+
+   INTEGER ::   jpfld    ! number of files to read for stokes drift
+   INTEGER ::   jp_usd   ! index of stokes drift  (i-component) (m/s)    at T-point
+   INTEGER ::   jp_vsd   ! index of stokes drift  (j-component) (m/s)    at T-point
+   INTEGER ::   jp_hsw   ! index of significant wave hight      (m)      at T-point
+   INTEGER ::   jp_wmp   ! index of mean wave period            (s)      at T-point
+
+   TYPE(FLD), ALLOCATABLE, DIMENSION(:) ::   sf_cd      ! structure of input fields (file informations, fields read) Drag Coefficient
+   TYPE(FLD), ALLOCATABLE, DIMENSION(:) ::   sf_sd      ! structure of input fields (file informations, fields read) Stokes Drift
+   TYPE(FLD), ALLOCATABLE, DIMENSION(:) ::   sf_wn      ! structure of input fields (file informations, fields read) wave number for Qiao
+   TYPE(FLD), ALLOCATABLE, DIMENSION(:) ::   sf_tauoc   ! structure of input fields (file informations, fields read) normalized wave stress into the ocean
+
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   cdn_wave        !: Neutral drag coefficient at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   hsw             !: Significant Wave Height at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   wmp             !: Wave Mean Period at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   wnum            !: Wave Number at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tauoc_wave      !: stress reduction factor  at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tsd2d           !: Surface Stokes Drift module at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   div_sd          !: barotropic stokes drift divergence
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   ut0sd, vt0sd    !: surface Stokes drift velocities at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:,:) ::   usd, vsd, wsd   !: Stokes drift velocities at u-, v- & w-points, resp.u
+!
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   charn           !: charnock coefficient at t-point
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tawx            !: Net wave-supported stress, u
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tawy            !: Net wave-supported stress, v
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   twox            !: wave-ocean momentum flux, u
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   twoy            !: wave-ocean momentum flux, v
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tauoc_wavex     !: stress reduction factor  at, u component
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tauoc_wavey     !: stress reduction factor  at, v component
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   phioc           !: tke flux from wave model
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   KZN2            !: Kz*N2
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   bhd_wave        !: Bernoulli head. wave induce pression
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:)   ::   tusd, tvsd      !: Stokes drift transport
+   REAL(wp), PUBLIC, ALLOCATABLE, DIMENSION(:,:,:) ::   ZMX             !: Kz*N2
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+#  include "domzgr_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: sbcwave.F90 14433 2021-02-11 08:06:49Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE sbc_stokes( Kmm )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE sbc_stokes  ***
+      !!
+      !! ** Purpose :   compute the 3d Stokes Drift according to Breivik et al.,
+      !!                2014 (DOI: 10.1175/JPO-D-14-0020.1)
+      !!
+      !! ** Method  : - Calculate the horizontal Stokes drift velocity (Breivik et al. 2014)
+      !!              - Calculate its horizontal divergence
+      !!              - Calculate the vertical Stokes drift velocity
+      !!              - Calculate the barotropic Stokes drift divergence
+      !!
+      !! ** action  : - tsd2d         : module of the surface Stokes drift velocity
+      !!              - usd, vsd, wsd : 3 components of the Stokes drift velocity
+      !!              - div_sd        : barotropic Stokes drift divergence
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) :: Kmm ! ocean time level index
+      INTEGER  ::   jj, ji, jk   ! dummy loop argument
+      INTEGER  ::   ik           ! local integer
+      REAL(wp) ::  ztransp, zfac, ztemp, zsp0, zsqrt, zbreiv16_w
+      REAL(wp) ::  zdep_u, zdep_v, zkh_u, zkh_v, zda_u, zda_v, sdtrp
+      REAL(wp) ::  zkd_u, zkd_v, zdep_ue, zdep_ve  ! variable for Stokes drift in SHALLOW/INTER WATER
+      REAL(wp), DIMENSION(:,:)  , ALLOCATABLE ::   zk_t, zk_u, zk_v, zu0_sd, zv0_sd ! 2D workspace
+      REAL(wp), DIMENSION(:,:,:), ALLOCATABLE ::   ze3divh, zInt_w                  ! 3D workspace
+      !!---------------------------------------------------------------------
+      !
+      ALLOCATE( ze3divh(jpi,jpj,jpkm1) ) ! jpkm1 -> avoid lbc_lnk on jpk that is not defined
+      ALLOCATE( zInt_w(jpi,jpj,jpk) )
+      ALLOCATE( zk_t(jpi,jpj), zk_u(jpi,jpj), zk_v(jpi,jpj), zu0_sd(jpi,jpj), zv0_sd(jpi,jpj) )
+      zk_t    (:,:) = 0._wp
+      zk_u    (:,:) = 0._wp
+      zk_v    (:,:) = 0._wp
+      zu0_sd  (:,:) = 0._wp
+      zv0_sd  (:,:) = 0._wp
+      ze3divh (:,:,:) = 0._wp
+
+      !
+      ! select parameterization for the calculation of vertical Stokes drift
+      ! exp. wave number at t-point
+      IF( ln_breivikFV_2016 ) THEN
+      ! Assumptions :  ut0sd and vt0sd are surface Stokes drift at T-points
+      !                sdtrp is the norm of Stokes transport
+      !
+         zfac = 0.166666666667_wp
+         DO_2D( 1, 1, 1, 1 ) ! In the deep-water limit we have ke = ||ust0||/( 6 * ||transport|| )
+            zsp0          = SQRT( ut0sd(ji,jj)*ut0sd(ji,jj) + vt0sd(ji,jj)*vt0sd(ji,jj) ) !<-- norm of Surface Stokes drift
+            tsd2d(ji,jj)  = zsp0
+            IF( cpl_tusd .AND. cpl_tvsd ) THEN  !stokes transport is provided in coupled mode
+               sdtrp      = SQRT( tusd(ji,jj)*tusd(ji,jj) + tvsd(ji,jj)*tvsd(ji,jj) )  !<-- norm of Surface Stokes drift transport
+            ELSE
+               ! Stokes drift transport estimated from Hs and Tmean
+               sdtrp      = 2.0_wp * rpi / 16.0_wp *                             &
+                   &        hsw(ji,jj)*hsw(ji,jj) / MAX( wmp(ji,jj), 0.0000001_wp )
+            ENDIF
+            zk_t (ji,jj)  = zfac * zsp0 / MAX ( sdtrp, 0.0000001_wp ) !<-- ke = ||ust0||/( 6 * ||transport|| )
+         END_2D
+      !# define zInt_w ze3divh
+         DO_3D( 1, 1, 1, 1, 1, jpk ) ! Compute the primitive of Breivik 2016 function at W-points
+            zfac             = - 2._wp * zk_t (ji,jj) * gdepw(ji,jj,jk,Kmm)  !<-- zfac should be negative definite
+            ztemp            = EXP ( zfac )
+            zsqrt            = SQRT( -zfac )
+            zbreiv16_w       = ztemp - SQRT(rpi)*zsqrt*ERFC(zsqrt) !Eq. 16 Breivik 2016
+            zInt_w(ji,jj,jk) = ztemp - 4._wp * zk_t (ji,jj) * gdepw(ji,jj,jk,Kmm) * zbreiv16_w
+         END_3D
+!
+         DO jk = 1, jpkm1
+            zfac = 0.166666666667_wp
+            DO_2D( 1, 1, 1, 1 ) !++ Compute the FV Breivik 2016 function at T-points
+               zsp0          = zfac / MAX(zk_t (ji,jj),0.0000001_wp)
+               ztemp         = zInt_w(ji,jj,jk) - zInt_w(ji,jj,jk+1)
+               zu0_sd(ji,jj) = ut0sd(ji,jj) * zsp0 * ztemp * tmask(ji,jj,jk)
+               zv0_sd(ji,jj) = vt0sd(ji,jj) * zsp0 * ztemp * tmask(ji,jj,jk)
+            END_2D
+            DO_2D( 1, 0, 1, 0 ) ! ++ Interpolate at U/V points
+               zfac          =  1.0_wp / e3u(ji  ,jj,jk,Kmm)
+               usd(ji,jj,jk) =  0.5_wp * zfac * ( zu0_sd(ji,jj)+zu0_sd(ji+1,jj) ) * umask(ji,jj,jk)
+               zfac          =  1.0_wp / e3v(ji  ,jj,jk,Kmm)
+               vsd(ji,jj,jk) =  0.5_wp * zfac * ( zv0_sd(ji,jj)+zv0_sd(ji,jj+1) ) * vmask(ji,jj,jk)
+            END_2D
+         ENDDO
+      !# undef zInt_w
+      !
+      ELSE IF (ln_STOKES_ADIAB) THEN
+         DO_2D( 1, 0, 1, 0 )
+       !  velocity at u- & v-points
+           zk_u(ji,jj) = 0.5_wp * ( wnum(ji,jj) + wnum(ji+1,jj) )
+           zk_v(ji,jj) = 0.5_wp * ( wnum(ji,jj) + wnum(ji,jj+1) )
+            !
+           zu0_sd(ji,jj) = 0.5_wp * ( ut0sd(ji,jj) + ut0sd(ji+1,jj) )
+           zv0_sd(ji,jj) = 0.5_wp * ( vt0sd(ji,jj) + vt0sd(ji,jj+1) )
+         END_2D
+
+      !                       !==  horizontal Stokes Drift 3D velocity  ==!
+         DO_3D( 0, 0, 0, 0, 1, jpkm1 )
+            zdep_u = 0.5_wp * ( gdept(ji,jj,jk,Kmm) + gdept(ji+1,jj,jk,Kmm) )
+            zdep_v = 0.5_wp * ( gdept(ji,jj,jk,Kmm) + gdept(ji,jj+1,jk,Kmm) )
+            zdep_ue= 0.5_wp * ( gdept(ji,jj,jpkm1,Kmm) + gdept(ji+1,jj,jpkm1,Kmm) )
+            zdep_ve= 0.5_wp * ( gdept(ji,jj,jpkm1,Kmm) + gdept(ji+1,jj,jpkm1,Kmm) )
+            !
+            zkh_u = zk_u(ji,jj) * zdep_u     ! k * depth
+            zkh_v = zk_v(ji,jj) * zdep_v
+            zkd_u = zk_u(ji,jj) * zdep_ue
+            zkd_v = zk_v(ji,jj) * zdep_ve
+                                ! Depth attenuation
+            zda_u = COSH(-2.0_wp*zkh_u+2.0_wp*zkd_u)/COSH(2.0_wp*zkd_u)
+            zda_v = COSH(-2.0_wp*zkh_v+2.0_wp*zkd_v)/COSH(2.0_wp*zkd_v)
+            !
+            usd(ji,jj,jk) = zda_u * zu0_sd(ji,jj) * umask(ji,jj,jk)
+            vsd(ji,jj,jk) = zda_v * zv0_sd(ji,jj) * vmask(ji,jj,jk)
+         END_3D
+      ELSE
+         zfac = 2.0_wp * rpi / 16.0_wp
+         DO_2D( 1, 1, 1, 1 )
+            ! Stokes drift velocity estimated from Hs and Tmean
+            ztransp = zfac * hsw(ji,jj)*hsw(ji,jj) / MAX( wmp(ji,jj), 0.0000001_wp )
+            ! Stokes surface speed
+            tsd2d(ji,jj) = SQRT( ut0sd(ji,jj)*ut0sd(ji,jj) + vt0sd(ji,jj)*vt0sd(ji,jj))
+            ! Wavenumber scale
+            zk_t(ji,jj) = ABS( tsd2d(ji,jj) ) / MAX( ABS( 5.97_wp*ztransp ), 0.0000001_wp )
+         END_2D
+         DO_2D( 1, 0, 1, 0 )          ! exp. wave number & Stokes drift velocity at u- & v-points
+            zk_u(ji,jj) = 0.5_wp * ( zk_t(ji,jj) + zk_t(ji+1,jj) )
+            zk_v(ji,jj) = 0.5_wp * ( zk_t(ji,jj) + zk_t(ji,jj+1) )
+            !
+            zu0_sd(ji,jj) = 0.5_wp * ( ut0sd(ji,jj) + ut0sd(ji+1,jj) )
+            zv0_sd(ji,jj) = 0.5_wp * ( vt0sd(ji,jj) + vt0sd(ji,jj+1) )
+         END_2D
+
+      !                       !==  horizontal Stokes Drift 3D velocity  ==!
+
+         DO_3D( 0, 0, 0, 0, 1, jpkm1 )
+            zdep_u = 0.5_wp * ( gdept(ji,jj,jk,Kmm) + gdept(ji+1,jj,jk,Kmm) )
+            zdep_v = 0.5_wp * ( gdept(ji,jj,jk,Kmm) + gdept(ji,jj+1,jk,Kmm) )
+            !
+            zkh_u = zk_u(ji,jj) * zdep_u     ! k * depth
+            zkh_v = zk_v(ji,jj) * zdep_v
+            !                                ! Depth attenuation
+            zda_u = EXP( -2.0_wp*zkh_u ) / ( 1.0_wp + 8.0_wp*zkh_u )
+            zda_v = EXP( -2.0_wp*zkh_v ) / ( 1.0_wp + 8.0_wp*zkh_v )
+            !
+            usd(ji,jj,jk) = zda_u * zu0_sd(ji,jj) * umask(ji,jj,jk)
+            vsd(ji,jj,jk) = zda_v * zv0_sd(ji,jj) * vmask(ji,jj,jk)
+         END_3D
+      ENDIF
+
+      CALL lbc_lnk( 'sbcwave', usd, 'U', -1.0_wp, vsd, 'V', -1.0_wp )
+
+      !
+      !                       !==  vertical Stokes Drift 3D velocity  ==!
+      !
+      DO_3D( 0, 1, 0, 1, 1, jpkm1 )    ! Horizontal e3*divergence
+         ze3divh(ji,jj,jk) = (  e2u(ji  ,jj) * e3u(ji  ,jj,jk,Kmm) * usd(ji  ,jj,jk)    &
+            &                 - e2u(ji-1,jj) * e3u(ji-1,jj,jk,Kmm) * usd(ji-1,jj,jk)    &
+            &                 + e1v(ji,jj  ) * e3v(ji,jj  ,jk,Kmm) * vsd(ji,jj  ,jk)    &
+            &                 - e1v(ji,jj-1) * e3v(ji,jj-1,jk,Kmm) * vsd(ji,jj-1,jk)  ) &
+            &                * r1_e1e2t(ji,jj)
+      END_3D
+      !
+      CALL lbc_lnk( 'sbcwave', ze3divh, 'T', 1.0_wp )
+      !
+      IF( ln_linssh ) THEN   ;   ik = 1   ! none zero velocity through the sea surface
+      ELSE                   ;   ik = 2   ! w=0 at the surface (set one for all in sbc_wave_init)
+      ENDIF
+      DO jk = jpkm1, ik, -1          ! integrate from the bottom the hor. divergence (NB: at k=jpk w is always zero)
+         wsd(:,:,jk) = wsd(:,:,jk+1) - ze3divh(:,:,jk)
+      END DO
+      !
+      IF( ln_bdy ) THEN
+         DO jk = 1, jpkm1
+            wsd(:,:,jk) = wsd(:,:,jk) * bdytmask(:,:)
+         END DO
+      ENDIF
+      !                       !==  Horizontal divergence of barotropic Stokes transport  ==!
+      div_sd(:,:) = 0._wp
+      DO jk = 1, jpkm1                                 !
+        div_sd(:,:) = div_sd(:,:) + ze3divh(:,:,jk)
+      END DO
+      !
+      CALL iom_put( "ustokes",  usd  )
+      CALL iom_put( "vstokes",  vsd  )
+      CALL iom_put( "wstokes",  wsd  )
+!      !
+      DEALLOCATE( ze3divh, zInt_w )
+      DEALLOCATE( zk_t, zk_u, zk_v, zu0_sd, zv0_sd )
+      !
+   END SUBROUTINE sbc_stokes
+!
+!
+   SUBROUTINE sbc_wave( kt, Kmm )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE sbc_wave  ***
+      !!
+      !! ** Purpose :   read wave parameters from wave model in netcdf files
+      !!                or from a coupled wave mdoel
+      !!
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in   ) ::   kt   ! ocean time step
+      INTEGER, INTENT(in   ) ::   Kmm  ! ocean time index
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 .AND. lwp ) THEN
+         WRITE(numout,*)
+         WRITE(numout,*) 'sbc_wave : update the read waves fields'
+         WRITE(numout,*) '~~~~~~~~ '
+      ENDIF
+      !
+      IF( ln_cdgw .AND. .NOT. cpl_wdrag ) THEN     !==  Neutral drag coefficient  ==!
+         CALL fld_read( kt, nn_fsbc, sf_cd )             ! read from external forcing
+         cdn_wave(:,:) = sf_cd(1)%fnow(:,:,1) * tmask(:,:,1)
+      ENDIF
+
+      IF( ln_tauoc .AND. .NOT. cpl_wstrf ) THEN    !==  Wave induced stress  ==!
+         CALL fld_read( kt, nn_fsbc, sf_tauoc )          ! read stress reduction factor due to wave from external forcing
+         tauoc_wave(:,:) = sf_tauoc(1)%fnow(:,:,1) * tmask(:,:,1)
+      ELSEIF ( ln_taw .AND. cpl_taw ) THEN
+         IF (kt < 1) THEN ! The first fields gave by OASIS have very high erroneous values ....
+            twox(:,:)=0._wp
+            twoy(:,:)=0._wp
+            tawx(:,:)=0._wp
+            tawy(:,:)=0._wp
+            tauoc_wavex(:,:) = 1._wp
+            tauoc_wavey(:,:) = 1._wp
+         ELSE
+            tauoc_wavex(:,:) = abs(twox(:,:)/tawx(:,:))
+            tauoc_wavey(:,:) = abs(twoy(:,:)/tawy(:,:))
+         ENDIF
+      ENDIF
+
+      ! Read also wave number if needed, so that it is available in coupling routines
+      IF( ln_STOKES_ADIAB .AND. .NOT. cpl_wnum ) THEN     !==wavenumber==!
+         CALL fld_read( kt, nn_fsbc, sf_wn )             ! read wave parameters from external forcing
+         wnum(:,:) = sf_wn(1)%fnow(:,:,1) * tmask(:,:,1)
+      ENDIF
+
+      IF ( ln_phioc .and. cpl_phioc .and.  kt == nit000 ) THEN
+         WRITE(numout,*)
+         WRITE(numout,*) 'sbc_wave : PHIOC from wave model'
+         WRITE(numout,*) '~~~~~~~~ '
+      ENDIF
+
+      IF( ln_sdw .AND. .NOT. cpl_sdrftx)  THEN       !==  Computation of the 3d Stokes Drift  ==!
+         !
+         IF( jpfld > 0 ) THEN                            ! Read from file only if the field is not coupled
+            CALL fld_read( kt, nn_fsbc, sf_sd )          ! read wave parameters from external forcing
+            !                                            ! NB: test case mode, not read as jpfld=0
+            IF( jp_hsw > 0 )   hsw  (:,:) = sf_sd(jp_hsw)%fnow(:,:,1) * tmask(:,:,1)  ! significant wave height
+            IF( jp_wmp > 0 )   wmp  (:,:) = sf_sd(jp_wmp)%fnow(:,:,1) * tmask(:,:,1)  ! wave mean period
+            IF( jp_usd > 0 )   ut0sd(:,:) = sf_sd(jp_usd)%fnow(:,:,1) * tmask(:,:,1)  ! 2D zonal Stokes Drift at T point
+            IF( jp_vsd > 0 )   vt0sd(:,:) = sf_sd(jp_vsd)%fnow(:,:,1) * tmask(:,:,1)  ! 2D meridional Stokes Drift at T point
+         ENDIF
+         !
+         IF( jpfld == 4 .OR. ln_wave_test )   &
+            &      CALL sbc_stokes( Kmm )                 ! Calculate only if all required fields are read
+            !                                            ! or in wave test case
+         !  !                                            ! In coupled case the call is done after (in sbc_cpl)
+      ENDIF
+         !
+   END SUBROUTINE sbc_wave
+
+
+   SUBROUTINE sbc_wave_init
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE sbc_wave_init  ***
+      !!
+      !! ** Purpose :   Initialisation fo surface waves
+      !!
+      !! ** Method  : - Read namelist namsbc_wave
+      !!              - create the structure used to read required wave fields
+      !!                (its size depends on namelist options)
+      !! ** action
+      !!---------------------------------------------------------------------
+      INTEGER ::   ierror, ios   ! local integer
+      INTEGER ::   ifpr
+      !!
+      CHARACTER(len=100)     ::  cn_dir                            ! Root directory for location of drag coefficient files
+      TYPE(FLD_N), ALLOCATABLE, DIMENSION(:) ::   slf_i            ! array of namelist informations on the fields to read
+      TYPE(FLD_N)            ::  sn_cdg, sn_usd, sn_vsd,  &
+                             &   sn_hsw, sn_wmp, sn_wnum, sn_tauoc    ! informations about the fields to be read
+      !
+      NAMELIST/namsbc_wave/ cn_dir, sn_cdg, sn_usd, sn_vsd, sn_hsw, sn_wmp, sn_wnum, sn_tauoc,   &
+         &                  ln_cdgw, ln_sdw, ln_tauoc, ln_stcor, ln_charn, ln_taw, ln_phioc,     &
+         &                  ln_wave_test, ln_bern_srfc, ln_breivikFV_2016, ln_vortex_force, ln_stshear
+      !!---------------------------------------------------------------------
+      IF(lwp) THEN
+         WRITE(numout,*)
+         WRITE(numout,*) 'sbc_wave_init : surface waves in the system'
+         WRITE(numout,*) '~~~~~~~~~~~~~ '
+      ENDIF
+      !
+      READ  ( numnam_ref, namsbc_wave, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namsbc_wave in reference namelist')
+
+      READ  ( numnam_cfg, namsbc_wave, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'namsbc_wave in configuration namelist' )
+      IF(lwm) WRITE ( numond, namsbc_wave )
+      !
+      IF(lwp) THEN
+         WRITE(numout,*) '   Namelist namsbc_wave'
+         WRITE(numout,*) '      Stokes drift                                  ln_sdw = ', ln_sdw
+         WRITE(numout,*) '      Breivik 2016                       ln_breivikFV_2016 = ', ln_breivikFV_2016
+         WRITE(numout,*) '      Stokes Coriolis & tracer advection terms    ln_stcor = ', ln_stcor
+         WRITE(numout,*) '      Vortex Force                         ln_vortex_force = ', ln_vortex_force
+         WRITE(numout,*) '      Bernouilli Head Pressure                ln_bern_srfc = ', ln_bern_srfc
+         WRITE(numout,*) '      wave modified ocean stress                  ln_tauoc = ', ln_tauoc
+         WRITE(numout,*) '      neutral drag coefficient (CORE bulk only)    ln_cdgw = ', ln_cdgw
+         WRITE(numout,*) '      charnock coefficient                        ln_charn = ', ln_charn
+         WRITE(numout,*) '      Stress modificated by wave                    ln_taw = ', ln_taw
+         WRITE(numout,*) '      TKE flux from wave                          ln_phioc = ', ln_phioc
+         WRITE(numout,*) '      Surface shear with Stokes drift           ln_stshear = ', ln_stshear
+         WRITE(numout,*) '      Test with constant wave fields          ln_wave_test = ', ln_wave_test
+      ENDIF
+
+      !                                ! option check
+      IF( .NOT.( ln_cdgw .OR. ln_sdw .OR. ln_tauoc .OR. ln_stcor .OR. ln_charn) )   &
+         &     CALL ctl_warn( 'Ask for wave coupling but ln_cdgw=F, ln_sdw=F, ln_tauoc=F, ln_stcor=F')
+      IF( ln_cdgw .AND. ln_blk )   &
+         &     CALL ctl_stop( 'drag coefficient read from wave model NOT available yet with aerobulk package')
+      IF( ln_stcor .AND. .NOT.ln_sdw )   &
+         &     CALL ctl_stop( 'Stokes-Coriolis term calculated only if activated Stokes Drift ln_sdw=T')
+
+      !                             !==  Allocate wave arrays  ==!
+      ALLOCATE( ut0sd (jpi,jpj)    , vt0sd (jpi,jpj) )
+      ALLOCATE( hsw   (jpi,jpj)    , wmp   (jpi,jpj) )
+      ALLOCATE( wnum  (jpi,jpj) )
+      ALLOCATE( tsd2d (jpi,jpj)    , div_sd(jpi,jpj)    , bhd_wave(jpi,jpj)     )
+      ALLOCATE( usd   (jpi,jpj,jpk), vsd   (jpi,jpj,jpk), wsd     (jpi,jpj,jpk) )
+      ALLOCATE( tusd  (jpi,jpj)    , tvsd  (jpi,jpj)    , ZMX     (jpi,jpj,jpk) )
+      usd   (:,:,:) = 0._wp
+      vsd   (:,:,:) = 0._wp
+      wsd   (:,:,:) = 0._wp
+      hsw     (:,:) = 0._wp
+      wmp     (:,:) = 0._wp
+      ut0sd   (:,:) = 0._wp
+      vt0sd   (:,:) = 0._wp
+      tusd    (:,:) = 0._wp
+      tvsd    (:,:) = 0._wp
+      bhd_wave(:,:) = 0._wp
+      ZMX   (:,:,:) = 0._wp
+!
+      IF( ln_wave_test ) THEN       !==  Wave TEST case  ==!   set uniform waves fields
+         jpfld    = 0                   ! No field read
+         ln_cdgw  = .FALSE.             ! No neutral wave drag input
+         ln_tauoc = .FALSE.             ! No wave induced drag reduction factor
+         ut0sd(:,:) = 0.13_wp * tmask(:,:,1)   ! m/s
+         vt0sd(:,:) = 0.00_wp                  ! m/s
+         hsw  (:,:) = 2.80_wp                  ! meters
+         wmp  (:,:) = 8.00_wp                  ! seconds
+         !
+      ELSE                          !==  create the structure associated with fields to be read  ==!
+         IF( ln_cdgw ) THEN                       ! wave drag
+            IF( .NOT. cpl_wdrag ) THEN
+               ALLOCATE( sf_cd(1), STAT=ierror )               !* allocate and fill sf_wave with sn_cdg
+               IF( ierror > 0 )   CALL ctl_stop( 'STOP', 'sbc_wave_init: unable to allocate sf_wave structure' )
+               !
+                                      ALLOCATE( sf_cd(1)%fnow(jpi,jpj,1)   )
+               IF( sn_cdg%ln_tint )   ALLOCATE( sf_cd(1)%fdta(jpi,jpj,1,2) )
+               CALL fld_fill( sf_cd, (/ sn_cdg /), cn_dir, 'sbc_wave_init', 'Wave module ', 'namsbc_wave' )
+            ENDIF
+            ALLOCATE( cdn_wave(jpi,jpj) )
+            cdn_wave(:,:) = 0._wp
+         ENDIF
+         IF( ln_charn ) THEN                     ! wave drag
+            IF( .NOT. cpl_charn ) THEN
+               CALL ctl_stop( 'STOP', 'Charnock based wind stress can be used in coupled mode only' )
+            ENDIF
+            ALLOCATE( charn(jpi,jpj) )
+            charn(:,:) = 0._wp
+         ENDIF
+         IF( ln_taw ) THEN                     ! wind stress
+            IF( .NOT. cpl_taw ) THEN
+               CALL ctl_stop( 'STOP', 'wind stress from wave model can be used in coupled mode only, use ln_cdgw instead' )
+            ENDIF
+            ALLOCATE( tawx(jpi,jpj) )
+            ALLOCATE( tawy(jpi,jpj) )
+            ALLOCATE( twox(jpi,jpj) )
+            ALLOCATE( twoy(jpi,jpj) )
+            ALLOCATE( tauoc_wavex(jpi,jpj) )
+            ALLOCATE( tauoc_wavey(jpi,jpj) )
+            tawx(:,:) = 0._wp
+            tawy(:,:) = 0._wp
+            twox(:,:) = 0._wp
+            twoy(:,:) = 0._wp
+            tauoc_wavex(:,:) = 1._wp
+            tauoc_wavey(:,:) = 1._wp
+         ENDIF
+
+         IF( ln_phioc ) THEN                     ! TKE flux
+            IF( .NOT. cpl_phioc ) THEN
+                CALL ctl_stop( 'STOP', 'phioc can be used in coupled mode only' )
+            ENDIF
+            ALLOCATE( phioc(jpi,jpj) )
+            phioc(:,:) = 0._wp
+         ENDIF
+
+         IF( ln_tauoc ) THEN                    ! normalized wave stress into the ocean
+            IF( .NOT. cpl_wstrf ) THEN
+               ALLOCATE( sf_tauoc(1), STAT=ierror )           !* allocate and fill sf_wave with sn_tauoc
+               IF( ierror > 0 )   CALL ctl_stop( 'STOP', 'sbc_wave_init: unable to allocate sf_tauoc structure' )
+               !
+                                       ALLOCATE( sf_tauoc(1)%fnow(jpi,jpj,1)   )
+               IF( sn_tauoc%ln_tint )  ALLOCATE( sf_tauoc(1)%fdta(jpi,jpj,1,2) )
+               CALL fld_fill( sf_tauoc, (/ sn_tauoc /), cn_dir, 'sbc_wave_init', 'Wave module', 'namsbc_wave' )
+            ENDIF
+            ALLOCATE( tauoc_wave(jpi,jpj) )
+            tauoc_wave(:,:) = 0._wp
+         ENDIF
+
+         IF( ln_sdw ) THEN                      ! Stokes drift
+            ! 1. Find out how many fields have to be read from file if not coupled
+            jpfld=0
+            jp_usd=0   ;   jp_vsd=0   ;   jp_hsw=0   ;   jp_wmp=0
+            IF( .NOT. cpl_sdrftx ) THEN
+               jpfld  = jpfld + 1
+               jp_usd = jpfld
+            ENDIF
+            IF( .NOT. cpl_sdrfty ) THEN
+               jpfld  = jpfld + 1
+               jp_vsd = jpfld
+            ENDIF
+            IF( .NOT. cpl_hsig ) THEN
+               jpfld  = jpfld + 1
+               jp_hsw = jpfld
+            ENDIF
+            IF( .NOT. cpl_wper ) THEN
+               jpfld  = jpfld + 1
+               jp_wmp = jpfld
+            ENDIF
+            ! 2. Read from file only the non-coupled fields
+            IF( jpfld > 0 ) THEN
+               ALLOCATE( slf_i(jpfld) )
+               IF( jp_usd > 0 )   slf_i(jp_usd) = sn_usd
+               IF( jp_vsd > 0 )   slf_i(jp_vsd) = sn_vsd
+               IF( jp_hsw > 0 )   slf_i(jp_hsw) = sn_hsw
+               IF( jp_wmp > 0 )   slf_i(jp_wmp) = sn_wmp
+               ALLOCATE( sf_sd(jpfld), STAT=ierror )   !* allocate and fill sf_sd with stokes drift
+               IF( ierror > 0 )   CALL ctl_stop( 'STOP', 'sbc_wave_init: unable to allocate sf_wave structure' )
+               !
+               DO ifpr= 1, jpfld
+                  ALLOCATE( sf_sd(ifpr)%fnow(jpi,jpj,1) )
+                  IF( slf_i(ifpr)%ln_tint )   ALLOCATE( sf_sd(ifpr)%fdta(jpi,jpj,1,2) )
+               END DO
+               !
+               CALL fld_fill( sf_sd, slf_i, cn_dir, 'sbc_wave_init', 'Wave module ', 'namsbc_wave' )
+               sf_sd(jp_usd)%zsgn = -1._wp   ;  sf_sd(jp_vsd)%zsgn = -1._wp   ! vector field at T point: overwrite default definition of zsgn
+            ENDIF
+                       !
+            ! 3. Wave number (only needed for Qiao parametrisation,
+            ! ln_zdfqiao=T)
+            IF( ln_STOKES_ADIAB ) THEN
+             IF( .NOT. cpl_wnum ) THEN
+                ALLOCATE( sf_wn(1), STAT=ierror )           !* allocate and fill sf_wave with sn_wnum
+                IF( ierror > 0 )   CALL ctl_stop( 'STOP', 'sbc_wave_init: unable to allocate sf_wn structure' )
+                                       ALLOCATE( sf_wn(1)%fnow(jpi,jpj,1)   )
+                IF( sn_wnum%ln_tint )  ALLOCATE( sf_wn(1)%fdta(jpi,jpj,1,2) )
+                CALL fld_fill( sf_wn, (/ sn_wnum /), cn_dir, 'sbc_wave_init', 'Wave module', 'namsbc_wave' )
+             ENDIF
+            ENDIF
+            !
+            !
+         ENDIF
+         !
+      ENDIF
+      !
+   END SUBROUTINE sbc_wave_init
+
+   !!======================================================================
+END MODULE sbcwave
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,115 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                     ***  MODULE usrdef_hgr   ***
+   !!
+   !!                     ===  ADIAB_WAVE configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  4.0 ! 2016-03  (S. Flavoni) 
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce        ! ocean space and time domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   USE usrdef_nam     !
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called in domhgr.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 14223 2020-12-19 10:22:45Z smasson $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!
+      !!                Here ADIAB_WAVE configuration :
+      !!          Rectangular domain 
+      !!          - a constant horizontal resolution of 10m 
+      !!          - no Coriolis effect 
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj               ! dummy loop indices
+      REAL(wp) ::   zfact, zfact2        ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      !
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : ADIAB_GLM configuration bassin'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~   uniform grid spacing WITHOUT Coriolis force (f=0)'
+      !
+      !                       !==  grid point position  ==!   (in kilometers)
+      zfact = rn_dx * 1.e-3         ! conversion in km
+      zfact2= rn_dy * 1.e-3
+      DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+!      DO_2D( 1, 1, 1, 1 )
+         !                       ! longitude
+         plamt(ji,jj) = zfact * (          REAL( mig0(ji)-1 , wp )  )
+         plamu(ji,jj) = zfact * (    0.5 + REAL( mig0(ji)-1 , wp )  )
+         plamv(ji,jj) = plamt(ji,jj)
+         plamf(ji,jj) = plamu(ji,jj)
+         !                       ! latitude
+         pphit(ji,jj) = zfact2 * (          REAL( mjg0(jj)-1 , wp )  )
+         pphiu(ji,jj) = pphit(ji,jj)
+         pphiv(ji,jj) = zfact2 * (    0.5 + REAL( mjg0(jj)-1 , wp )  )
+         pphif(ji,jj) = pphiv(ji,jj)
+      END_2D
+      !
+      !                       !==  Horizontal scale factors  ==!   (in meters) 
+      pe1t(:,:) = rn_dx   ;   pe2t(:,:) = rn_dy
+      pe1u(:,:) = rn_dx   ;   pe2u(:,:) = rn_dy
+      pe1v(:,:) = rn_dx   ;   pe2v(:,:) = rn_dy
+      pe1f(:,:) = rn_dx   ;   pe2f(:,:) = rn_dy
+      !
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      pff_f(:,:) = 0._wp            ! here No earth rotation: f=0
+      pff_t(:,:) = 0._wp
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,91 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_istate   ***
+   !!
+   !!                     ===  ADIAB_WAVE configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-03  (S. Flavoni) Original code
+   !!                 ! 2020-11  (S. Techene, G. Madec) separate tsuv from ssh
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate       ! called in istate.F90
+   PUBLIC   usr_def_istate_ssh   ! called by domqco.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 14834 2021-05-11 09:24:44Z hadcv $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here ADIAB_WAVE configuration
+      !!
+      !! ** Method  : - set temprature field
+      !!              - set salinity   field
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      !
+      INTEGER :: ji, jj, jk  ! dummy loop indices
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : analytical definition of initial state '
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   Ocean at rest, with a constant T and S'
+      !
+      pu  (:,:,:) = 0._wp           ! ocean at rest
+      pv  (:,:,:) = 0._wp
+      !
+      pts(:,:,:,jp_tem) = 25._wp
+      pts(:,:,:,jp_sal) = 35._wp
+      !   
+   END SUBROUTINE usr_def_istate
+
+   
+   SUBROUTINE usr_def_istate_ssh( ptmask, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate_ssh  ***
+      !! 
+      !! ** Purpose :   Initialization of ssh
+      !!
+      !! ** Method  :   Set ssh as null, ptmask is required for test cases
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask   [m]
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height   [m]
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate_ssh : analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~~~~~   Ocean at rest, ssh is zero'
+      !
+      ! Sea level:
+      pssh(:,:) = 0._wp
+      !
+   END SUBROUTINE usr_def_istate_ssh
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,112 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                     ***  MODULE usrdef_nam   ***
+   !!
+   !!                     ===  ADIAB_WAVE configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh
+   !!----------------------------------------------------------------------
+   USE dom_oce
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called in nemogcm.F90 module
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx     ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dz     ! resolution in meters defining the vertical domain size
+   REAL(wp), PUBLIC ::   rn_dy
+   LOGICAL , PUBLIC ::   ln_STOKES_ADIAB         !Shallow/Inter water formula for the Stokes drift
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 14433 2021-02-11 08:06:49Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( cd_cfg, kk_cfg, kpi, kpj, kpk, ldIperio, ldJperio, ldNFold, cdNFtype )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here ADIAB configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), INTENT(out) ::   cd_cfg               ! configuration name
+      INTEGER         , INTENT(out) ::   kk_cfg               ! configuration resolution
+      INTEGER         , INTENT(out) ::   kpi, kpj, kpk        ! global domain sizes
+      LOGICAL         , INTENT(out) ::   ldIperio, ldJperio   ! i- and j- periodicity
+      LOGICAL         , INTENT(out) ::   ldNFold              ! North pole folding
+      CHARACTER(len=1), INTENT(out) ::   cdNFtype             ! Folding type: T or F
+      !
+      INTEGER ::   ios   ! Local integer
+      !!
+      NAMELIST/namusr_def/ ln_zco, ln_zps, ln_sco, rn_dx, rn_dy, rn_dz, ln_STOKES_ADIAB
+      !!----------------------------------------------------------------------
+      !
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist' )
+      !
+      IF(lwm)   WRITE( numond, namusr_def )
+      !
+      cd_cfg = 'ADIAB_WAVE'           ! name & resolution
+      kk_cfg = INT( rn_dx )
+      !
+      ! Global Domain size:  ADIAB_WAVE domain is  780 km x 5 grid-points x 4-6 m
+      kpi = INT( 780. / rn_dx )
+      kpj = 5. !
+      kpk = INT(  6. / rn_dz )!+1
+
+      !                             ! Set the lateral boundary condition of the global domain
+      ldIperio = .FALSE.    ;   ldJperio = .FALSE.   !  closed domain
+      ldNFold  = .FALSE.   ;   cdNFtype = '-'
+      !
+      !                             ! control print
+      IF(lwp) THEN
+      WRITE(numout,*) '   '
+      WRITE(numout,*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'
+      WRITE(numout,*) '~~~~~~~~~~~ '
+      WRITE(numout,*) '   Namelist namusr_def : ADIAB_WAVE test case'
+      WRITE(numout,*) '      type of vertical coordinate : '
+      WRITE(numout,*) '         z-coordinate flag                     ln_zco = ', ln_zco
+      WRITE(numout,*) '         z-partial-step coordinate flag        ln_zps = ', ln_zps
+      WRITE(numout,*) '         s-coordinate flag                     ln_sco = ', ln_sco
+      WRITE(numout,*) '      horizontal resolution                    rn_dx  = ', rn_dx, ' meters'
+      WRITE(numout,*) '      horizontal resolution                    rn_dy  = ', rn_dy, ' meters'
+      WRITE(numout,*) '      vertical   resolution                    rn_dz  = ', rn_dz, ' meters'
+      WRITE(numout,*) '      ADIAB_WAVE domain = 780 m x 5 grid-points x 4-6 m'
+      WRITE(numout,*) '         resulting global domain size :        Ni0glo = ', kpi
+      WRITE(numout,*) '                                               Nj0glo = ', kpj
+      WRITE(numout,*) '                                               jpkglo = ', kpk
+      WRITE(numout,*) ' Stokes drift for Shallow/Inter water (ln_STOKES_ADIAB) = ', ln_STOKES_ADIAB    
+      !
+      ! Set the lateral boundary condition of the
+      ! ADIAB_WAVE configuration : E-W periodic basin
+      !
+      WRITE(numout,*) '   '
+      WRITE(numout,*) '   Lateral boundary condition of the global domain'
+      WRITE(numout,*) '      ADIAB_WAVE : closed basin                  Iperio =', ldIperio
+      WRITE(numout,*) '      ADIAB_WAVE : closed basin                  Jperio =', ldJperio
+      ENDIF
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,95 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                     ***  MODULE  usrdef_sbc  ***
+   !!
+   !!                     ===  ADIAB_WAVE configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usrdef_sbc    : user defined surface bounday conditions in ADIAB_WAVE case
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers
+   USE dom_oce        ! ocean space and time domain
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE sbcwave
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! distribued memory computing library
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran    !
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce       ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau   ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx   ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 14433 2021-02-11 08:06:49Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt, Kbb )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usrdef_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the ADIAB_WAVE surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Action  : - set the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !! Reference : Hazeleger, W., and S. Drijfhout, JPO, 30, 677-695, 2000.
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      INTEGER, INTENT(in) ::   Kbb  ! ocean time index
+      !!
+      !!---------------------------------------------------------------------
+      ! ---------------------------------- !
+      !  control print at first time-step  !
+      ! ---------------------------------- !
+      IF( kt == nit000 .AND. lwp ) THEN 
+         WRITE(numout,*)
+         WRITE(numout,*)'usrdef_sbc_oce : ADIAB_WAVE case: NO surface forcing'               
+         WRITE(numout,*)'utau = vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         WRITE(numout,*)'~~~~~~~~~~~ ' 
+      ENDIF
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+
+      !
+      IF( ln_wave ) CALL sbc_wave ( kt, Kbb )
+   END SUBROUTINE usrdef_sbc_oce
+
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt, phs, phi )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phs    ! snow thickness
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phi    ! ice thickness
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,275 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                     ***  MODULE usrdef_zgr  ***
+   !!
+   !!                       ===  ADIAB_WAVE case  ===
+   !!
+   !! user defined :  vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-08  (G. Madec, S. Flavoni)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!       zgr_z1d   : reference 1D z-coordinate 
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce ,  ONLY: mi0, mi1   ! ocean space and time domain
+   USE dom_oce ,  ONLY: glamt      ! ocean space and time domain
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+   USE timing         ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr   ! called by domzgr.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 14857 2021-05-12 16:47:25Z hadcv $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v , pe3f ,               &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw,                      &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(in   ) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags ( read in namusr_def )
+      LOGICAL                   , INTENT(  out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(  out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(  out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(  out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   ji, jj, jk        ! dummy indices
+      INTEGER  ::   ik, jii                ! local integers
+      REAL(wp) ::   zfact, z1_jpkm1   ! local scalar
+      REAL(wp) ::   ze3min            ! local scalar
+      REAL(wp), DIMENSION(jpi,jpj) ::   zht, zhu, z2d   ! 2D workspace
+      REAL(wp) ::  a0=0.261799388  !local scalar def bathy
+      REAL(wp) ::  h1=6.0  !local scalar def bathy
+      REAL(wp) ::  h2=4.0  !local scalar def bathy
+      REAL(wp) ::  x2
+      COMPLEX , PARAMETER  ::  i=(0,1) !sqrt(-1) 
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : ADIAB_WAVE configuration (s-coordinate closed box ocean without cavities)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate
+      ! ---------------------------
+      ! already set in usrdef_nam.F90 by reading the namusr_def namelist except for ISF
+      ld_isfcav = .FALSE.
+      !
+      zht(:,:)=h1
+      !                       ! ====================
+      !                       ! ADIAB_WAVE configuration
+      !                       ! ====================
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr (ADIAB_WAVE) : Ardhuin et al 2007 formulation'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+      !
+      DO ji = 1,40
+         x2=(-200+(ji-1)*10)
+         x2=(x2*a0-h2+h1)/h2
+         zht(ji,:)=-AIMAG((h1*(x2-i*a0)+(h2-h1)*LOG(1+EXP(x2-i*a0)))/a0)
+      END DO
+      DO jii=1, 40 
+        zht(jpi*0.5+jii,:)=zht(jpi*0.5+1-jii,:)
+      ENDDO
+
+      IF(lwp) WRITE(numout,*) 'zht', zht(:,1)
+      !
+      ! at u-point: averaging zht
+      DO_2D(0,0,0,0)
+         zhu(ji,jj) = 0.5_wp * ( zht(ji,jj) + zht(ji+1,jj) )
+      END_2D
+      CALL lbc_lnk( 'usrdef_zgr', zhu, 'U', 1. )     ! boundary condition: this mask the surrouding grid-points
+      !                                ! ==>>>  set by hand non-zero value on first/last columns & rows 
+      DO ji = mi0(1), mi1(1)              ! first row of global domain only
+         zhu(ji,2) = zht(ji,2)
+      END DO
+       DO ji = mi0(jpiglo), mi1(jpiglo)   ! last  row of global domain only
+         zhu(ji,2) = zht(ji,2)
+      END DO
+      zhu(:,1) = zhu(:,2)
+      zhu(:,3) = zhu(:,2)
+      !     
+      CALL zgr_z1d( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      !
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      ! no ocean cavities : top ocean level is ONE, except over land
+      ! the ocean basin surrounded by land (1+nn_hls grid-points) set through lbc_lnk call
+      z2d(:,:) = 1._wp                    ! surface ocean is the 1st level
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )        ! closed basin, see userdef_nam.F90
+      k_top(:,:) = NINT( z2d(:,:) )
+      !
+      !                              
+      !
+      IF ( ld_sco ) THEN      !==  s-coordinate  ==!   (terrain-following coordinate)
+         !
+         k_bot(:,:) = jpkm1 * k_top(:,:)  !* bottom ocean = jpk-1 (here use k_top as a land mask)
+         !
+         !                                !* terrain-following coordinate with e3.(k)=cst)
+         !                                !  ADIAB_WAVE case : identical with j-index (T=V, U=F)
+         z1_jpkm1 = 1._wp / REAL( jpkm1 , wp)
+         DO jk = 1, jpk
+            pdept(:,:,jk) = zht(:,:) * z1_jpkm1 * ( REAL( jk   , wp ) - 0.5_wp )
+            pdepw(:,:,jk) = zht(:,:) * z1_jpkm1 * ( REAL( jk-1 , wp )          )
+            pe3t (:,:,jk) = zht(:,:) * z1_jpkm1
+            pe3u (:,:,jk) = zhu(:,:) * z1_jpkm1
+            pe3v (:,:,jk) = zht(:,:) * z1_jpkm1
+            pe3f (:,:,jk) = zhu(:,:) * z1_jpkm1
+            pe3w (:,:,jk) = zht(:,:) * z1_jpkm1
+            pe3uw(:,:,jk) = zhu(:,:) * z1_jpkm1
+            pe3vw(:,:,jk) = zht(:,:) * z1_jpkm1
+         END DO      
+      ENDIF
+      !
+      !
+      IF ( ld_zco ) THEN      !==  z-coordinate  ==!   (step-like topography)
+         !
+         !                                !* bottom ocean compute from the depth of grid-points
+         k_bot(:,:) = jpkm1 * k_top(:,:)     ! here use k_top as a land mask
+         DO jk = 1, jpkm1
+            WHERE( pdept_1d(jk) < zht(:,:) .AND. zht(:,:) <= pdept_1d(jk+1) )   k_bot(:,:) = jk * k_top(:,:)
+         END DO
+         !                                !* horizontally uniform coordinate (reference z-co everywhere)
+         DO jk = 1, jpk
+            pdept(:,:,jk) = pdept_1d(jk)
+            pdepw(:,:,jk) = pdepw_1d(jk)
+            pe3t (:,:,jk) = pe3t_1d (jk)
+            pe3u (:,:,jk) = pe3t_1d (jk)
+            pe3v (:,:,jk) = pe3t_1d (jk)
+            pe3f (:,:,jk) = pe3t_1d (jk)
+            pe3w (:,:,jk) = pe3w_1d (jk)
+            pe3uw(:,:,jk) = pe3w_1d (jk)
+            pe3vw(:,:,jk) = pe3w_1d (jk)
+         END DO
+      ENDIF
+      !
+      !
+      IF ( ld_zps ) THEN      !==  zps-coordinate  ==!   (partial bottom-steps)
+         !
+         ze3min = 0.1_wp * rn_dz
+         IF(lwp) WRITE(numout,*) '   minimum thickness of the partial cells = 10 % of e3 = ', ze3min
+         !
+         !
+         !                                !* bottom ocean compute from the depth of grid-points
+         k_bot(:,:) = jpkm1
+         DO jk = jpkm1, 1, -1
+            WHERE( zht(:,:) < pdepw_1d(jk) + ze3min )   k_bot(:,:) = jk-1
+         END DO
+         !
+         !                                !* vertical coordinate system
+         DO jk = 1, jpk                      ! initialization to the reference z-coordinate
+            pdept(:,:,jk) = pdept_1d(jk)
+            pdepw(:,:,jk) = pdepw_1d(jk)
+            pe3t (:,:,jk) = pe3t_1d (jk)
+            pe3u (:,:,jk) = pe3t_1d (jk)
+            pe3v (:,:,jk) = pe3t_1d (jk)
+            pe3f (:,:,jk) = pe3t_1d (jk)
+            pe3w (:,:,jk) = pe3w_1d (jk)
+            pe3uw(:,:,jk) = pe3w_1d (jk)
+            pe3vw(:,:,jk) = pe3w_1d (jk)
+         END DO
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            ik = k_bot(ji,jj)
+            pdepw(ji,jj,ik+1) = MIN( zht(ji,jj) , pdepw_1d(ik+1) )
+            pe3t (ji,jj,ik  ) = pdepw(ji,jj,ik+1) - pdepw(ji,jj,ik)
+            pe3t (ji,jj,ik+1) = pe3t (ji,jj,ik  ) 
+            !
+            pdept(ji,jj,ik  ) = pdepw(ji,jj,ik  ) + pe3t (ji,jj,ik  ) * 0.5_wp
+            pdept(ji,jj,ik+1) = pdepw(ji,jj,ik+1) + pe3t (ji,jj,ik+1) * 0.5_wp
+            pe3w (ji,jj,ik+1) = pdept(ji,jj,ik+1) - pdept(ji,jj,ik)              ! = pe3t (ji,jj,ik  )
+            pe3w (ji,jj,ik  ) = pdept(ji,jj,ik  ) - pdept(ji,jj,ik-1)            ! st caution ik > 1
+         END_2D         
+         !                                   ! bottom scale factors and depth at  U-, V-, UW and VW-points
+         !                                   ! usually Computed as the minimum of neighbooring scale factors
+         pe3u (:,:,:) = pe3t(:,:,:)          ! HERE configuration : 
+         pe3v (:,:,:) = pe3t(:,:,:)          !    e3 increases with i-index and identical with j-index
+         pe3f (:,:,:) = pe3t(:,:,:)          !    so e3 minimum of (i,i+1) points is (i) point
+         pe3uw(:,:,:) = pe3w(:,:,:)          !    in j-direction e3v=e3t and e3f=e3v
+         pe3vw(:,:,:) = pe3w(:,:,:)          !    ==>>  no need of lbc_lnk calls
+         !      
+      ENDIF
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z1d( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z1d  ***
+      !!
+      !! ** Purpose :   set the depth of model levels and the resulting 
+      !!      vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!
+      !!            ===    Here constant vertical resolution   ===
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zt, zw   ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) THEN                         ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z1d : Reference vertical z-coordinates: uniform dz = ', rn_dz
+         WRITE(numout,*) '    ~~~~~~~'
+      ENDIF
+      !
+      ! Reference z-coordinate (depth - scale factor at T- and W-points)   ! Madec & Imbard 1996 function
+      ! ----------------------
+      DO jk = 1, jpk
+         zw = REAL( jk , wp )
+         zt = REAL( jk , wp ) + 0.5_wp
+         pdepw_1d(jk) =    rn_dz *   REAL( jk-1 , wp )
+         pdept_1d(jk) =    rn_dz * ( REAL( jk-1 , wp ) + 0.5_wp )
+         pe3w_1d (jk) =    rn_dz
+         pe3t_1d (jk) =    rn_dz
+      END DO
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z1d
+   
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/README.md	(revision 15719)
@@ -0,0 +1,55 @@
+# ADIAB_WAVE demonstration case
+
+We here provide a physical description of this experiment and additional details as to how to run this experiment within NEMO. This experiment is **created and tested** for NEMO **code at revision 15197**. 
+An ipython notebook is also provided as a demonstration of possible analysis.
+
+## Objectives
+
+The purpose of this test case is to validate the implementation of the Generalized Lagrangian Mean equations for the coupling of NEMO with waves. This test case was first proposed by Ardhuin et al. (2008) and was successively detailed by Bennis et al (2011).
+
+## Physical description
+
+The ADIAB_WAVE test case consists on a steady monochromatic wave shoaling on a slope from 4 to 6-meter depth. It does not take into account the wave breaking nor bottom friction nor wave-induced mixing. The domain is rectangular with a size of 780m x 50m and with a uniform horizontal grid spacing rn_dx=rn_dy=10m. The flow is confined to a channel with a free-slip boundary condition at North and South and the bottom topography is uniform in the y-direction. The vertical grid is a terrain-following sigma-coordinates with 120 layers. The domain is initialized at rest with a constant temperature and salinity.
+
+In a sake of simplicity, for this testcase, NEMO is forced offline by the wave model WaveWatch3 (WW3).
+The initial characteristics of the wave field are a significant wave height Hs=1.02m, a wave period T=5.26s, and a wave direction theta=90° (propagation in the x-direction).
+
+The calculation of the Stokes drift vertical decay in NEMO is currently based on the deep water approximation that is not verified in this test case. The MY_SRC/sbcwave.F90 includes the Stokes drift vertical decay parameterization for intermediate/shallow-water (Michaud et al, 2012).  
+
+## Exemple of run
+
+The calculation of the Stokes drift for intermediate water is activated by the option ln_STOKES_ADIAB= .TRUE. in the namusr_def section of the namelist.
+
+~~~fortran
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   ADIAB_WAVE configuration
+!-----------------------------------------------------------------------
+   !                        ! type of vertical coordinate
+   ln_zco      = .false.    ! z-coordinate
+   ln_zps      = .false.    ! z-partial-step coordinate
+   ln_sco      = .true.     ! s-coordinate
+   rn_dx       =   10.      ! horizontal resolution   [meters]
+   rn_dy       =   10.
+   rn_dz       =   0.05     ! vertical   resolution   [meters]
+   ln_STOKES_ADIAB = .true.    ! Stokes Drift (Shallow/Intermediate water)
+ /
+~~~
+
+The input_data folder contains the wave forcing as well as the East and West open boundary forcing.
+The wave forcing file (sdw_WW3_ADIABWAVE_y0001m01d01.nc.tar.gz) need to be uncompressed before running.
+
+Run the executable :  
+```
+mpirun -np 1 ./nemo 
+```
+
+The ADIAB_GLM_grid_U.nc output file should be generated.
+
+The jupyter-notebook adiabwave_notebook.ipynb is set up to generate the vertical cross-section plots of the Stokes drift, the quasi-Eulerian velocity as well as the Lagrangian velocity after 900s of simulation. The quasi-Eulerian velocity is irrotational and homogeneous over the water column. The Lagrangian velocity vertical shear is entirely due to the Stokes drift.
+
+## References
+Ardhuin, F., Rascle, N., Belibassakis, K.A., 2008. Explicit wave-averaged primitive equations using a generalized Lagrangian mean. Ocean Model. 20, 35–60.
+
+Bennis, A.C., Ardhuin, F., Dumas, F., 2011. On the coupling of wave and three-dimensional circulation models: Choice of theoretical framework, practical implementation and adiabatic tests. Ocean Model. 40, 260–272.
+
+Michaud, H., Marsaleix, Leredde, P., Estournel, C., Bourrin, F., Lyard, F., Mayet, C., Ardhuin, F., 2012. Three-dimensional modelling of wave-induced current from the surfzone to the inner shelf. Ocean Sci. 8, 657–681.
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/cpp_ADIAB_WAVE.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/cpp_ADIAB_WAVE.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/cpp_ADIAB_WAVE.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys key_xios
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/notebook/adiabwave_notebook.ipynb
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/notebook/adiabwave_notebook.ipynb	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ADIAB_WAVE/notebook/adiabwave_notebook.ipynb	(revision 15719)
@@ -0,0 +1,288 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "metadata": {
+    "collapsed": false
+   },
+   "source": [
+    "# ADIAB_WAVE TESTCASE\n",
+    "\n",
+    "This notebook shows how to plot the vertical cross-section of the Stokes drift, the quasi-Eulerian velocity and the Lagrangian velocity for the ADIAB_WAVE test case experiment. This allow you to compare your results with Ardhuin et al (2008) and Bennis et al. (2011). The results exhibit a vertical shear in the Lagrangian velocity that is entirely due to the Stokes drift. The quasi-Eulerian velocity is irrotational and homogeneous over the water column. The Stokes drift divergence is compensated by a strong convergence in the quasi-Eulerian velocity.\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 13,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+   ],
+   "source": [
+    "import netCDF4 as nc4\n",
+    "import numpy as np\n",
+    "from netCDF4 import Dataset\n",
+    "import matplotlib.pyplot as plt\n",
+    "import matplotlib as mpl\n",
+    "import matplotlib.pyplot as plt\n",
+    "import matplotlib.cm as cm\n",
+    "font = {'weight' : 'bold',\n",
+    "        'size'   : 18}\n",
+    "plt.rc('font', **font)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 14,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+   ],
+   "source": [
+    "# netcdf file\n",
+    "exp_name  = 'EXP00'\n",
+    "file_name =  f'../{exp_name}/ADIAB_GLM_grid_U.nc'\n",
+    "tind = 899\n",
+    "ncfile = Dataset(file_name, mode='r')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 15,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+   ],
+   "source": [
+    "# read variables\n",
+    "depth=ncfile.variables['e3u_inst'][tind,0:119,2,1:76].squeeze()\n",
+    "depth=np.cumsum(depth,0)\n",
+    "nav=ncfile.variables['nav_lon'][2, 1:76]\n",
+    "nav=np.tile(nav,(np.size(depth,0),1))\n",
+    "us=ncfile.variables['sdzocrtx'][tind, 0:119 ,2 , 1:76]\n",
+    "u=ncfile.variables['uo_inst'][tind, 0:119 ,2 , 1:76]\n",
+    "ncfile.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 16,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 864x432 with 2 Axes>"
+      ]
+     },
+     "execution_count": 16,
+     "metadata": {
+      "image/png": {
+       "height": 408,
+       "width": 710
+      },
+      "needs_background": "light"
+     },
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "# Figure Stokes drift (Us)\n",
+    "fig, ax = plt.subplots(figsize=(12,6))\n",
+    "level=np.arange(0.006,0.054, 0.002 )\n",
+    "CS = ax.contourf(nav,depth,us,level)\n",
+    "cbar=fig.colorbar(CS)\n",
+    "cbar.ax.tick_params(labelsize=20)\n",
+    "ax.set_title('Stokes drift (m/s) after t=%s s'%(tind+1))\n",
+    "ax.invert_yaxis()\n",
+    "plt.ylabel('depth(m)')\n",
+    "plt.xlabel('x(km)')\n",
+    "plt.grid(True)\n",
+    "plt.show()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 17,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 864x432 with 2 Axes>"
+      ]
+     },
+     "execution_count": 17,
+     "metadata": {
+      "image/png": {
+       "height": 408,
+       "width": 727
+      },
+      "needs_background": "light"
+     },
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "# Figure quasi-Eulerian velocity (U)\n",
+    "fig, ax = plt.subplots(figsize=(12,6))\n",
+    "CS = ax.contourf(nav,depth,u)\n",
+    "cbar=fig.colorbar(CS)\n",
+    "cbar.ax.tick_params(labelsize=20)\n",
+    "ax.set_title('quasi-Eulerian velocity (m/s) after t=%s s'%(tind+1))\n",
+    "ax.invert_yaxis()\n",
+    "plt.ylabel('depth(m)')\n",
+    "plt.xlabel('x(km)')\n",
+    "plt.grid(True)\n",
+    "plt.show()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 18,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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",
+      "text/plain": [
+       "<Figure size 864x432 with 2 Axes>"
+      ]
+     },
+     "execution_count": 18,
+     "metadata": {
+      "image/png": {
+       "height": 408,
+       "width": 727
+      },
+      "needs_background": "light"
+     },
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "# Figure Lagrangian velocity (UL=U+Us)\n",
+    "fig, ax = plt.subplots(figsize=(12,6))\n",
+    "CS = ax.contourf(nav,depth,u+us,10)\n",
+    "cbar=fig.colorbar(CS)\n",
+    "cbar.ax.tick_params(labelsize=20)\n",
+    "ax.set_title('Lagrangian velocity(m/s) after t=%s s'%(tind+1))\n",
+    "ax.invert_yaxis()\n",
+    "plt.ylabel('depth(m)')\n",
+    "plt.xlabel('x(km)')\n",
+    "plt.grid(True)\n",
+    "plt.show()"
+   ]
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 3 (Anaconda 2020)",
+   "env": {
+    "ADDR2LINE": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-addr2line",
+    "ANACONDA2019": "$EXT/anaconda-2019.03",
+    "ANACONDA2020": "/ext/anaconda2020.02",
+    "ANACONDA3": "$EXT/anaconda3",
+    "ANACONDA5": "$EXT/anaconda5",
+    "AR": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-ar",
+    "AS": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-as",
+    "CC": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-cc",
+    "CFLAGS": "-march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-strong -fno-plt -O2 -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include",
+    "CMAKE_PREFIX_PATH": "/ext/anaconda2020.02:/ext/anaconda2020.02/x86_64-conda_cos6-linux-gnu/sysroot/usr",
+    "CONDA_BACKUP_HOST": "x86_64-conda_cos6-linux-gnu",
+    "CONDA_BUILD_SYSROOT": "/ext/anaconda2020.02/x86_64-conda_cos6-linux-gnu/sysroot",
+    "CONDA_DEFAULT_ENV": "base",
+    "CONDA_EXE": "/ext/anaconda2020.02/bin/conda",
+    "CONDA_MKL_INTERFACE_LAYER_BACKUP": "",
+    "CONDA_PREFIX": "/ext/anaconda2020.02",
+    "CONDA_PROMPT_MODIFIER": "(base) ",
+    "CONDA_PYTHON_EXE": "/ext/anaconda2020.02/bin/python",
+    "CONDA_SHLVL": "1",
+    "CPP": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-cpp",
+    "CPPFLAGS": "-DNDEBUG -D_FORTIFY_SOURCE=2 -O2 -isystem /ext/anaconda2020.02/include",
+    "CXX": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-c++",
+    "CXXFILT": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-c++filt",
+    "CXXFLAGS": "-fvisibility-inlines-hidden -std=c++17 -fmessage-length=0 -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-strong -fno-plt -O2 -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include",
+    "DEBUG_CFLAGS": "-march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-all -fno-plt -Og -g -Wall -Wextra -fvar-tracking-assignments -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include",
+    "DEBUG_CPPFLAGS": "-D_DEBUG -D_FORTIFY_SOURCE=2 -Og -isystem /ext/anaconda2020.02/include",
+    "DEBUG_CXXFLAGS": "-fvisibility-inlines-hidden -std=c++17 -fmessage-length=0 -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-all -fno-plt -Og -g -Wall -Wextra -fvar-tracking-assignments -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include",
+    "DEBUG_FFLAGS": "-fopenmp -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-strong -fno-plt -O2 -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include -fopenmp -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-all -fno-plt -Og -g -Wall -Wextra -fcheck=all -fbacktrace -fimplicit-none -fvar-tracking-assignments -ffunction-sections -pipe",
+    "DEBUG_FORTRANFLAGS": "-fopenmp -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-strong -fno-plt -O2 -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include -fopenmp -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-all -fno-plt -Og -g -Wall -Wextra -fcheck=all -fbacktrace -fimplicit-none -fvar-tracking-assignments -ffunction-sections -pipe",
+    "ELFEDIT": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-elfedit",
+    "F77": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gfortran",
+    "F90": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gfortran",
+    "F95": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-f95",
+    "FC": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gfortran",
+    "FFLAGS": "-fopenmp -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-strong -fno-plt -O2 -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include",
+    "FORTRANFLAGS": "-fopenmp -march=nocona -mtune=haswell -ftree-vectorize -fPIC -fstack-protector-strong -fno-plt -O2 -ffunction-sections -pipe -isystem /ext/anaconda2020.02/include",
+    "GCC": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gcc",
+    "GCC_AR": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gcc-ar",
+    "GCC_NM": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gcc-nm",
+    "GCC_RANLIB": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gcc-ranlib",
+    "GDAL_DATA": "/ext/anaconda2020.02/share/gdal",
+    "GFORTRAN": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gfortran",
+    "GPROF": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-gprof",
+    "GXX": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-g++",
+    "JAVA_HOME": "/ext/anaconda2020.02",
+    "JAVA_HOME_CONDA_BACKUP": "",
+    "JAVA_LD_LIBRARY_PATH": "/ext/anaconda2020.02/lib/server",
+    "LD": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-ld",
+    "LDFLAGS": "-Wl,-O2 -Wl,--sort-common -Wl,--as-needed -Wl,-z,relro -Wl,-z,now -Wl,--disable-new-dtags -Wl,--gc-sections -Wl,-rpath,/ext/anaconda2020.02/lib -Wl,-rpath-link,/ext/anaconda2020.02/lib -L/ext/anaconda2020.02/lib",
+    "LD_GOLD": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-ld.gold",
+    "LD_LIBRARY_PATH": "/ext/anaconda2020.02/lib",
+    "MKL_INTERFACE_LAYER": "LP64,GNU",
+    "MKL_THREADING_LAYER": "GNU",
+    "NM": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-nm",
+    "OBJCOPY": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-objcopy",
+    "OBJDUMP": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-objdump",
+    "OLDPWD": "/ext/anaconda2020.02",
+    "PATH": "/ext/anaconda2020.02/bin:/ext/anaconda2020.02/bin:/ext/anaconda2020.02/condabin:/cocalc/bin:/cocalc/src/smc-project/bin:/home/salvus/bin:/home/salvus/.local/bin:/usr/lib/xpra:/ext/bin:/opt/ghc/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/snap/bin:/usr/lib/postgresql/10/bin:/ext/data/homer/bin:/ext/data/weblogo",
+    "PROJ_LIB": "/ext/anaconda2020.02/share/proj",
+    "RANLIB": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-ranlib",
+    "READELF": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-readelf",
+    "RSTUDIO_WHICH_R": "/ext/anaconda2020.02/bin/R",
+    "SIZE": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-size",
+    "STRINGS": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-strings",
+    "STRIP": "/ext/anaconda2020.02/bin/x86_64-conda_cos6-linux-gnu-strip",
+    "_CE_CONDA": "",
+    "_CE_M": "",
+    "_CONDA_PYTHON_SYSCONFIGDATA_NAME": "_sysconfigdata_x86_64_conda_cos6_linux_gnu"
+   },
+   "language": "python",
+   "metadata": {
+    "cocalc": {
+     "description": "Python/R distribution for data science",
+     "priority": 5,
+     "url": "https://www.anaconda.com/distribution/"
+    }
+   },
+   "name": "anaconda2020",
+   "resource_dir": "/ext/jupyter/kernels/anaconda2020"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.7.8"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 4
+}
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca025
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca025	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca025	(revision 15719)
@@ -0,0 +1,625 @@
+    nb_cores 1 ( 1 x 1 ), nb_points 1740494 ( 1442 x 1207 )
+    nb_cores 2 ( 2 x 1 ), nb_points 871454 ( 722 x 1207 )
+    nb_cores 3 ( 3 x 1 ), nb_points 581774 ( 482 x 1207 )
+    nb_cores 4 ( 2 x 2 ), nb_points 436810 ( 722 x 605 )
+    nb_cores 5 ( 5 x 1 ), nb_points 350030 ( 290 x 1207 )
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+    nb_cores 7 ( 7 x 1 ), nb_points 251056 ( 208 x 1207 )
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+    nb_cores 9 ( 3 x 3 ), nb_points 194728 ( 482 x 404 )
+    nb_cores 10 ( 2 x 5 ), nb_points 175446 ( 722 x 243 )
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+    nb_cores 17 ( 17 x 1 ), nb_points 105009 ( 87 x 1207 )
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+    nb_cores 19 ( 19 x 1 ), nb_points 94146 ( 78 x 1207 )
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+    nb_cores 4824 ( 72 x 67 ), nb_points 440 ( 22 x 20 )
+    nb_cores 4899 ( 69 x 71 ), nb_points 437 ( 23 x 19 )
+    nb_cores 4950 ( 90 x 55 ), nb_points 432 ( 18 x 24 )
+    nb_cores 5088 ( 96 x 53 ), nb_points 425 ( 17 x 25 )
+    nb_cores 5092 ( 76 x 67 ), nb_points 420 ( 21 x 20 )
+    nb_cores 5112 ( 72 x 71 ), nb_points 418 ( 22 x 19 )
+    nb_cores 5220 ( 90 x 58 ), nb_points 414 ( 18 x 23 )
+    nb_cores 5280 ( 96 x 55 ), nb_points 408 ( 17 x 24 )
+    nb_cores 5360 ( 80 x 67 ), nb_points 400 ( 20 x 20 )
+    nb_cores 5396 ( 76 x 71 ), nb_points 399 ( 21 x 19 )
+    nb_cores 5472 ( 72 x 76 ), nb_points 396 ( 22 x 18 )
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+    nb_cores 5665 ( 103 x 55 ), nb_points 384 ( 16 x 24 )
+    nb_cores 5680 ( 80 x 71 ), nb_points 380 ( 20 x 19 )
+    nb_cores 5760 ( 90 x 64 ), nb_points 378 ( 18 x 21 )
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+    nb_cores 6030 ( 90 x 67 ), nb_points 360 ( 18 x 20 )
+    nb_cores 6144 ( 96 x 64 ), nb_points 357 ( 17 x 21 )
+    nb_cores 6264 ( 72 x 87 ), nb_points 352 ( 22 x 16 )
+    nb_cores 6360 ( 120 x 53 ), nb_points 350 ( 14 x 25 )
+    nb_cores 6390 ( 90 x 71 ), nb_points 342 ( 18 x 19 )
+    nb_cores 6432 ( 96 x 67 ), nb_points 340 ( 17 x 20 )
+    nb_cores 6592 ( 103 x 64 ), nb_points 336 ( 16 x 21 )
+    nb_cores 6696 ( 72 x 93 ), nb_points 330 ( 22 x 15 )
+    nb_cores 6816 ( 96 x 71 ), nb_points 323 ( 17 x 19 )
+    nb_cores 6901 ( 103 x 67 ), nb_points 320 ( 16 x 20 )
+    nb_cores 7068 ( 76 x 93 ), nb_points 315 ( 21 x 15 )
+    nb_cores 7205 ( 131 x 55 ), nb_points 312 ( 13 x 24 )
+    nb_cores 7272 ( 72 x 101 ), nb_points 308 ( 22 x 14 )
+    nb_cores 7290 ( 90 x 81 ), nb_points 306 ( 18 x 17 )
+    nb_cores 7313 ( 103 x 71 ), nb_points 304 ( 16 x 19 )
+    nb_cores 7437 ( 111 x 67 ), nb_points 300 ( 15 x 20 )
+    nb_cores 7590 ( 69 x 110 ), nb_points 299 ( 23 x 13 )
+    nb_cores 7676 ( 76 x 101 ), nb_points 294 ( 21 x 14 )
+    nb_cores 7776 ( 96 x 81 ), nb_points 289 ( 17 x 17 )
+    nb_cores 7828 ( 103 x 76 ), nb_points 288 ( 16 x 18 )
+    nb_cores 7881 ( 111 x 71 ), nb_points 285 ( 15 x 19 )
+    nb_cores 8040 ( 120 x 67 ), nb_points 280 ( 14 x 20 )
+    nb_cores 8343 ( 103 x 81 ), nb_points 272 ( 16 x 17 )
+    nb_cores 8370 ( 90 x 93 ), nb_points 270 ( 18 x 15 )
+    nb_cores 8520 ( 120 x 71 ), nb_points 266 ( 14 x 19 )
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+    nb_cores 8928 ( 96 x 93 ), nb_points 255 ( 17 x 15 )
+    nb_cores 9090 ( 90 x 101 ), nb_points 252 ( 18 x 14 )
+    nb_cores 9301 ( 131 x 71 ), nb_points 247 ( 13 x 19 )
+    nb_cores 9579 ( 103 x 93 ), nb_points 240 ( 16 x 15 )
+    nb_cores 9696 ( 96 x 101 ), nb_points 238 ( 17 x 14 )
+    nb_cores 9900 ( 90 x 110 ), nb_points 234 ( 18 x 13 )
+    nb_cores 10184 ( 76 x 134 ), nb_points 231 ( 21 x 11 )
+    nb_cores 10224 ( 144 x 71 ), nb_points 228 ( 12 x 19 )
+    nb_cores 10323 ( 111 x 93 ), nb_points 225 ( 15 x 15 )
+    nb_cores 10403 ( 103 x 101 ), nb_points 224 ( 16 x 14 )
+    nb_cores 10560 ( 96 x 110 ), nb_points 221 ( 17 x 13 )
+    nb_cores 10720 ( 80 x 134 ), nb_points 220 ( 20 x 11 )
+    nb_cores 10720 ( 160 x 67 ), nb_points 220 ( 11 x 20 )
+    nb_cores 10890 ( 90 x 121 ), nb_points 216 ( 18 x 12 )
+    nb_cores 11160 ( 120 x 93 ), nb_points 210 ( 14 x 15 )
+    nb_cores 11330 ( 103 x 110 ), nb_points 208 ( 16 x 13 )
+    nb_cores 11616 ( 96 x 121 ), nb_points 204 ( 17 x 12 )
+    nb_cores 12060 ( 90 x 134 ), nb_points 198 ( 18 x 11 )
+    nb_cores 12120 ( 120 x 101 ), nb_points 196 ( 14 x 14 )
+    nb_cores 12183 ( 131 x 93 ), nb_points 195 ( 13 x 15 )
+    nb_cores 12463 ( 103 x 121 ), nb_points 192 ( 16 x 12 )
+    nb_cores 12780 ( 180 x 71 ), nb_points 190 ( 10 x 19 )
+    nb_cores 12864 ( 96 x 134 ), nb_points 187 ( 17 x 11 )
+    nb_cores 13200 ( 120 x 110 ), nb_points 182 ( 14 x 13 )
+    nb_cores 13392 ( 144 x 93 ), nb_points 180 ( 12 x 15 )
+    nb_cores 13802 ( 103 x 134 ), nb_points 176 ( 16 x 11 )
+    nb_cores 14410 ( 131 x 110 ), nb_points 169 ( 13 x 13 )
+    nb_cores 14520 ( 120 x 121 ), nb_points 168 ( 14 x 12 )
+    nb_cores 14874 ( 111 x 134 ), nb_points 165 ( 15 x 11 )
+    nb_cores 15553 ( 103 x 151 ), nb_points 160 ( 16 x 10 )
+    nb_cores 15840 ( 144 x 110 ), nb_points 156 ( 12 x 13 )
+    nb_cores 16080 ( 120 x 134 ), nb_points 154 ( 14 x 11 )
+    nb_cores 16608 ( 96 x 173 ), nb_points 153 ( 17 x 9 )
+    nb_cores 16740 ( 180 x 93 ), nb_points 150 ( 10 x 15 )
+    nb_cores 17424 ( 144 x 121 ), nb_points 144 ( 12 x 12 )
+    nb_cores 17554 ( 131 x 134 ), nb_points 143 ( 13 x 11 )
+    nb_cores 18120 ( 120 x 151 ), nb_points 140 ( 14 x 10 )
+    nb_cores 19158 ( 206 x 93 ), nb_points 135 ( 9 x 15 )
+    nb_cores 19296 ( 144 x 134 ), nb_points 132 ( 12 x 11 )
+    nb_cores 19781 ( 131 x 151 ), nb_points 130 ( 13 x 10 )
+    nb_cores 20703 ( 103 x 201 ), nb_points 128 ( 16 x 8 )
+    nb_cores 20760 ( 120 x 173 ), nb_points 126 ( 14 x 9 )
+    nb_cores 21440 ( 160 x 134 ), nb_points 121 ( 11 x 11 )
+    nb_cores 21744 ( 144 x 151 ), nb_points 120 ( 12 x 10 )
+    nb_cores 22660 ( 206 x 110 ), nb_points 117 ( 9 x 13 )
+    nb_cores 24120 ( 180 x 134 ), nb_points 110 ( 10 x 11 )
+    nb_cores 24912 ( 144 x 173 ), nb_points 108 ( 12 x 9 )
+    nb_cores 26331 ( 131 x 201 ), nb_points 104 ( 13 x 8 )
+    nb_cores 27180 ( 180 x 151 ), nb_points 100 ( 10 x 10 )
+    nb_cores 27604 ( 206 x 134 ), nb_points 99 ( 9 x 11 )
+    nb_cores 28920 ( 120 x 241 ), nb_points 98 ( 14 x 7 )
+    nb_cores 28944 ( 144 x 201 ), nb_points 96 ( 12 x 8 )
+    nb_cores 31106 ( 206 x 151 ), nb_points 90 ( 9 x 10 )
+    nb_cores 32160 ( 240 x 134 ), nb_points 88 ( 8 x 11 )
+    nb_cores 32160 ( 160 x 201 ), nb_points 88 ( 11 x 8 )
+    nb_cores 34704 ( 144 x 241 ), nb_points 84 ( 12 x 7 )
+    nb_cores 35638 ( 206 x 173 ), nb_points 81 ( 9 x 9 )
+    nb_cores 36180 ( 180 x 201 ), nb_points 80 ( 10 x 8 )
+    nb_cores 38560 ( 160 x 241 ), nb_points 77 ( 11 x 7 )
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca1
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca1	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca1	(revision 15719)
@@ -0,0 +1,205 @@
+    nb_cores 1 ( 1 x 1 ), nb_points 120184 ( 362 x 332 )
+    nb_cores 2 ( 2 x 1 ), nb_points 60424 ( 182 x 332 )
+    nb_cores 3 ( 3 x 1 ), nb_points 40504 ( 122 x 332 )
+    nb_cores 4 ( 2 x 2 ), nb_points 30394 ( 182 x 167 )
+    nb_cores 5 ( 5 x 1 ), nb_points 24568 ( 74 x 332 )
+    nb_cores 6 ( 3 x 2 ), nb_points 20374 ( 122 x 167 )
+    nb_cores 7 ( 7 x 1 ), nb_points 17928 ( 54 x 332 )
+    nb_cores 8 ( 4 x 2 ), nb_points 15364 ( 92 x 167 )
+    nb_cores 9 ( 3 x 3 ), nb_points 13664 ( 122 x 112 )
+    nb_cores 10 ( 5 x 2 ), nb_points 12358 ( 74 x 167 )
+    nb_cores 11 ( 1 x 11 ), nb_points 11584 ( 362 x 32 )
+    nb_cores 12 ( 4 x 3 ), nb_points 10304 ( 92 x 112 )
+    nb_cores 13 ( 13 x 1 ), nb_points 9960 ( 30 x 332 )
+    nb_cores 14 ( 7 x 2 ), nb_points 9018 ( 54 x 167 )
+    nb_cores 15 ( 5 x 3 ), nb_points 8288 ( 74 x 112 )
+    nb_cores 16 ( 4 x 4 ), nb_points 7820 ( 92 x 85 )
+    nb_cores 18 ( 6 x 3 ), nb_points 6944 ( 62 x 112 )
+    nb_cores 20 ( 4 x 5 ), nb_points 6256 ( 92 x 68 )
+    nb_cores 21 ( 7 x 3 ), nb_points 6048 ( 54 x 112 )
+    nb_cores 22 ( 2 x 11 ), nb_points 5824 ( 182 x 32 )
+    nb_cores 24 ( 4 x 6 ), nb_points 5244 ( 92 x 57 )
+    nb_cores 25 ( 5 x 5 ), nb_points 5032 ( 74 x 68 )
+    nb_cores 26 ( 13 x 2 ), nb_points 5010 ( 30 x 167 )
+    nb_cores 27 ( 9 x 3 ), nb_points 4704 ( 42 x 112 )
+    nb_cores 28 ( 7 x 4 ), nb_points 4590 ( 54 x 85 )
+    nb_cores 30 ( 6 x 5 ), nb_points 4216 ( 62 x 68 )
+    nb_cores 32 ( 8 x 4 ), nb_points 3995 ( 47 x 85 )
+    nb_cores 33 ( 3 x 11 ), nb_points 3904 ( 122 x 32 )
+    nb_cores 35 ( 7 x 5 ), nb_points 3672 ( 54 x 68 )
+    nb_cores 36 ( 6 x 6 ), nb_points 3534 ( 62 x 57 )
+    nb_cores 38 ( 19 x 2 ), nb_points 3507 ( 21 x 167 )
+    nb_cores 39 ( 13 x 3 ), nb_points 3360 ( 30 x 112 )
+    nb_cores 40 ( 8 x 5 ), nb_points 3196 ( 47 x 68 )
+    nb_cores 42 ( 7 x 6 ), nb_points 3078 ( 54 x 57 )
+    nb_cores 44 ( 4 x 11 ), nb_points 2944 ( 92 x 32 )
+    nb_cores 45 ( 9 x 5 ), nb_points 2856 ( 42 x 68 )
+    nb_cores 48 ( 8 x 6 ), nb_points 2679 ( 47 x 57 )
+    nb_cores 50 ( 10 x 5 ), nb_points 2584 ( 38 x 68 )
+    nb_cores 52 ( 13 x 4 ), nb_points 2550 ( 30 x 85 )
+    nb_cores 54 ( 9 x 6 ), nb_points 2394 ( 42 x 57 )
+    nb_cores 55 ( 5 x 11 ), nb_points 2368 ( 74 x 32 )
+    nb_cores 56 ( 8 x 7 ), nb_points 2350 ( 47 x 50 )
+    nb_cores 60 ( 10 x 6 ), nb_points 2166 ( 38 x 57 )
+    nb_cores 63 ( 9 x 7 ), nb_points 2100 ( 42 x 50 )
+    nb_cores 64 ( 8 x 8 ), nb_points 2068 ( 47 x 44 )
+    nb_cores 65 ( 13 x 5 ), nb_points 2040 ( 30 x 68 )
+    nb_cores 66 ( 6 x 11 ), nb_points 1984 ( 62 x 32 )
+    nb_cores 70 ( 7 x 10 ), nb_points 1890 ( 54 x 35 )
+    nb_cores 72 ( 12 x 6 ), nb_points 1824 ( 32 x 57 )
+    nb_cores 75 ( 15 x 5 ), nb_points 1768 ( 26 x 68 )
+    nb_cores 77 ( 7 x 11 ), nb_points 1728 ( 54 x 32 )
+    nb_cores 78 ( 13 x 6 ), nb_points 1710 ( 30 x 57 )
+    nb_cores 80 ( 8 x 10 ), nb_points 1645 ( 47 x 35 )
+    nb_cores 81 ( 9 x 9 ), nb_points 1638 ( 42 x 39 )
+    nb_cores 84 ( 14 x 6 ), nb_points 1596 ( 28 x 57 )
+    nb_cores 88 ( 8 x 11 ), nb_points 1504 ( 47 x 32 )
+    nb_cores 90 ( 9 x 10 ), nb_points 1470 ( 42 x 35 )
+    nb_cores 95 ( 19 x 5 ), nb_points 1428 ( 21 x 68 )
+    nb_cores 96 ( 12 x 8 ), nb_points 1408 ( 32 x 44 )
+    nb_cores 98 ( 14 x 7 ), nb_points 1400 ( 28 x 50 )
+    nb_cores 99 ( 9 x 11 ), nb_points 1344 ( 42 x 32 )
+    nb_cores 100 ( 10 x 10 ), nb_points 1330 ( 38 x 35 )
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+    nb_cores 108 ( 12 x 9 ), nb_points 1248 ( 32 x 39 )
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+    nb_cores 114 ( 19 x 6 ), nb_points 1197 ( 21 x 57 )
+    nb_cores 117 ( 13 x 9 ), nb_points 1170 ( 30 x 39 )
+    nb_cores 120 ( 12 x 10 ), nb_points 1120 ( 32 x 35 )
+    nb_cores 126 ( 9 x 14 ), nb_points 1092 ( 42 x 26 )
+    nb_cores 126 ( 14 x 9 ), nb_points 1092 ( 28 x 39 )
+    nb_cores 128 ( 8 x 16 ), nb_points 1081 ( 47 x 23 )
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+    nb_cores 132 ( 12 x 11 ), nb_points 1024 ( 32 x 32 )
+    nb_cores 135 ( 9 x 15 ), nb_points 1008 ( 42 x 24 )
+    nb_cores 140 ( 14 x 10 ), nb_points 980 ( 28 x 35 )
+    nb_cores 143 ( 13 x 11 ), nb_points 960 ( 30 x 32 )
+    nb_cores 150 ( 15 x 10 ), nb_points 910 ( 26 x 35 )
+    nb_cores 154 ( 14 x 11 ), nb_points 896 ( 28 x 32 )
+    nb_cores 160 ( 10 x 16 ), nb_points 874 ( 38 x 23 )
+    nb_cores 162 ( 18 x 9 ), nb_points 858 ( 22 x 39 )
+    nb_cores 165 ( 15 x 11 ), nb_points 832 ( 26 x 32 )
+    nb_cores 171 ( 19 x 9 ), nb_points 819 ( 21 x 39 )
+    nb_cores 176 ( 8 x 22 ), nb_points 799 ( 47 x 17 )
+    nb_cores 180 ( 12 x 15 ), nb_points 768 ( 32 x 24 )
+    nb_cores 189 ( 9 x 21 ), nb_points 756 ( 42 x 18 )
+    nb_cores 190 ( 19 x 10 ), nb_points 735 ( 21 x 35 )
+    nb_cores 195 ( 13 x 15 ), nb_points 720 ( 30 x 24 )
+    nb_cores 198 ( 18 x 11 ), nb_points 704 ( 22 x 32 )
+    nb_cores 200 ( 20 x 10 ), nb_points 700 ( 20 x 35 )
+    nb_cores 208 ( 13 x 16 ), nb_points 690 ( 30 x 23 )
+    nb_cores 209 ( 19 x 11 ), nb_points 672 ( 21 x 32 )
+    nb_cores 216 ( 18 x 12 ), nb_points 660 ( 22 x 30 )
+    nb_cores 220 ( 20 x 11 ), nb_points 640 ( 20 x 32 )
+    nb_cores 225 ( 15 x 15 ), nb_points 624 ( 26 x 24 )
+    nb_cores 234 ( 18 x 13 ), nb_points 616 ( 22 x 28 )
+    nb_cores 240 ( 24 x 10 ), nb_points 595 ( 17 x 35 )
+    nb_cores 247 ( 19 x 13 ), nb_points 588 ( 21 x 28 )
+    nb_cores 252 ( 18 x 14 ), nb_points 572 ( 22 x 26 )
+    nb_cores 260 ( 20 x 13 ), nb_points 560 ( 20 x 28 )
+    nb_cores 260 ( 26 x 10 ), nb_points 560 ( 16 x 35 )
+    nb_cores 264 ( 12 x 22 ), nb_points 544 ( 32 x 17 )
+    nb_cores 264 ( 24 x 11 ), nb_points 544 ( 17 x 32 )
+    nb_cores 270 ( 18 x 15 ), nb_points 528 ( 22 x 24 )
+    nb_cores 280 ( 20 x 14 ), nb_points 520 ( 20 x 26 )
+    nb_cores 285 ( 19 x 15 ), nb_points 504 ( 21 x 24 )
+    nb_cores 300 ( 20 x 15 ), nb_points 480 ( 20 x 24 )
+    nb_cores 308 ( 14 x 22 ), nb_points 476 ( 28 x 17 )
+    nb_cores 315 ( 15 x 21 ), nb_points 468 ( 26 x 18 )
+    nb_cores 320 ( 20 x 16 ), nb_points 460 ( 20 x 23 )
+    nb_cores 330 ( 15 x 22 ), nb_points 442 ( 26 x 17 )
+    nb_cores 340 ( 20 x 17 ), nb_points 440 ( 20 x 22 )
+    nb_cores 345 ( 23 x 15 ), nb_points 432 ( 18 x 24 )
+    nb_cores 352 ( 16 x 22 ), nb_points 425 ( 25 x 17 )
+    nb_cores 360 ( 24 x 15 ), nb_points 408 ( 17 x 24 )
+    nb_cores 378 ( 18 x 21 ), nb_points 396 ( 22 x 18 )
+    nb_cores 384 ( 24 x 16 ), nb_points 391 ( 17 x 23 )
+    nb_cores 390 ( 26 x 15 ), nb_points 384 ( 16 x 24 )
+    nb_cores 396 ( 18 x 22 ), nb_points 374 ( 22 x 17 )
+    nb_cores 416 ( 26 x 16 ), nb_points 368 ( 16 x 23 )
+    nb_cores 418 ( 19 x 22 ), nb_points 357 ( 21 x 17 )
+    nb_cores 432 ( 18 x 24 ), nb_points 352 ( 22 x 16 )
+    nb_cores 440 ( 20 x 22 ), nb_points 340 ( 20 x 17 )
+    nb_cores 450 ( 30 x 15 ), nb_points 336 ( 14 x 24 )
+    nb_cores 468 ( 18 x 26 ), nb_points 330 ( 22 x 15 )
+    nb_cores 480 ( 20 x 24 ), nb_points 320 ( 20 x 16 )
+    nb_cores 494 ( 19 x 26 ), nb_points 315 ( 21 x 15 )
+    nb_cores 495 ( 15 x 33 ), nb_points 312 ( 26 x 12 )
+    nb_cores 495 ( 33 x 15 ), nb_points 312 ( 13 x 24 )
+    nb_cores 504 ( 24 x 21 ), nb_points 306 ( 17 x 18 )
+    nb_cores 520 ( 20 x 26 ), nb_points 300 ( 20 x 15 )
+    nb_cores 528 ( 24 x 22 ), nb_points 289 ( 17 x 17 )
+    nb_cores 540 ( 18 x 30 ), nb_points 286 ( 22 x 13 )
+    nb_cores 560 ( 20 x 28 ), nb_points 280 ( 20 x 14 )
+    nb_cores 570 ( 19 x 30 ), nb_points 273 ( 21 x 13 )
+    nb_cores 572 ( 26 x 22 ), nb_points 272 ( 16 x 17 )
+    nb_cores 588 ( 28 x 21 ), nb_points 270 ( 15 x 18 )
+    nb_cores 594 ( 18 x 33 ), nb_points 264 ( 22 x 12 )
+    nb_cores 600 ( 20 x 30 ), nb_points 260 ( 20 x 13 )
+    nb_cores 616 ( 28 x 22 ), nb_points 255 ( 15 x 17 )
+    nb_cores 627 ( 19 x 33 ), nb_points 252 ( 21 x 12 )
+    nb_cores 660 ( 30 x 22 ), nb_points 238 ( 14 x 17 )
+    nb_cores 690 ( 23 x 30 ), nb_points 234 ( 18 x 13 )
+    nb_cores 703 ( 19 x 37 ), nb_points 231 ( 21 x 11 )
+    nb_cores 720 ( 24 x 30 ), nb_points 221 ( 17 x 13 )
+    nb_cores 740 ( 20 x 37 ), nb_points 220 ( 20 x 11 )
+    nb_cores 756 ( 36 x 21 ), nb_points 216 ( 12 x 18 )
+    nb_cores 780 ( 26 x 30 ), nb_points 208 ( 16 x 13 )
+    nb_cores 792 ( 36 x 22 ), nb_points 204 ( 12 x 17 )
+    nb_cores 792 ( 24 x 33 ), nb_points 204 ( 17 x 12 )
+    nb_cores 840 ( 28 x 30 ), nb_points 195 ( 15 x 13 )
+    nb_cores 858 ( 26 x 33 ), nb_points 192 ( 16 x 12 )
+    nb_cores 880 ( 40 x 22 ), nb_points 187 ( 11 x 17 )
+    nb_cores 900 ( 30 x 30 ), nb_points 182 ( 14 x 13 )
+    nb_cores 924 ( 28 x 33 ), nb_points 180 ( 15 x 12 )
+    nb_cores 960 ( 40 x 24 ), nb_points 176 ( 11 x 16 )
+    nb_cores 990 ( 30 x 33 ), nb_points 168 ( 14 x 12 )
+    nb_cores 1036 ( 28 x 37 ), nb_points 165 ( 15 x 11 )
+    nb_cores 1080 ( 36 x 30 ), nb_points 156 ( 12 x 13 )
+    nb_cores 1110 ( 30 x 37 ), nb_points 154 ( 14 x 11 )
+    nb_cores 1144 ( 52 x 22 ), nb_points 153 ( 9 x 17 )
+    nb_cores 1170 ( 45 x 26 ), nb_points 150 ( 10 x 15 )
+    nb_cores 1188 ( 36 x 33 ), nb_points 144 ( 12 x 12 )
+    nb_cores 1200 ( 40 x 30 ), nb_points 143 ( 11 x 13 )
+    nb_cores 1260 ( 30 x 42 ), nb_points 140 ( 14 x 10 )
+    nb_cores 1260 ( 45 x 28 ), nb_points 140 ( 10 x 14 )
+    nb_cores 1320 ( 40 x 33 ), nb_points 132 ( 11 x 12 )
+    nb_cores 1350 ( 45 x 30 ), nb_points 130 ( 10 x 13 )
+    nb_cores 1430 ( 26 x 55 ), nb_points 128 ( 16 x 8 )
+    nb_cores 1440 ( 30 x 48 ), nb_points 126 ( 14 x 9 )
+    nb_cores 1480 ( 40 x 37 ), nb_points 121 ( 11 x 11 )
+    nb_cores 1485 ( 45 x 33 ), nb_points 120 ( 10 x 12 )
+    nb_cores 1560 ( 52 x 30 ), nb_points 117 ( 9 x 13 )
+    nb_cores 1650 ( 30 x 55 ), nb_points 112 ( 14 x 8 )
+    nb_cores 1665 ( 45 x 37 ), nb_points 110 ( 10 x 11 )
+    nb_cores 1716 ( 52 x 33 ), nb_points 108 ( 9 x 12 )
+    nb_cores 1800 ( 60 x 30 ), nb_points 104 ( 8 x 13 )
+    nb_cores 1890 ( 45 x 42 ), nb_points 100 ( 10 x 10 )
+    nb_cores 1920 ( 40 x 48 ), nb_points 99 ( 11 x 9 )
+    nb_cores 1980 ( 60 x 33 ), nb_points 96 ( 8 x 12 )
+    nb_cores 1980 ( 36 x 55 ), nb_points 96 ( 12 x 8 )
+    nb_cores 2160 ( 45 x 48 ), nb_points 90 ( 10 x 9 )
+    nb_cores 2200 ( 40 x 55 ), nb_points 88 ( 11 x 8 )
+    nb_cores 2376 ( 72 x 33 ), nb_points 84 ( 7 x 12 )
+    nb_cores 2376 ( 36 x 66 ), nb_points 84 ( 12 x 7 )
+    nb_cores 2475 ( 45 x 55 ), nb_points 80 ( 10 x 8 )
+    nb_cores 2640 ( 40 x 66 ), nb_points 77 ( 11 x 7 )
+    nb_cores 2860 ( 52 x 55 ), nb_points 72 ( 9 x 8 )
+    nb_cores 2970 ( 45 x 66 ), nb_points 70 ( 10 x 7 )
+    nb_cores 3300 ( 60 x 55 ), nb_points 64 ( 8 x 8 )
+    nb_cores 3432 ( 52 x 66 ), nb_points 63 ( 9 x 7 )
+    nb_cores 3735 ( 45 x 83 ), nb_points 60 ( 10 x 6 )
+    nb_cores 3960 ( 60 x 66 ), nb_points 56 ( 8 x 7 )
+    nb_cores 3960 ( 72 x 55 ), nb_points 56 ( 7 x 8 )
+    nb_cores 4316 ( 52 x 83 ), nb_points 54 ( 9 x 6 )
+    nb_cores 4752 ( 72 x 66 ), nb_points 49 ( 7 x 7 )
+    nb_cores 4950 ( 90 x 55 ), nb_points 48 ( 6 x 8 )
+    nb_cores 5720 ( 52 x 110 ), nb_points 45 ( 9 x 5 )
+    nb_cores 5940 ( 90 x 66 ), nb_points 42 ( 6 x 7 )
+    nb_cores 6600 ( 120 x 55 ), nb_points 40 ( 5 x 8 )
+    nb_cores 6600 ( 60 x 110 ), nb_points 40 ( 8 x 5 )
+    nb_cores 7470 ( 90 x 83 ), nb_points 36 ( 6 x 6 )
+    nb_cores 7920 ( 72 x 110 ), nb_points 35 ( 7 x 5 )
+    nb_cores 7920 ( 120 x 66 ), nb_points 35 ( 5 x 7 )
+    nb_cores 9900 ( 90 x 110 ), nb_points 30 ( 6 x 5 )
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca12
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca12	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/best_jpni_jpnj_eorca12	(revision 15719)
@@ -0,0 +1,1301 @@
+    nb_cores 1 ( 1 x 1 ), nb_points 13601334 ( 4322 x 3147 )
+    nb_cores 2 ( 2 x 1 ), nb_points 6803814 ( 2162 x 3147 )
+    nb_cores 3 ( 3 x 1 ), nb_points 4537974 ( 1442 x 3147 )
+    nb_cores 4 ( 4 x 1 ), nb_points 3405054 ( 1082 x 3147 )
+    nb_cores 5 ( 5 x 1 ), nb_points 2725302 ( 866 x 3147 )
+    nb_cores 6 ( 3 x 2 ), nb_points 2271150 ( 1442 x 1575 )
+    nb_cores 7 ( 7 x 1 ), nb_points 1951140 ( 620 x 3147 )
+    nb_cores 8 ( 4 x 2 ), nb_points 1704150 ( 1082 x 1575 )
+    nb_cores 9 ( 3 x 3 ), nb_points 1515542 ( 1442 x 1051 )
+    nb_cores 10 ( 5 x 2 ), nb_points 1363950 ( 866 x 1575 )
+    nb_cores 11 ( 11 x 1 ), nb_points 1243065 ( 395 x 3147 )
+    nb_cores 12 ( 6 x 2 ), nb_points 1137150 ( 722 x 1575 )
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+    nb_cores 7931 ( 103 x 77 ), nb_points 1892 ( 44 x 43 )
+    nb_cores 7968 ( 96 x 83 ), nb_points 1880 ( 47 x 40 )
+    nb_cores 7990 ( 94 x 85 ), nb_points 1872 ( 48 x 39 )
+    nb_cores 8040 ( 120 x 67 ), nb_points 1862 ( 38 x 49 )
+    nb_cores 8100 ( 108 x 75 ), nb_points 1848 ( 42 x 44 )
+    nb_cores 8160 ( 96 x 85 ), nb_points 1833 ( 47 x 39 )
+    nb_cores 8253 ( 131 x 63 ), nb_points 1820 ( 35 x 52 )
+    nb_cores 8280 ( 92 x 90 ), nb_points 1813 ( 49 x 37 )
+    nb_cores 8316 ( 108 x 77 ), nb_points 1806 ( 42 x 43 )
+    nb_cores 8325 ( 111 x 75 ), nb_points 1804 ( 41 x 44 )
+    nb_cores 8370 ( 90 x 93 ), nb_points 1800 ( 50 x 36 )
+    nb_cores 8400 ( 120 x 70 ), nb_points 1786 ( 38 x 47 )
+    nb_cores 8460 ( 94 x 90 ), nb_points 1776 ( 48 x 37 )
+    nb_cores 8505 ( 135 x 63 ), nb_points 1768 ( 34 x 52 )
+    nb_cores 8532 ( 108 x 79 ), nb_points 1764 ( 42 x 42 )
+    nb_cores 8547 ( 111 x 77 ), nb_points 1763 ( 41 x 43 )
+    nb_cores 8549 ( 103 x 83 ), nb_points 1760 ( 44 x 40 )
+    nb_cores 8585 ( 101 x 85 ), nb_points 1755 ( 45 x 39 )
+    nb_cores 8640 ( 96 x 90 ), nb_points 1739 ( 47 x 37 )
+    nb_cores 8712 ( 72 x 121 ), nb_points 1736 ( 62 x 28 )
+    nb_cores 8742 ( 94 x 93 ), nb_points 1728 ( 48 x 36 )
+    nb_cores 8748 ( 108 x 81 ), nb_points 1722 ( 42 x 41 )
+    nb_cores 8755 ( 103 x 85 ), nb_points 1716 ( 44 x 39 )
+    nb_cores 8777 ( 131 x 67 ), nb_points 1715 ( 35 x 49 )
+    nb_cores 8880 ( 120 x 74 ), nb_points 1710 ( 38 x 45 )
+    nb_cores 8910 ( 90 x 99 ), nb_points 1700 ( 50 x 34 )
+    nb_cores 8910 ( 135 x 66 ), nb_points 1700 ( 34 x 50 )
+    nb_cores 8925 ( 85 x 105 ), nb_points 1696 ( 53 x 32 )
+    nb_cores 8928 ( 96 x 93 ), nb_points 1692 ( 47 x 36 )
+    nb_cores 8964 ( 108 x 83 ), nb_points 1680 ( 42 x 40 )
+    nb_cores 9000 ( 120 x 75 ), nb_points 1672 ( 38 x 44 )
+    nb_cores 9045 ( 135 x 67 ), nb_points 1666 ( 34 x 49 )
+    nb_cores 9072 ( 144 x 63 ), nb_points 1664 ( 32 x 52 )
+    nb_cores 9170 ( 131 x 70 ), nb_points 1645 ( 35 x 47 )
+    nb_cores 9180 ( 108 x 85 ), nb_points 1638 ( 42 x 39 )
+    nb_cores 9240 ( 120 x 77 ), nb_points 1634 ( 38 x 43 )
+    nb_cores 9270 ( 103 x 90 ), nb_points 1628 ( 44 x 37 )
+    nb_cores 9360 ( 80 x 117 ), nb_points 1624 ( 56 x 29 )
+    nb_cores 9380 ( 140 x 67 ), nb_points 1617 ( 33 x 49 )
+    nb_cores 9387 ( 149 x 63 ), nb_points 1612 ( 31 x 52 )
+    nb_cores 9432 ( 131 x 72 ), nb_points 1610 ( 35 x 46 )
+    nb_cores 9435 ( 111 x 85 ), nb_points 1599 ( 41 x 39 )
+    nb_cores 9450 ( 135 x 70 ), nb_points 1598 ( 34 x 47 )
+    nb_cores 9480 ( 120 x 79 ), nb_points 1596 ( 38 x 42 )
+    nb_cores 9540 ( 106 x 90 ), nb_points 1591 ( 43 x 37 )
+    nb_cores 9579 ( 103 x 93 ), nb_points 1584 ( 44 x 36 )
+    nb_cores 9648 ( 144 x 67 ), nb_points 1568 ( 32 x 49 )
+    nb_cores 9690 ( 114 x 85 ), nb_points 1560 ( 40 x 39 )
+    nb_cores 9720 ( 108 x 90 ), nb_points 1554 ( 42 x 37 )
+    nb_cores 9792 ( 96 x 102 ), nb_points 1551 ( 47 x 33 )
+    nb_cores 9810 ( 90 x 109 ), nb_points 1550 ( 50 x 31 )
+    nb_cores 9825 ( 131 x 75 ), nb_points 1540 ( 35 x 44 )
+    nb_cores 9870 ( 94 x 105 ), nb_points 1536 ( 48 x 32 )
+    nb_cores 9945 ( 117 x 85 ), nb_points 1521 ( 39 x 39 )
+    nb_cores 9960 ( 120 x 83 ), nb_points 1520 ( 38 x 40 )
+    nb_cores 9983 ( 149 x 67 ), nb_points 1519 ( 31 x 49 )
+    nb_cores 9990 ( 111 x 90 ), nb_points 1517 ( 41 x 37 )
+    nb_cores 10044 ( 108 x 93 ), nb_points 1512 ( 42 x 36 )
+    nb_cores 10080 ( 96 x 105 ), nb_points 1504 ( 47 x 32 )
+    nb_cores 10080 ( 144 x 70 ), nb_points 1504 ( 32 x 47 )
+    nb_cores 10125 ( 135 x 75 ), nb_points 1496 ( 34 x 44 )
+    nb_cores 10200 ( 120 x 85 ), nb_points 1482 ( 38 x 39 )
+    nb_cores 10260 ( 114 x 90 ), nb_points 1480 ( 40 x 37 )
+    nb_cores 10323 ( 111 x 93 ), nb_points 1476 ( 41 x 36 )
+    nb_cores 10349 ( 131 x 79 ), nb_points 1470 ( 35 x 42 )
+    nb_cores 10395 ( 135 x 77 ), nb_points 1462 ( 34 x 43 )
+    nb_cores 10430 ( 149 x 70 ), nb_points 1457 ( 31 x 47 )
+    nb_cores 10500 ( 140 x 75 ), nb_points 1452 ( 33 x 44 )
+    nb_cores 10530 ( 117 x 90 ), nb_points 1443 ( 39 x 37 )
+    nb_cores 10602 ( 114 x 93 ), nb_points 1440 ( 40 x 36 )
+    nb_cores 10611 ( 131 x 81 ), nb_points 1435 ( 35 x 41 )
+    nb_cores 10665 ( 135 x 79 ), nb_points 1428 ( 34 x 42 )
+    nb_cores 10720 ( 160 x 67 ), nb_points 1421 ( 29 x 49 )
+    nb_cores 10780 ( 140 x 77 ), nb_points 1419 ( 33 x 43 )
+    nb_cores 10800 ( 120 x 90 ), nb_points 1406 ( 38 x 37 )
+    nb_cores 10873 ( 131 x 83 ), nb_points 1400 ( 35 x 40 )
+    nb_cores 10935 ( 135 x 81 ), nb_points 1394 ( 34 x 41 )
+    nb_cores 10998 ( 94 x 117 ), nb_points 1392 ( 48 x 29 )
+    nb_cores 11016 ( 108 x 102 ), nb_points 1386 ( 42 x 33 )
+    nb_cores 11088 ( 144 x 77 ), nb_points 1376 ( 32 x 43 )
+    nb_cores 11132 ( 92 x 121 ), nb_points 1372 ( 49 x 28 )
+    nb_cores 11135 ( 131 x 85 ), nb_points 1365 ( 35 x 39 )
+    nb_cores 11175 ( 149 x 75 ), nb_points 1364 ( 31 x 44 )
+    nb_cores 11200 ( 160 x 70 ), nb_points 1363 ( 29 x 47 )
+    nb_cores 11205 ( 135 x 83 ), nb_points 1360 ( 34 x 40 )
+    nb_cores 11322 ( 111 x 102 ), nb_points 1353 ( 41 x 33 )
+    nb_cores 11340 ( 108 x 105 ), nb_points 1344 ( 42 x 32 )
+    nb_cores 11473 ( 149 x 77 ), nb_points 1333 ( 31 x 43 )
+    nb_cores 11475 ( 135 x 85 ), nb_points 1326 ( 34 x 39 )
+    nb_cores 11591 ( 173 x 67 ), nb_points 1323 ( 27 x 49 )
+    nb_cores 11616 ( 96 x 121 ), nb_points 1316 ( 47 x 28 )
+    nb_cores 11655 ( 111 x 105 ), nb_points 1312 ( 41 x 32 )
+    nb_cores 11771 ( 149 x 79 ), nb_points 1302 ( 31 x 42 )
+    nb_cores 11790 ( 131 x 90 ), nb_points 1295 ( 35 x 37 )
+    nb_cores 11880 ( 120 x 99 ), nb_points 1292 ( 38 x 34 )
+    nb_cores 11880 ( 135 x 88 ), nb_points 1292 ( 34 x 38 )
+    nb_cores 11900 ( 140 x 85 ), nb_points 1287 ( 33 x 39 )
+    nb_cores 11952 ( 144 x 83 ), nb_points 1280 ( 32 x 40 )
+    nb_cores 12000 ( 160 x 75 ), nb_points 1276 ( 29 x 44 )
+    nb_cores 12060 ( 180 x 67 ), nb_points 1274 ( 26 x 49 )
+    nb_cores 12069 ( 149 x 81 ), nb_points 1271 ( 31 x 41 )
+    nb_cores 12096 ( 96 x 126 ), nb_points 1269 ( 47 x 27 )
+    nb_cores 12150 ( 135 x 90 ), nb_points 1258 ( 34 x 37 )
+    nb_cores 12240 ( 144 x 85 ), nb_points 1248 ( 32 x 39 )
+    nb_cores 12320 ( 160 x 77 ), nb_points 1247 ( 29 x 43 )
+    nb_cores 12367 ( 149 x 83 ), nb_points 1240 ( 31 x 40 )
+    nb_cores 12463 ( 103 x 121 ), nb_points 1232 ( 44 x 28 )
+    nb_cores 12543 ( 111 x 113 ), nb_points 1230 ( 41 x 30 )
+    nb_cores 12555 ( 135 x 93 ), nb_points 1224 ( 34 x 36 )
+    nb_cores 12600 ( 120 x 105 ), nb_points 1216 ( 38 x 32 )
+    nb_cores 12665 ( 149 x 85 ), nb_points 1209 ( 31 x 39 )
+    nb_cores 12826 ( 106 x 121 ), nb_points 1204 ( 43 x 28 )
+    nb_cores 12865 ( 155 x 83 ), nb_points 1200 ( 30 x 40 )
+    nb_cores 12960 ( 144 x 90 ), nb_points 1184 ( 32 x 37 )
+    nb_cores 13068 ( 108 x 121 ), nb_points 1176 ( 42 x 28 )
+    nb_cores 13152 ( 96 x 137 ), nb_points 1175 ( 47 x 25 )
+    nb_cores 13175 ( 155 x 85 ), nb_points 1170 ( 30 x 39 )
+    nb_cores 13280 ( 160 x 83 ), nb_points 1160 ( 29 x 40 )
+    nb_cores 13362 ( 131 x 102 ), nb_points 1155 ( 35 x 33 )
+    nb_cores 13392 ( 144 x 93 ), nb_points 1152 ( 32 x 36 )
+    nb_cores 13410 ( 149 x 90 ), nb_points 1147 ( 31 x 37 )
+    nb_cores 13500 ( 180 x 75 ), nb_points 1144 ( 26 x 44 )
+    nb_cores 13560 ( 120 x 113 ), nb_points 1140 ( 38 x 30 )
+    nb_cores 13600 ( 160 x 85 ), nb_points 1131 ( 29 x 39 )
+    nb_cores 13728 ( 96 x 143 ), nb_points 1128 ( 47 x 24 )
+    nb_cores 13755 ( 131 x 105 ), nb_points 1120 ( 35 x 32 )
+    nb_cores 13857 ( 149 x 93 ), nb_points 1116 ( 31 x 36 )
+    nb_cores 13950 ( 155 x 90 ), nb_points 1110 ( 30 x 37 )
+    nb_cores 13986 ( 111 x 126 ), nb_points 1107 ( 41 x 27 )
+    nb_cores 14040 ( 120 x 117 ), nb_points 1102 ( 38 x 29 )
+    nb_cores 14100 ( 188 x 75 ), nb_points 1100 ( 25 x 44 )
+    nb_cores 14157 ( 117 x 121 ), nb_points 1092 ( 39 x 28 )
+    nb_cores 14175 ( 135 x 105 ), nb_points 1088 ( 34 x 32 )
+    nb_cores 14279 ( 131 x 109 ), nb_points 1085 ( 35 x 31 )
+    nb_cores 14359 ( 173 x 83 ), nb_points 1080 ( 27 x 40 )
+    nb_cores 14400 ( 160 x 90 ), nb_points 1073 ( 29 x 37 )
+    nb_cores 14520 ( 120 x 121 ), nb_points 1064 ( 38 x 28 )
+    nb_cores 14688 ( 144 x 102 ), nb_points 1056 ( 32 x 33 )
+    nb_cores 14705 ( 173 x 85 ), nb_points 1053 ( 27 x 39 )
+    nb_cores 14796 ( 108 x 137 ), nb_points 1050 ( 42 x 25 )
+    nb_cores 14880 ( 160 x 93 ), nb_points 1044 ( 29 x 36 )
+    nb_cores 14940 ( 180 x 83 ), nb_points 1040 ( 26 x 40 )
+    nb_cores 15004 ( 124 x 121 ), nb_points 1036 ( 37 x 28 )
+    nb_cores 15120 ( 144 x 105 ), nb_points 1024 ( 32 x 32 )
+    nb_cores 15198 ( 149 x 102 ), nb_points 1023 ( 31 x 33 )
+    nb_cores 15255 ( 135 x 113 ), nb_points 1020 ( 34 x 30 )
+    nb_cores 15300 ( 180 x 85 ), nb_points 1014 ( 26 x 39 )
+    nb_cores 15444 ( 108 x 143 ), nb_points 1008 ( 42 x 24 )
+    nb_cores 15570 ( 173 x 90 ), nb_points 999 ( 27 x 37 )
+    nb_cores 15645 ( 149 x 105 ), nb_points 992 ( 31 x 32 )
+    nb_cores 15795 ( 135 x 117 ), nb_points 986 ( 34 x 29 )
+    nb_cores 15851 ( 131 x 121 ), nb_points 980 ( 35 x 28 )
+    nb_cores 15980 ( 188 x 85 ), nb_points 975 ( 25 x 39 )
+    nb_cores 16089 ( 173 x 93 ), nb_points 972 ( 27 x 36 )
+    nb_cores 16200 ( 180 x 90 ), nb_points 962 ( 26 x 37 )
+    nb_cores 16241 ( 149 x 109 ), nb_points 961 ( 31 x 31 )
+    nb_cores 16272 ( 144 x 113 ), nb_points 960 ( 32 x 30 )
+    nb_cores 16320 ( 160 x 102 ), nb_points 957 ( 29 x 33 )
+    nb_cores 16335 ( 135 x 121 ), nb_points 952 ( 34 x 28 )
+    nb_cores 16440 ( 120 x 137 ), nb_points 950 ( 38 x 25 )
+    nb_cores 16506 ( 131 x 126 ), nb_points 945 ( 35 x 27 )
+    nb_cores 16650 ( 111 x 150 ), nb_points 943 ( 41 x 23 )
+    nb_cores 16731 ( 117 x 143 ), nb_points 936 ( 39 x 24 )
+    nb_cores 16800 ( 160 x 105 ), nb_points 928 ( 29 x 32 )
+    nb_cores 16920 ( 188 x 90 ), nb_points 925 ( 25 x 37 )
+    nb_cores 16940 ( 140 x 121 ), nb_points 924 ( 33 x 28 )
+    nb_cores 17010 ( 135 x 126 ), nb_points 918 ( 34 x 27 )
+    nb_cores 17160 ( 120 x 143 ), nb_points 912 ( 38 x 24 )
+    nb_cores 17280 ( 180 x 96 ), nb_points 910 ( 26 x 35 )
+    nb_cores 17424 ( 144 x 121 ), nb_points 896 ( 32 x 28 )
+    nb_cores 17640 ( 140 x 126 ), nb_points 891 ( 33 x 27 )
+    nb_cores 17730 ( 197 x 90 ), nb_points 888 ( 24 x 37 )
+    nb_cores 17820 ( 135 x 132 ), nb_points 884 ( 34 x 26 )
+    nb_cores 17820 ( 180 x 99 ), nb_points 884 ( 26 x 34 )
+    nb_cores 17928 ( 216 x 83 ), nb_points 880 ( 22 x 40 )
+    nb_cores 17947 ( 131 x 137 ), nb_points 875 ( 35 x 25 )
+    nb_cores 18000 ( 120 x 150 ), nb_points 874 ( 38 x 23 )
+    nb_cores 18029 ( 149 x 121 ), nb_points 868 ( 31 x 28 )
+    nb_cores 18144 ( 144 x 126 ), nb_points 864 ( 32 x 27 )
+    nb_cores 18360 ( 180 x 102 ), nb_points 858 ( 26 x 33 )
+    nb_cores 18360 ( 216 x 85 ), nb_points 858 ( 22 x 39 )
+    nb_cores 18495 ( 135 x 137 ), nb_points 850 ( 34 x 25 )
+    nb_cores 18720 ( 160 x 117 ), nb_points 841 ( 29 x 29 )
+    nb_cores 18733 ( 131 x 143 ), nb_points 840 ( 35 x 24 )
+    nb_cores 18774 ( 149 x 126 ), nb_points 837 ( 31 x 27 )
+    nb_cores 18900 ( 180 x 105 ), nb_points 832 ( 26 x 32 )
+    nb_cores 19158 ( 206 x 93 ), nb_points 828 ( 23 x 36 )
+    nb_cores 19176 ( 188 x 102 ), nb_points 825 ( 25 x 33 )
+    nb_cores 19305 ( 135 x 143 ), nb_points 816 ( 34 x 24 )
+    nb_cores 19360 ( 160 x 121 ), nb_points 812 ( 29 x 28 )
+    nb_cores 19530 ( 155 x 126 ), nb_points 810 ( 30 x 27 )
+    nb_cores 19620 ( 180 x 109 ), nb_points 806 ( 26 x 31 )
+    nb_cores 19650 ( 131 x 150 ), nb_points 805 ( 35 x 23 )
+    nb_cores 19728 ( 144 x 137 ), nb_points 800 ( 32 x 25 )
+    nb_cores 19920 ( 120 x 166 ), nb_points 798 ( 38 x 21 )
+    nb_cores 20020 ( 140 x 143 ), nb_points 792 ( 33 x 24 )
+    nb_cores 20160 ( 160 x 126 ), nb_points 783 ( 29 x 27 )
+    nb_cores 20250 ( 135 x 150 ), nb_points 782 ( 34 x 23 )
+    nb_cores 20340 ( 180 x 113 ), nb_points 780 ( 26 x 30 )
+    nb_cores 20413 ( 149 x 137 ), nb_points 775 ( 31 x 25 )
+    nb_cores 20592 ( 144 x 143 ), nb_points 768 ( 32 x 24 )
+    nb_cores 20933 ( 173 x 121 ), nb_points 756 ( 27 x 28 )
+    nb_cores 21060 ( 180 x 117 ), nb_points 754 ( 26 x 29 )
+    nb_cores 21235 ( 155 x 137 ), nb_points 750 ( 30 x 25 )
+    nb_cores 21307 ( 149 x 143 ), nb_points 744 ( 31 x 24 )
+    nb_cores 21600 ( 144 x 150 ), nb_points 736 ( 32 x 23 )
+    nb_cores 21746 ( 131 x 166 ), nb_points 735 ( 35 x 21 )
+    nb_cores 21780 ( 180 x 121 ), nb_points 728 ( 26 x 28 )
+    nb_cores 21920 ( 160 x 137 ), nb_points 725 ( 29 x 25 )
+    nb_cores 22165 ( 155 x 143 ), nb_points 720 ( 30 x 24 )
+    nb_cores 22350 ( 149 x 150 ), nb_points 713 ( 31 x 23 )
+    nb_cores 22680 ( 180 x 126 ), nb_points 702 ( 26 x 27 )
+    nb_cores 22748 ( 188 x 121 ), nb_points 700 ( 25 x 28 )
+    nb_cores 22880 ( 160 x 143 ), nb_points 696 ( 29 x 24 )
+    nb_cores 23240 ( 140 x 166 ), nb_points 693 ( 33 x 21 )
+    nb_cores 23250 ( 155 x 150 ), nb_points 690 ( 30 x 23 )
+    nb_cores 23542 ( 149 x 158 ), nb_points 682 ( 31 x 22 )
+    nb_cores 23625 ( 135 x 175 ), nb_points 680 ( 34 x 20 )
+    nb_cores 23688 ( 188 x 126 ), nb_points 675 ( 25 x 27 )
+    nb_cores 23837 ( 197 x 121 ), nb_points 672 ( 24 x 28 )
+    nb_cores 24000 ( 160 x 150 ), nb_points 667 ( 29 x 23 )
+    nb_cores 24235 ( 131 x 185 ), nb_points 665 ( 35 x 19 )
+    nb_cores 24408 ( 216 x 113 ), nb_points 660 ( 22 x 30 )
+    nb_cores 24660 ( 180 x 137 ), nb_points 650 ( 26 x 25 )
+    nb_cores 24739 ( 173 x 143 ), nb_points 648 ( 27 x 24 )
+    nb_cores 24926 ( 206 x 121 ), nb_points 644 ( 23 x 28 )
+    nb_cores 25200 ( 240 x 105 ), nb_points 640 ( 20 x 32 )
+    nb_cores 25200 ( 144 x 175 ), nb_points 640 ( 32 x 20 )
+    nb_cores 25272 ( 216 x 117 ), nb_points 638 ( 22 x 29 )
+    nb_cores 25730 ( 155 x 166 ), nb_points 630 ( 30 x 21 )
+    nb_cores 25740 ( 180 x 143 ), nb_points 624 ( 26 x 24 )
+    nb_cores 25950 ( 173 x 150 ), nb_points 621 ( 27 x 23 )
+    nb_cores 26075 ( 149 x 175 ), nb_points 620 ( 31 x 20 )
+    nb_cores 26136 ( 216 x 121 ), nb_points 616 ( 22 x 28 )
+    nb_cores 26560 ( 160 x 166 ), nb_points 609 ( 29 x 21 )
+    nb_cores 26640 ( 144 x 185 ), nb_points 608 ( 32 x 19 )
+    nb_cores 26884 ( 188 x 143 ), nb_points 600 ( 25 x 24 )
+    nb_cores 27000 ( 180 x 150 ), nb_points 598 ( 26 x 23 )
+    nb_cores 27216 ( 216 x 126 ), nb_points 594 ( 22 x 27 )
+    nb_cores 27565 ( 149 x 185 ), nb_points 589 ( 31 x 19 )
+    nb_cores 27588 ( 228 x 121 ), nb_points 588 ( 21 x 28 )
+    nb_cores 28000 ( 160 x 175 ), nb_points 580 ( 29 x 20 )
+    nb_cores 28171 ( 197 x 143 ), nb_points 576 ( 24 x 24 )
+    nb_cores 28200 ( 188 x 150 ), nb_points 575 ( 25 x 23 )
+    nb_cores 28440 ( 180 x 158 ), nb_points 572 ( 26 x 22 )
+    nb_cores 28675 ( 155 x 185 ), nb_points 570 ( 30 x 19 )
+    nb_cores 28718 ( 173 x 166 ), nb_points 567 ( 27 x 21 )
+    nb_cores 29040 ( 240 x 121 ), nb_points 560 ( 20 x 28 )
+    nb_cores 29353 ( 149 x 197 ), nb_points 558 ( 31 x 18 )
+    nb_cores 29458 ( 206 x 143 ), nb_points 552 ( 23 x 24 )
+    nb_cores 29592 ( 216 x 137 ), nb_points 550 ( 22 x 25 )
+    nb_cores 29880 ( 180 x 166 ), nb_points 546 ( 26 x 21 )
+    nb_cores 30240 ( 240 x 126 ), nb_points 540 ( 20 x 27 )
+    nb_cores 30855 ( 255 x 121 ), nb_points 532 ( 19 x 28 )
+    nb_cores 30888 ( 216 x 143 ), nb_points 528 ( 22 x 24 )
+    nb_cores 31208 ( 188 x 166 ), nb_points 525 ( 25 x 21 )
+    nb_cores 31500 ( 180 x 175 ), nb_points 520 ( 26 x 20 )
+    nb_cores 32005 ( 173 x 185 ), nb_points 513 ( 27 x 19 )
+    nb_cores 32400 ( 216 x 150 ), nb_points 506 ( 22 x 23 )
+    nb_cores 32604 ( 228 x 143 ), nb_points 504 ( 21 x 24 )
+    nb_cores 32880 ( 240 x 137 ), nb_points 500 ( 20 x 25 )
+    nb_cores 33300 ( 180 x 185 ), nb_points 494 ( 26 x 19 )
+    nb_cores 33600 ( 160 x 210 ), nb_points 493 ( 29 x 17 )
+    nb_cores 34020 ( 270 x 126 ), nb_points 486 ( 18 x 27 )
+    nb_cores 34128 ( 216 x 158 ), nb_points 484 ( 22 x 22 )
+    nb_cores 34196 ( 206 x 166 ), nb_points 483 ( 23 x 21 )
+    nb_cores 34320 ( 240 x 143 ), nb_points 480 ( 20 x 24 )
+    nb_cores 34780 ( 188 x 185 ), nb_points 475 ( 25 x 19 )
+    nb_cores 35460 ( 180 x 197 ), nb_points 468 ( 26 x 18 )
+    nb_cores 35856 ( 216 x 166 ), nb_points 462 ( 22 x 21 )
+    nb_cores 36000 ( 240 x 150 ), nb_points 460 ( 20 x 23 )
+    nb_cores 36288 ( 288 x 126 ), nb_points 459 ( 17 x 27 )
+    nb_cores 36445 ( 197 x 185 ), nb_points 456 ( 24 x 19 )
+    nb_cores 36990 ( 270 x 137 ), nb_points 450 ( 18 x 25 )
+    nb_cores 37389 ( 309 x 121 ), nb_points 448 ( 16 x 28 )
+    nb_cores 37800 ( 216 x 175 ), nb_points 440 ( 22 x 20 )
+    nb_cores 38110 ( 206 x 185 ), nb_points 437 ( 23 x 19 )
+    nb_cores 38610 ( 270 x 143 ), nb_points 432 ( 18 x 24 )
+    nb_cores 39456 ( 288 x 137 ), nb_points 425 ( 17 x 25 )
+    nb_cores 39840 ( 240 x 166 ), nb_points 420 ( 20 x 21 )
+    nb_cores 39960 ( 216 x 185 ), nb_points 418 ( 22 x 19 )
+    nb_cores 40500 ( 270 x 150 ), nb_points 414 ( 18 x 23 )
+    nb_cores 41184 ( 288 x 143 ), nb_points 408 ( 17 x 24 )
+    nb_cores 41866 ( 173 x 242 ), nb_points 405 ( 27 x 15 )
+    nb_cores 42000 ( 240 x 175 ), nb_points 400 ( 20 x 20 )
+    nb_cores 42180 ( 228 x 185 ), nb_points 399 ( 21 x 19 )
+    nb_cores 42552 ( 216 x 197 ), nb_points 396 ( 22 x 18 )
+    nb_cores 43200 ( 288 x 150 ), nb_points 391 ( 17 x 23 )
+    nb_cores 43560 ( 180 x 242 ), nb_points 390 ( 26 x 15 )
+    nb_cores 44187 ( 309 x 143 ), nb_points 384 ( 16 x 24 )
+    nb_cores 44400 ( 240 x 185 ), nb_points 380 ( 20 x 19 )
+    nb_cores 44820 ( 270 x 166 ), nb_points 378 ( 18 x 21 )
+    nb_cores 45360 ( 216 x 210 ), nb_points 374 ( 22 x 17 )
+    nb_cores 46350 ( 309 x 150 ), nb_points 368 ( 16 x 23 )
+    nb_cores 46350 ( 206 x 225 ), nb_points 368 ( 23 x 16 )
+    nb_cores 47175 ( 255 x 185 ), nb_points 361 ( 19 x 19 )
+    nb_cores 47250 ( 270 x 175 ), nb_points 360 ( 18 x 20 )
+    nb_cores 47808 ( 288 x 166 ), nb_points 357 ( 17 x 21 )
+    nb_cores 48600 ( 216 x 225 ), nb_points 352 ( 22 x 16 )
+    nb_cores 49320 ( 360 x 137 ), nb_points 350 ( 14 x 25 )
+    nb_cores 49852 ( 206 x 242 ), nb_points 345 ( 23 x 15 )
+    nb_cores 49950 ( 270 x 185 ), nb_points 342 ( 18 x 19 )
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca025_like
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca025_like	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca025_like	(revision 15719)
@@ -0,0 +1,221 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OPA  BENCH Configuration namelist : overwrite some defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =   'BENCH' !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =    1000   !  last time step 
+   nn_stock    =       0   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =       0   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   BENCH configuration: Flat bottom, beta-plane
+!-----------------------------------------------------------------------
+   nn_isize   =   1442     ! number of point in i-direction of global(local) domain if >0 (<0)  
+   nn_jsize   =   1207  !!  1050    ! number of point in j-direction of global(local) domain if >0 (<0)  
+   nn_ksize   =   75       ! total number of point in k-direction
+   nn_perio   =   4        ! periodicity
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+   ln_nnogather=  .true.   !  activate code to avoid mpi_allgather use at the northfold
+   jpni        =   0       !  jpni   number of processors following i (set automatically if < 1)
+   jpnj        =   0       !  jpnj   number of processors following j (set automatically if < 1)
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ctl      = .false.   !  trends control print (expensive!)
+   nn_print    =    0      !  level of print (0 no extra print)
+   ln_timing   = .false.   !  timing by routine write out in timing.output file
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   rn_rdt      =    900.   !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =   0.05    !  asselin time filter parameter
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_traqsr   = .true.    !  Light penetration in the ocean            (T => fill namtra_qsr)
+/
+
+!
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF =F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF =F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namtra_qsr    !   penetrative solar radiation                          (ln_traqsr =T)
+!-----------------------------------------------------------------------
+   !                       !  type of penetration                        (default: NO selection)
+   ln_qsr_rgb  = .true.      !  RGB light penetration (Red-Green-Blue)
+   nn_chldta   =      0      !  RGB : Chl data (=1) or cst value (=0)
+/
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_non_lin  = .true.   !  non-linear  drag: Cd = Cd0 |U|
+/
+!-----------------------------------------------------------------------
+&nambbc        !   bottom temperature boundary condition                (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbc   = .true.   !  Apply a geothermal heating at the ocean bottom
+      nn_geoflx     = 1       !  geothermal heat flux: = 1 constant flux
+/
+!-----------------------------------------------------------------------
+&nambbl        !   bottom boundary layer scheme                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbl   = .true.   !  Bottom Boundary Layer parameterisation flag
+/
+
+!!======================================================================
+!!                        Tracer (T & S) namelists                    !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_teos10   = .true.         !  = Use TEOS-10
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct = .true.  !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_blp   = .true.   !    laplacian operator
+   ln_traldf_iso   = .true.   !  iso-neutral (standard operator)
+   !
+   ln_traldf_msc   = .true.   !  Method of Stabilizing Correction      (both operators)
+   nn_aht_ijk_t    = 20       !  space/time variation of eddy coefficient:
+/
+!-----------------------------------------------------------------------
+&namtra_mle    !   mixed layer eddy parametrisation (Fox-Kemper)       (default: OFF)
+!-----------------------------------------------------------------------
+   ln_mle      = .false.   ! (T) use the Mixed Layer Eddy (MLE) parameterisation
+/
+!-----------------------------------------------------------------------
+&namtra_eiv    !   eddy induced velocity param.                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ldfeiv   = .false.   ! use eddy induced velocity parameterization
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl       !   vertical coordinate options                          (default: z-star)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  z-star vertical coordinate
+   ln_vvl_dbg    = .false.          !  debug prints    (T/F)
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true. !  vector form (T) or flux form (F)
+      nn_dynkeg     = 1       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+      nn_een_e3f = 0          ! =0  e3f = mi(mj(e3t))/4 
+      !                       ! =1  e3f = mi(mj(e3t))/mi(mj( tmask))
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts   = .true.   ! split-explicit free surface
+      ln_bt_auto    = .false.    ! Number of sub-step defined from:
+         nn_baro      =  30         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_blp =  .true.    !    laplacian operator
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 30           !  space/time variation of eddy coef
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdftke   = .true.       !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfevd   = .true.       !  enhanced vertical diffusion
+   ln_zdfddm   = .true.       ! double diffusive mixing
+   ln_zdfiwm   = .true.       ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca12_like
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca12_like	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca12_like	(revision 15719)
@@ -0,0 +1,217 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OPA  BENCH Configuration namelist : overwrite some defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =   'BENCH' !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =    1000   !  last time step 
+   nn_stock    =       0   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =       0   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   BENCH configuration: Flat bottom, beta-plane
+!-----------------------------------------------------------------------
+   nn_isize   =   4322     ! number of point in i-direction of global(local) domain if >0 (<0)  
+   nn_jsize   =   3147     ! number of point in j-direction of global(local) domain if >0 (<0)  
+   nn_ksize   =   75       ! total number of point in k-direction
+   nn_perio   =   4        ! periodicity
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+   ln_nnogather=  .true.   !  activate code to avoid mpi_allgather use at the northfold
+   jpni        =   0       !  jpni   number of processors following i (set automatically if < 1)
+   jpnj        =   0       !  jpnj   number of processors following j (set automatically if < 1)
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ctl      = .false.   !  trends control print (expensive!)
+   nn_print    =    0      !  level of print (0 no extra print)
+   ln_timing   = .false.   !  timing by routine write out in timing.output file
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   rn_rdt      =    300.   !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =   0.05    !  asselin time filter parameter
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_traqsr   = .true.    !  Light penetration in the ocean            (T => fill namtra_qsr)
+/
+
+!
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF =F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF =F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namtra_qsr    !   penetrative solar radiation                          (ln_traqsr =T)
+!-----------------------------------------------------------------------
+   !                       !  type of penetration                        (default: NO selection)
+   ln_qsr_rgb  = .true.      !  RGB light penetration (Red-Green-Blue)
+   nn_chldta   =      0      !  RGB : Chl data (=1) or cst value (=0)
+/
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_non_lin  = .true.   !  non-linear  drag: Cd = Cd0 |U|
+/
+!-----------------------------------------------------------------------
+&nambbc        !   bottom temperature boundary condition                (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbc   = .true.   !  Apply a geothermal heating at the ocean bottom
+      nn_geoflx     = 1       !  geothermal heat flux: = 1 constant flux
+/
+!-----------------------------------------------------------------------
+&nambbl        !   bottom boundary layer scheme                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbl   = .true.   !  Bottom Boundary Layer parameterisation flag
+/
+
+!!======================================================================
+!!                        Tracer (T & S) namelists                    !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_teos10   = .true.         !  = Use TEOS-10
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct = .true.  !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_blp   = .true.   !    laplacian operator
+   ln_traldf_iso   = .true.   !  iso-neutral (standard operator)
+   !
+   ln_traldf_msc   = .true.   !  Method of Stabilizing Correction      (both operators)
+   nn_aht_ijk_t    = 20       !  space/time variation of eddy coefficient:
+/
+!-----------------------------------------------------------------------
+&namtra_mle    !   mixed layer eddy parametrisation (Fox-Kemper)       (default: OFF)
+!-----------------------------------------------------------------------
+   ln_mle      = .false.   ! (T) use the Mixed Layer Eddy (MLE) parameterisation
+/
+!-----------------------------------------------------------------------
+&namtra_eiv    !   eddy induced velocity param.                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ldfeiv   = .false.   ! use eddy induced velocity parameterization
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl       !   vertical coordinate options                          (default: z-star)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  z-star vertical coordinate
+   ln_vvl_dbg    = .false.          !  debug prints    (T/F)
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_ubs = .true. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+      nn_een_e3f = 0          ! =0  e3f = mi(mj(e3t))/4 
+      !                       ! =1  e3f = mi(mj(e3t))/mi(mj( tmask))
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts   = .true.   ! split-explicit free surface
+      ln_bt_auto    = .false.    ! Number of sub-step defined from:
+         nn_baro      =  30         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdftke   = .true.       !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfevd   = .true.       !  enhanced vertical diffusion
+   ln_zdfddm   = .true.       ! double diffusive mixing
+   ln_zdfiwm   = .true.       ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca1_like
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca1_like	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_cfg_orca1_like	(revision 15719)
@@ -0,0 +1,220 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OPA  BENCH Configuration namelist : overwrite some defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =   'BENCH' !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =    1000   !  last time step 
+   nn_stock    =       0   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =       0   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   BENCH configuration: Flat bottom, beta-plane
+!-----------------------------------------------------------------------
+   nn_isize   =   362      ! number of point in i-direction of global(local) domain if >0 (<0)  
+   nn_jsize   =   332      ! number of point in j-direction of global(local) domain if >0 (<0)  
+   nn_ksize   =   75       ! total number of point in k-direction
+   nn_perio   =   6        ! periodicity
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+   ln_nnogather=  .true.   !  activate code to avoid mpi_allgather use at the northfold
+   jpni        =   0       !  jpni   number of processors following i (set automatically if < 1)
+   jpnj        =   0       !  jpnj   number of processors following j (set automatically if < 1)
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ctl      = .false.   !  trends control print (expensive!)
+   nn_print    =    0      !  level of print (0 no extra print)
+   ln_timing   = .false.   !  timing by routine write out in timing.output file
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   rn_rdt      =   3600.   !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =   0.05    !  asselin time filter parameter
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_traqsr   = .true.    !  Light penetration in the ocean            (T => fill namtra_qsr)
+/
+
+!
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF =F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF =F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namtra_qsr    !   penetrative solar radiation                          (ln_traqsr =T)
+!-----------------------------------------------------------------------
+   !                       !  type of penetration                        (default: NO selection)
+   ln_qsr_rgb  = .true.      !  RGB light penetration (Red-Green-Blue)
+   nn_chldta   =      0      !  RGB : Chl data (=1) or cst value (=0)
+/
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_non_lin  = .true.   !  non-linear  drag: Cd = Cd0 |U|
+/
+!-----------------------------------------------------------------------
+&nambbc        !   bottom temperature boundary condition                (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbc   = .true.   !  Apply a geothermal heating at the ocean bottom
+      nn_geoflx     = 1       !  geothermal heat flux: = 1 constant flux
+/
+!-----------------------------------------------------------------------
+&nambbl        !   bottom boundary layer scheme                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbl   = .true.   !  Bottom Boundary Layer parameterisation flag
+/
+
+!!======================================================================
+!!                        Tracer (T & S) namelists                    !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_teos10   = .true.         !  = Use TEOS-10
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct = .true.  !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_lap   = .true.   !    laplacian operator
+   ln_traldf_iso   = .true.   !  iso-neutral (standard operator)
+   !
+   nn_aht_ijk_t    = 20       !  space/time variation of eddy coefficient:
+/
+!-----------------------------------------------------------------------
+&namtra_mle    !   mixed layer eddy parametrisation (Fox-Kemper)       (default: OFF)
+!-----------------------------------------------------------------------
+   ln_mle      = .true.   ! (T) use the Mixed Layer Eddy (MLE) parameterisation
+/
+!-----------------------------------------------------------------------
+&namtra_eiv    !   eddy induced velocity param.                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ldfeiv   = .true.   ! use eddy induced velocity parameterization
+   !
+   nn_aei_ijk_t    = 20          !  space/time variation of eddy coefficient:
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl       !   vertical coordinate options                          (default: z-star)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  z-star vertical coordinate
+   ln_vvl_dbg    = .false.          !  debug prints    (T/F)
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true. !  vector form (T) or flux form (F)
+      nn_dynkeg     = 1       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts   = .true.   ! split-explicit free surface
+      ln_bt_auto    = .false.    ! Number of sub-step defined from:
+         nn_baro      =  30         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_lap =  .true.    !    laplacian operator
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 30           !  space/time variation of eddy coef
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdftke   = .true.       !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfevd   = .true.       !  enhanced vertical diffusion
+   ln_zdfddm   = .true.       ! double diffusive mixing
+   ln_zdfiwm   = .true.       ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ice_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ice_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ice_cfg	(revision 15719)
@@ -0,0 +1,84 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface forcing                (namforcing)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namforcing     !   Ice surface forcing
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ice_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ice_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ice_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ice_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_pisces_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_pisces_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_pisces_cfg	(revision 15719)
@@ -0,0 +1,140 @@
+!-----------------------------------------------------------------------
+&nampismod     !  Model used 
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisext     !   air-sea exchange
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisatm     !  Atmospheric prrssure 
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisbio     !   biological parameters
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp4zice     !   parameters for nutrient limitations for PISCES std  - ln_p4z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp5zice     !   parameters for nutrient limitations PISCES QUOTA    - ln_p5z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp5zquota   !   parameters for nutrient limitations PISCES quota    - ln_p5z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisopt     !   parameters for optics
+!-----------------------------------------------------------------------
+   ln_varpar   =  .false.   ! boolean for PAR variable
+/ 
+!-----------------------------------------------------------------------
+&namp4zprod    !   parameters for phytoplankton growth for PISCES std  - ln_p4z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp5zprod    !   parameters for phytoplankton growth for PISCES quota- ln_p5z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp4zmort    !   parameters for phytoplankton sinks for PISCES std   - ln_p4z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp5zmort    !   parameters for phytoplankton sinks for PISCES quota - ln_p5z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp4zmes     !   parameters for mesozooplankton for PISCES std       - ln_p4z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp5zmes     !   parameters for mesozooplankton
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp4zzoo     !   parameters for microzooplankton for PISCES std      - ln_p4z
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namp5zzoo     !   parameters for microzooplankton
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisfer     !   parameters for iron chemistry
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------  
+&nampisrem     !   parameters for remineralization
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampispoc     !   parameters for organic particles
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampiscal     !   parameters for Calcite chemistry
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampissbc     !   parameters for inputs deposition
+!-----------------------------------------------------------------------
+   ln_dust     =  .false.   ! boolean for dust input from the atmosphere
+   ln_solub    =  .false.   ! boolean for variable solubility of atm. Iron
+   ln_river    =  .false.   ! boolean for river input of nutrients
+   ln_ndepo    =  .false.   ! boolean for atmospheric deposition of N
+   ln_ironsed  =  .false.   ! boolean for Fe input from sediments
+   ln_ironice  =  .false.   ! boolean for Fe input from sea ice
+   ln_hydrofe  =  .false.  ! boolean for from hydrothermal vents
+/
+!-----------------------------------------------------------------------
+&nampislig     !   Namelist parameters for ligands, nampislig
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisice     !   Prescribed sea ice tracers
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampisdmp     !   Damping 
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&nampismass    !   Mass conservation
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobphy     !   biological parameters for phytoplankton
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobnut     !   biological parameters for nutrients
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobzoo     !   biological parameters for zooplankton
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobdet     !   biological parameters for detritus
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobdom     !   biological parameters for DOM
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobsed     !   parameters from aphotic layers to sediment
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobrat     !   general coefficients
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namlobopt     !   optical parameters
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_pisces_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_pisces_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_pisces_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_pisces_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_top_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_top_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_top_cfg	(revision 15719)
@@ -0,0 +1,110 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/TOP1 :  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_top_ref
+!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!-----------------------------------------------------------------------
+&namtrc_run      !   run information
+!-----------------------------------------------------------------------
+   ln_top_euler  = .true.
+/
+!-----------------------------------------------------------------------
+&namtrc          !   tracers definition
+!-----------------------------------------------------------------------
+   jp_bgc        =  24
+!
+   ln_pisces     =  .true.
+   ln_my_trc     =  .false.
+   ln_age        =  .false.
+   ln_cfc11      =  .false.
+   ln_cfc12      =  .false.
+   ln_c14        =  .false.
+!
+   ln_trcdta     =  .false.  !  Initialisation from data input file (T) or not (F)
+!                 !           !                                          !             !
+!                 !    name   !           title of the field             !   units     ! initial data from file or not !
+!                 !           !                                          !             !
+   sn_tracer(1)   = 'DIC     ' , 'Dissolved inorganic Concentration      ',  'mol-C/L' ,  .true.
+   sn_tracer(2)   = 'Alkalini' , 'Total Alkalinity Concentration         ',  'eq/L '   ,  .true.
+   sn_tracer(3)   = 'O2      ' , 'Dissolved Oxygen Concentration         ',  'mol-C/L' ,  .true.
+   sn_tracer(4)   = 'CaCO3   ' , 'Calcite Concentration                  ',  'mol-C/L' ,  .false.
+   sn_tracer(5)   = 'PO4     ' , 'Phosphate Concentration                ',  'mol-C/L' ,  .true.
+   sn_tracer(6)   = 'POC     ' , 'Small organic carbon Concentration     ',  'mol-C/L' ,  .false.
+   sn_tracer(7)   = 'Si      ' , 'Silicate Concentration                 ',  'mol-C/L' ,  .true.
+   sn_tracer(8)   = 'PHY     ' , 'Nanophytoplankton Concentration        ',  'mol-C/L' ,  .false.
+   sn_tracer(9)   = 'ZOO     ' , 'Microzooplankton Concentration         ',  'mol-C/L' ,  .false.
+   sn_tracer(10)  = 'DOC     ' , 'Dissolved organic Concentration        ',  'mol-C/L' ,  .true.
+   sn_tracer(11)  = 'PHY2    ' , 'Diatoms Concentration                  ',  'mol-C/L' ,  .false.
+   sn_tracer(12)  = 'ZOO2    ' , 'Mesozooplankton Concentration          ',  'mol-C/L' ,  .false.
+   sn_tracer(13)  = 'DSi     ' , 'Diatoms Silicate Concentration         ',  'mol-C/L' ,  .false.
+   sn_tracer(14)  = 'Fer     ' , 'Dissolved Iron Concentration           ',  'mol-C/L' ,  .true.
+   sn_tracer(15)  = 'BFe     ' , 'Big iron particles Concentration       ',  'mol-C/L' ,  .false.
+   sn_tracer(16)  = 'GOC     ' , 'Big organic carbon Concentration       ',  'mol-C/L' ,  .false.
+   sn_tracer(17)  = 'SFe     ' , 'Small iron particles Concentration     ',  'mol-C/L' ,  .false.
+   sn_tracer(18)  = 'DFe     ' , 'Diatoms iron  Concentration            ',  'mol-C/L' ,  .false.
+   sn_tracer(19)  = 'GSi     ' , 'Sinking biogenic Silicate Concentration',  'mol-C/L' ,  .false.
+   sn_tracer(20)  = 'NFe     ' , 'Nano iron Concentration                ',  'mol-C/L' ,  .false.
+   sn_tracer(21)  = 'NCHL    ' , 'Nano chlorophyl Concentration          ',  'mol-C/L' ,  .false.
+   sn_tracer(22)  = 'DCHL    ' , 'Diatoms chlorophyl Concentration       ',  'mol-C/L' ,  .false.
+   sn_tracer(23)  = 'NO3     ' , 'Nitrates Concentration                 ',  'mol-C/L' ,  .true.
+   sn_tracer(24)  = 'NH4     ' , 'Ammonium Concentration                 ',  'mol-C/L' ,  .false.
+/
+!-----------------------------------------------------------------------
+&namage          !   AGE 
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namtrc_dta      !    Initialisation from data input file
+!-----------------------------------------------------------------------
+!          !  file name  ! frequency (hours) ! variable  ! time interp. !  clim  ! 'yearly'/ ! weights  ! rotation ! land/sea mask !
+!          !             !  (if <0  months)  !   name    !   (logical)  !  (T/F) ! 'monthly' ! filename ! pairing  ! filename      !
+   sn_trcdta(1)  = 'data_DIC_nomask'        ,        -12        ,  'DIC'     ,    .false.   , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(2)  = 'data_Alkalini_nomask'   ,        -12        ,  'Alkalini',    .false.   , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(3)  = 'data_O2_nomask'         ,        -1         ,  'O2'      ,    .true.    , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(5)  = 'data_PO4_nomask'        ,        -1         ,  'PO4'     ,    .true.    , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(7)  = 'data_Si_nomask'         ,        -1         ,  'Si'      ,    .true.    , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(10) = 'data_DOC_nomask'        ,        -12        ,  'DOC'     ,    .false.   , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(14) = 'data_Fer_nomask'        ,        -12        ,  'Fer'     ,    .false.   , .true. , 'yearly'  , ''       , ''   , ''
+   sn_trcdta(23) = 'data_NO3_nomask'        ,        -1         ,  'NO3'     ,    .true.    , .true. , 'yearly'  , ''       , ''   , ''
+   rn_trfac(1)   =   1.0e-06  !  multiplicative factor
+   rn_trfac(2)   =   1.0e-06  !  -      -      -     -
+   rn_trfac(3)   =  44.6e-06  !  -      -      -     -
+   rn_trfac(5)   = 122.0e-06  !  -      -      -     -
+   rn_trfac(7)   =   1.0e-06  !  -      -      -     -
+   rn_trfac(10)  =   1.0      !  -      -      -     -
+   rn_trfac(14)  =   1.0      !  -      -      -     -
+   rn_trfac(23)  =   7.6e-06  !  -      -      -     -
+/
+!-----------------------------------------------------------------------
+&namtrc_adv      !   advection scheme for passive tracer                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_trcadv_mus =  .true.  !  MUSCL scheme
+      ln_mus_ups =  .false.         !  use upstream scheme near river mouths
+/
+!-----------------------------------------------------------------------
+&namtrc_ldf      !   lateral diffusion scheme for passive tracer        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_trcldf_tra   = .true.      !  use active tracer setting
+/
+!-----------------------------------------------------------------------
+&namtrc_rad      !  treatment of negative concentrations 
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namtrc_dmp      !   passive tracer newtonian damping   
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namtrc_ice      !    Representation of sea ice growth & melt effects
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namtrc_trd      !   diagnostics on tracer trends                       ('key_trdtrc')
+!----------------------------------------------------------------------
+/
+!----------------------------------------------------------------------
+&namtrc_bc       !   data for boundary conditions
+!-----------------------------------------------------------------------
+/
+!----------------------------------------------------------------------
+&namtrc_bdy      !   Setup of tracer boundary conditions
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_top_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_top_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/namelist_top_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_top_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/sh_bench
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/sh_bench	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/sh_bench	(revision 15719)
@@ -0,0 +1,58 @@
+#!/bin/bash
+set -u
+#set -xv
+
+resolution=${1:?"you must provide the resolution: 1 025 or 12"}
+mincore=${2:-1} # minimum number of core to be tested
+maxcore=${3:-0} # maximum number of core to be tested
+
+machine=$( hostname | sed -e "s/[0-9]*//g" )
+case $machine in 
+    "beaufixlogin") ncore_node=40 ;;
+    "curie")        ncore_node=16 ;;
+    "irene")        ncore_node=48 ;;
+    *) echo "you must add your machine \"$machine\" with its number of cores per node" ; exit 1 ;;
+esac
+
+[ $mincore -eq 1 ] && targetnb=$ncore_node || targetnb=$mincore
+#
+# build the list of experiences:
+# must be a multiple of ncore_node and as close as possible of the targeted number of core
+#
+n1=0
+list=""
+
+# Prepare gnuplot data file
+dateref=$( date "+%Y%m%d-%Hh%Mm%Ss" )
+echo "# nb_proc    jpi    jpj" > gnuplot_tbc_${resolution}_${dateref}.dat
+nbl=$( cat best_jpni_jpnj_eorca${resolution} | wc -l )
+for ll in $( seq 1 $nbl )
+do
+    line=$( sed -n ${ll}p best_jpni_jpnj_eorca${resolution} )    # for each line
+    nn=$( echo $line | sed -e "s/.*nb_cores \([0-9]*\).*/\1/" )  # get the number of core
+    [ $maxcore -gt 1 -a $nn -gt $maxcore ] && break              # if below $maxcore (if specified)
+        if [ $(( $nn % $ncore_node )) -eq 0 ]                    # if it is a multiple of $ncore_node
+        then
+            if [ $nn -lt $targetnb ]
+            then
+                n1=$nn       # store the number of core
+                line1=$line  # store the line
+            else
+                [ $(( $targetnb - $n1 )) -le $(( $nn -$targetnb )) ] && line=$line1   # keep the previous line
+                echo $line
+                nb=$( echo $line | sed -e "s/[^(]*( \([0-9]*\) x \([0-9]*\) .*/\1*\2/" ) # get jpni*jpnj
+                list="${list} ${nb}"
+                targetnb=$(( $targetnb * 2 ))
+                subsize=$( echo $line | awk {'printf "%d   %d", $11, $13'})
+                corenb=$( echo $line | awk {'printf "%d", $2'})
+                echo "$corenb  $subsize" >> gnuplot_tbc_${resolution}.dat
+            fi
+        fi
+done
+echo $list
+
+for cores in $list
+do
+    ./submit_bench $cores $ncore_node ${resolution} ${dateref}
+done
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/submit_bench
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/submit_bench	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/EXPREF/submit_bench	(revision 15719)
@@ -0,0 +1,197 @@
+#!/bin/bash
+#  
+#  BENCH launching scripts for beaufix, Meteo-France
+#                          and curie, TGCC
+#  To be modified for other machines
+#
+set -u
+set -vx
+#
+cores=$1
+ncore_node=$2
+resolution=$3
+dateref=$4
+machine=$( hostname | sed -e "s/[0-9]*//g" )
+#
+# number of processes for each executable
+    nproc_exe1=$( echo $cores | bc )
+  (( nproc = $nproc_exe1 ))
+(( nnode = $nproc / $ncore_node ))
+[ $nnode -lt 1 ] && nnode=1
+
+nproc5=$( printf "%05d\n" ${nproc_exe1} )
+
+######################################################################
+### beaufixlogin
+######################################################################
+
+if [ "$machine" == "beaufixlogin" ]
+then
+    
+cat > Log/run_bench << EOF
+#!/bin/bash
+#SBATCH --time=00:1:00
+#SBATCH -p  normal64         # partition/queue
+#SBATCH --job-name=bench      # job name
+#SBATCH -N $nnode            # number of nodes
+#SBATCH -n $nproc            # number of procs
+#SBATCH -o /scratch/work/cglo315/ESIWACE/dev_r9759_HPC09_ESIWACE/tests/LBENCH_RN/EXP00/Log/job.out%j
+#SBATCH -e /scratch/work/cglo315/ESIWACE/dev_r9759_HPC09_ESIWACE/tests/LBENCH_RN/EXP00/Log/job.out%j
+#SBATCH --exclusive
+
+module unload intelmpi intel grib_api
+module load intel/16.1.150 intelmpi/5.1.2.150
+
+itac=0
+xpmpi=0
+
+if [ \$xpmpi == 1 ]; then
+  module load bullxde
+  module load xPMPI/1.1_intelmpi
+fi
+
+[ \$itac == 1 ] && module load itac/2017.2.028
+
+set -vx
+
+cd \${TMPDIR}
+cp /scratch/work/cglo315/ESIWACE/dev_r9759_HPC09_ESIWACE/tests/LBENCH_RN/EXP00/* .
+
+# Best decompositions BENCH-1
+jpni=${cores/\**/}
+jpnj=${cores/?*\*/}
+
+sed -e "s/jpni *=.*/jpni = \${jpni}/" -e "s/jpnj *=.*/jpnj = \${jpnj}/" namelist_cfg_orca${resolution}_like > namelist_cfg
+
+export OMP_NUM_THREADS=1
+ulimit -s unlimited
+#
+if [ \$itac == 1 ]; then
+  source /opt/softs/intel/2017/update_1/itac_latest/bin/itacvars.sh
+  time mpirun -ordered-output -prepend-rank -trace -np $nproc_exe1 ./nemo > jobout 2>joberr
+else
+  time mpirun -ordered-output -prepend-rank -np $nproc_exe1 ./nemo > jobout_${resolution}_${nproc5}
+fi
+/opt/softs/bin/ja
+
+if [ \$xpmpi == 1 ]; then
+  module unload xPMPI/1.1_intelmpi
+  module unload bullxde
+fi
+#
+EOF
+
+
+### 4. Execute the model
+
+    echo 'Submitting the job to queue using sbatch'
+    sbatch Log/run_bench
+    squeue -u cglo315
+
+echo 'is executed or submitted to queue.'
+
+
+fi
+
+######################################################################
+### curie or irene
+######################################################################
+
+if [[ ( "$machine" == "curie" ) || ( "$machine" == "irene" ) ]]
+then
+    
+    case ${resolution} in
+	"1")
+	    if [ $nproc_exe1 -lt 50 ]
+	    then
+		timejob=3600
+	    elif [ $nproc_exe1 -lt 100 ]
+	    then
+		timejob=1800
+	    elif [ $nproc_exe1 -lt 200 ]
+	    then
+		timejob=900
+	    else
+		timejob=600
+	    fi
+	    ;;
+	"025")
+	    if [ $nproc_exe1 -lt 50 ]
+	    then
+		timejob=15000
+	    elif [ $nproc_exe1 -lt 100 ]
+	    then
+		timejob=7000
+	    elif [ $nproc_exe1 -lt 200 ]
+	    then
+		timejob=3600
+	    elif [ $nproc_exe1 -lt 400 ]
+	    then
+		timejob=2000
+	    elif [ $nproc_exe1 -lt 800 ]
+	    then
+		timejob=1000
+	    else
+		timejob=600
+	    fi
+	    ;;
+	"12")
+	    if [ $nproc_exe1 -lt 200 ]
+	    then
+		timejob=30000
+	    elif [ $nproc_exe1 -lt 400 ]
+	    then
+		timejob=15000
+	    elif [ $nproc_exe1 -lt 800 ]
+	    then
+		timejob=8000
+	    elif [ $nproc_exe1 -lt 1600 ]
+	    then
+		timejob=5000
+	    elif [ $nproc_exe1 -lt 3200 ]
+	    then
+		timejob=2500
+	    else
+		timejob=1200
+	    fi
+	;;
+    esac
+
+    [ "$machine" == "curie" ] && queuename=standard || queuename=skylake
+    
+    jobname=$HOME/binrun/jobbench
+    cat > $jobname << EOF
+#!/bin/bash
+#MSUB -r bench${nproc5}
+#MSUB -n ${nproc_exe1}
+#MSUB -T $timejob
+#MSUB -e bench_${resolution}_${nproc5}_%I.eo
+#MSUB -o bench_${resolution}_${nproc5}_%I.eo
+#MSUB -j oe
+#MSUB -x
+#MSUB -q ${queuename}
+#MSUB -A gen6895
+#==========================================
+set -u
+#
+
+cd \${BRIDGE_MSUB_PWD}/..
+
+
+EXPjob=EXP_${resolution}_${nproc5}_${dateref}
+rsync -av --exclude="*eo" EXPREF/ \${EXPjob}/
+rsync -av EXP00/nemo \${EXPjob}/nemo
+cd \${EXPjob}
+
+jpni=${cores/\**/}
+jpnj=${cores/?*\*/}
+
+sed -e "s/jpni *=.*/jpni = \${jpni}/" -e "s/jpnj *=.*/jpnj = \${jpnj}/" namelist_cfg_orca${resolution}_like > namelist_cfg
+
+time ccc_mprun -n \${BRIDGE_MSUB_NPROC} ./nemo > jobout_${resolution}_${nproc5}_${dateref}
+
+EOF
+
+    ccc_msub $jobname
+
+fi
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/diawri.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/diawri.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/diawri.F90	(revision 15719)
@@ -0,0 +1,491 @@
+MODULE diawri
+   !!======================================================================
+   !!                     ***  MODULE  diawri  ***
+   !! Ocean diagnostics :  write ocean output files
+   !!=====================================================================
+   !! History :  OPA  ! 1991-03  (M.-A. Foujols)  Original code
+   !!            4.0  ! 1991-11  (G. Madec)
+   !!                 ! 1992-06  (M. Imbard)  correction restart file
+   !!                 ! 1992-07  (M. Imbard)  split into diawri and rstwri
+   !!                 ! 1993-03  (M. Imbard)  suppress writibm
+   !!                 ! 1998-01  (C. Levy)  NETCDF format using ioipsl INTERFACE
+   !!                 ! 1999-02  (E. Guilyardi)  name of netCDF files + variables
+   !!            8.2  ! 2000-06  (M. Imbard)  Original code (diabort.F)
+   !!   NEMO     1.0  ! 2002-06  (A.Bozec, E. Durand)  Original code (diainit.F)
+   !!             -   ! 2002-09  (G. Madec)  F90: Free form and module
+   !!             -   ! 2002-12  (G. Madec)  merge of diabort and diainit, F90
+   !!                 ! 2005-11  (V. Garnier) Surface pressure gradient organization
+   !!            3.2  ! 2008-11  (B. Lemaire) creation from old diawri
+   !!            3.7  ! 2014-01  (G. Madec) remove eddy induced velocity from no-IOM output
+   !!                 !                     change name of output variables in dia_wri_state
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   dia_wri       : create the standart output files
+   !!   dia_wri_state : create an output NetCDF file for a single instantaeous ocean state and forcing fields
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers 
+   USE dom_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   USE dianam         ! build name of file (routine)
+   USE diahth         ! thermocline diagnostics
+   USE dynadv   , ONLY: ln_dynadv_vec
+   USE icb_oce        ! Icebergs
+   USE icbdia         ! Iceberg budgets
+   USE ldftra         ! lateral physics: eddy diffusivity coef.
+   USE ldfdyn         ! lateral physics: eddy viscosity   coef.
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE sbc_ice        ! Surface boundary condition: ice fields
+   USE sbcssr         ! restoring term toward SST/SSS climatology
+   USE sbcwave        ! wave parameters
+   USE wet_dry        ! wetting and drying
+   USE zdf_oce        ! ocean vertical physics
+   USE zdfdrg         ! ocean vertical physics: top/bottom friction
+   USE zdfmxl         ! mixed layer
+   !
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE in_out_manager ! I/O manager
+   USE diatmb         ! Top,middle,bottom output
+   USE dia25h         ! 25h Mean output
+   USE iom            ! 
+   USE ioipsl         ! 
+
+#if defined key_si3
+   USE ice
+   USE icewri 
+#endif
+   USE lib_mpp         ! MPP library
+   USE timing          ! preformance summary
+   USE diurnal_bulk    ! diurnal warm layer
+   USE cool_skin       ! Cool skin
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   dia_wri                 ! routines called by step.F90
+   PUBLIC   dia_wri_state
+   PUBLIC   dia_wri_alloc           ! Called by nemogcm module
+
+   INTEGER ::   nid_T, nz_T, nh_T, ndim_T, ndim_hT   ! grid_T file
+   INTEGER ::          nb_T              , ndim_bT   ! grid_T file
+   INTEGER ::   nid_U, nz_U, nh_U, ndim_U, ndim_hU   ! grid_U file
+   INTEGER ::   nid_V, nz_V, nh_V, ndim_V, ndim_hV   ! grid_V file
+   INTEGER ::   nid_W, nz_W, nh_W                    ! grid_W file
+   INTEGER ::   ndex(1)                              ! ???
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_hT, ndex_hU, ndex_hV
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_T, ndex_U, ndex_V
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_bT
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: diawri.F90 9598 2018-05-15 22:47:16Z nicolasmartin $
+   !! Software governed by the CeCILL licence     (./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+#if defined key_iomput
+   !!----------------------------------------------------------------------
+   !!   'key_iomput'                                        use IOM library
+   !!----------------------------------------------------------------------
+   INTEGER FUNCTION dia_wri_alloc()
+      !
+      dia_wri_alloc = 0
+      !
+   END FUNCTION dia_wri_alloc
+
+   
+   SUBROUTINE dia_wri( kt )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dia_wri  ***
+      !!                   
+      !! ** Purpose :   Standard output of opa: dynamics and tracer fields 
+      !!      NETCDF format is used by default 
+      !!
+      !! ** Method  :  use iom_put
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt      ! ocean time-step index
+      !!
+      INTEGER ::   ji, jj, jk       ! dummy loop indices
+      INTEGER ::   ikbot            ! local integer
+      REAL(wp)::   zztmp , zztmpx   ! local scalar
+      REAL(wp)::   zztmp2, zztmpy   !   -      -
+      REAL(wp), DIMENSION(jpi,jpj)     ::   z2d   ! 2D workspace
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   z3d   ! 3D workspace
+      !!----------------------------------------------------------------------
+      ! 
+      IF( ln_timing )   CALL timing_start('dia_wri')
+      ! 
+      ! Output the initial state and forcings
+      IF( ninist == 1 ) THEN                       
+         CALL dia_wri_state( 'output.init' )
+         ninist = 0
+      ENDIF
+
+      ! Output of initial vertical scale factor
+      CALL iom_put("e3t_0", e3t_0(:,:,:) )
+      CALL iom_put("e3u_0", e3u_0(:,:,:) )
+      CALL iom_put("e3v_0", e3v_0(:,:,:) )
+      !
+      CALL iom_put( "e3t" , e3t_n(:,:,:) )
+      CALL iom_put( "e3u" , e3u_n(:,:,:) )
+      CALL iom_put( "e3v" , e3v_n(:,:,:) )
+      CALL iom_put( "e3w" , e3w_n(:,:,:) )
+      IF( iom_use("e3tdef") )   &
+         CALL iom_put( "e3tdef"  , ( ( e3t_n(:,:,:) - e3t_0(:,:,:) ) / e3t_0(:,:,:) * 100 * tmask(:,:,:) ) ** 2 )
+
+      IF( ll_wd ) THEN
+         CALL iom_put( "ssh" , (sshn+ssh_ref)*tmask(:,:,1) )   ! sea surface height (brought back to the reference used for wetting and drying)
+      ELSE
+         CALL iom_put( "ssh" , sshn )              ! sea surface height
+      ENDIF
+
+      IF( iom_use("wetdep") )   &                  ! wet depth
+         CALL iom_put( "wetdep" , ht_0(:,:) + sshn(:,:) )
+      
+      CALL iom_put( "toce", tsn(:,:,:,jp_tem) )    ! 3D temperature
+      CALL iom_put(  "sst", tsn(:,:,1,jp_tem) )    ! surface temperature
+      IF ( iom_use("sbt") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbkt(ji,jj)
+               z2d(ji,jj) = tsn(ji,jj,ikbot,jp_tem)
+            END DO
+         END DO
+         CALL iom_put( "sbt", z2d )                ! bottom temperature
+      ENDIF
+      
+      CALL iom_put( "soce", tsn(:,:,:,jp_sal) )    ! 3D salinity
+      CALL iom_put(  "sss", tsn(:,:,1,jp_sal) )    ! surface salinity
+      IF ( iom_use("sbs") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbkt(ji,jj)
+               z2d(ji,jj) = tsn(ji,jj,ikbot,jp_sal)
+            END DO
+         END DO
+         CALL iom_put( "sbs", z2d )                ! bottom salinity
+      ENDIF
+
+      IF ( iom_use("taubot") ) THEN                ! bottom stress
+         zztmp = rau0 * 0.25
+         z2d(:,:) = 0._wp
+         DO jj = 2, jpjm1
+            DO ji = fs_2, fs_jpim1   ! vector opt.
+               zztmp2 = (  ( rCdU_bot(ji+1,jj)+rCdU_bot(ji  ,jj) ) * un(ji  ,jj,mbku(ji  ,jj))  )**2   &
+                  &   + (  ( rCdU_bot(ji  ,jj)+rCdU_bot(ji-1,jj) ) * un(ji-1,jj,mbku(ji-1,jj))  )**2   &
+                  &   + (  ( rCdU_bot(ji,jj+1)+rCdU_bot(ji,jj  ) ) * vn(ji,jj  ,mbkv(ji,jj  ))  )**2   &
+                  &   + (  ( rCdU_bot(ji,jj  )+rCdU_bot(ji,jj-1) ) * vn(ji,jj-1,mbkv(ji,jj-1))  )**2
+               z2d(ji,jj) = zztmp * SQRT( zztmp2 ) * tmask(ji,jj,1) 
+               !
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', 1. )
+         CALL iom_put( "taubot", z2d )           
+      ENDIF
+         
+      CALL iom_put( "uoce", un(:,:,:) )            ! 3D i-current
+      CALL iom_put(  "ssu", un(:,:,1) )            ! surface i-current
+      IF ( iom_use("sbu") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbku(ji,jj)
+               z2d(ji,jj) = un(ji,jj,ikbot)
+            END DO
+         END DO
+         CALL iom_put( "sbu", z2d )                ! bottom i-current
+      ENDIF
+      
+      CALL iom_put( "voce", vn(:,:,:) )            ! 3D j-current
+      CALL iom_put(  "ssv", vn(:,:,1) )            ! surface j-current
+      IF ( iom_use("sbv") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbkv(ji,jj)
+               z2d(ji,jj) = vn(ji,jj,ikbot)
+            END DO
+         END DO
+         CALL iom_put( "sbv", z2d )                ! bottom j-current
+      ENDIF
+
+      CALL iom_put( "woce", wn )                   ! vertical velocity
+      IF( iom_use('w_masstr') .OR. iom_use('w_masstr2') ) THEN   ! vertical mass transport & its square value
+         ! Caution: in the VVL case, it only correponds to the baroclinic mass transport.
+         z2d(:,:) = rau0 * e1e2t(:,:)
+         DO jk = 1, jpk
+            z3d(:,:,jk) = wn(:,:,jk) * z2d(:,:)
+         END DO
+         CALL iom_put( "w_masstr" , z3d )  
+         IF( iom_use('w_masstr2') )   CALL iom_put( "w_masstr2", z3d(:,:,:) * z3d(:,:,:) )
+      ENDIF
+
+      CALL iom_put( "avt" , avt )                  ! T vert. eddy diff. coef.
+      CALL iom_put( "avs" , avs )                  ! S vert. eddy diff. coef.
+      CALL iom_put( "avm" , avm )                  ! T vert. eddy visc. coef.
+
+      IF( iom_use('logavt') )   CALL iom_put( "logavt", LOG( MAX( 1.e-20_wp, avt(:,:,:) ) ) )
+      IF( iom_use('logavs') )   CALL iom_put( "logavs", LOG( MAX( 1.e-20_wp, avs(:,:,:) ) ) )
+
+      IF ( iom_use("sstgrad") .OR. iom_use("sstgrad2") ) THEN
+         DO jj = 2, jpjm1                                    ! sst gradient
+            DO ji = fs_2, fs_jpim1   ! vector opt.
+               zztmp  = tsn(ji,jj,1,jp_tem)
+               zztmpx = ( tsn(ji+1,jj,1,jp_tem) - zztmp ) * r1_e1u(ji,jj) + ( zztmp - tsn(ji-1,jj  ,1,jp_tem) ) * r1_e1u(ji-1,jj)
+               zztmpy = ( tsn(ji,jj+1,1,jp_tem) - zztmp ) * r1_e2v(ji,jj) + ( zztmp - tsn(ji  ,jj-1,1,jp_tem) ) * r1_e2v(ji,jj-1)
+               z2d(ji,jj) = 0.25 * ( zztmpx * zztmpx + zztmpy * zztmpy )   &
+                  &              * umask(ji,jj,1) * umask(ji-1,jj,1) * vmask(ji,jj,1) * umask(ji,jj-1,1)
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', 1. )
+         CALL iom_put( "sstgrad2",  z2d )          ! square of module of sst gradient
+         z2d(:,:) = SQRT( z2d(:,:) )
+         CALL iom_put( "sstgrad" ,  z2d )          ! module of sst gradient
+      ENDIF
+         
+      ! heat and salt contents
+      IF( iom_use("heatc") ) THEN
+         z2d(:,:)  = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_tem) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "heatc", rau0_rcp * z2d )   ! vertically integrated heat content (J/m2)
+      ENDIF
+
+      IF( iom_use("saltc") ) THEN
+         z2d(:,:)  = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_sal) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "saltc", rau0 * z2d )          ! vertically integrated salt content (PSU*kg/m2)
+      ENDIF
+      !
+      IF ( iom_use("eken") ) THEN
+         z3d(:,:,jpk) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  zztmp  = 0.25_wp * r1_e1e2t(ji,jj) / e3t_n(ji,jj,jk)
+                  z3d(ji,jj,jk) = zztmp * (  un(ji-1,jj,jk)**2 * e2u(ji-1,jj) * e3u_n(ji-1,jj,jk)   &
+                     &                     + un(ji  ,jj,jk)**2 * e2u(ji  ,jj) * e3u_n(ji  ,jj,jk)   &
+                     &                     + vn(ji,jj-1,jk)**2 * e1v(ji,jj-1) * e3v_n(ji,jj-1,jk)   &
+                     &                     + vn(ji,jj  ,jk)**2 * e1v(ji,jj  ) * e3v_n(ji,jj  ,jk)   )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z3d, 'T', 1. )
+         CALL iom_put( "eken", z3d )                 ! kinetic energy
+      ENDIF
+      !
+      CALL iom_put( "hdiv", hdivn )                  ! Horizontal divergence
+      !
+      IF( iom_use("u_masstr") .OR. iom_use("u_masstr_vint") .OR. iom_use("u_heattr") .OR. iom_use("u_salttr") ) THEN
+         z3d(:,:,jpk) = 0.e0
+         z2d(:,:) = 0.e0
+         DO jk = 1, jpkm1
+            z3d(:,:,jk) = rau0 * un(:,:,jk) * e2u(:,:) * e3u_n(:,:,jk) * umask(:,:,jk)
+            z2d(:,:) = z2d(:,:) + z3d(:,:,jk)
+         END DO
+         CALL iom_put( "u_masstr"     , z3d )         ! mass transport in i-direction
+         CALL iom_put( "u_masstr_vint", z2d )         ! mass transport in i-direction vertical sum
+      ENDIF
+      
+      IF( iom_use("u_heattr") ) THEN
+         z2d(:,:) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_tem) + tsn(ji+1,jj,jk,jp_tem) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'U', -1. )
+         CALL iom_put( "u_heattr", 0.5*rcp * z2d )    ! heat transport in i-direction
+      ENDIF
+
+      IF( iom_use("u_salttr") ) THEN
+         z2d(:,:) = 0.e0 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_sal) + tsn(ji+1,jj,jk,jp_sal) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'U', -1. )
+         CALL iom_put( "u_salttr", 0.5 * z2d )        ! heat transport in i-direction
+      ENDIF
+
+      
+      IF( iom_use("v_masstr") .OR. iom_use("v_heattr") .OR. iom_use("v_salttr") ) THEN
+         z3d(:,:,jpk) = 0.e0
+         DO jk = 1, jpkm1
+            z3d(:,:,jk) = rau0 * vn(:,:,jk) * e1v(:,:) * e3v_n(:,:,jk) * vmask(:,:,jk)
+         END DO
+         CALL iom_put( "v_masstr", z3d )              ! mass transport in j-direction
+      ENDIF
+      
+      IF( iom_use("v_heattr") ) THEN
+         z2d(:,:) = 0.e0 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_tem) + tsn(ji,jj+1,jk,jp_tem) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'V', -1. )
+         CALL iom_put( "v_heattr", 0.5*rcp * z2d )    !  heat transport in j-direction
+      ENDIF
+
+      IF( iom_use("v_salttr") ) THEN
+         z2d(:,:) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_sal) + tsn(ji,jj+1,jk,jp_sal) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'V', -1. )
+         CALL iom_put( "v_salttr", 0.5 * z2d )        !  heat transport in j-direction
+      ENDIF
+
+      IF( iom_use("tosmint") ) THEN
+         z2d(:,:) = 0._wp
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) *  tsn(ji,jj,jk,jp_tem)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', -1. )
+         CALL iom_put( "tosmint", rau0 * z2d )        ! Vertical integral of temperature
+      ENDIF
+      IF( iom_use("somint") ) THEN
+         z2d(:,:)=0._wp
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_sal)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', -1. )
+         CALL iom_put( "somint", rau0 * z2d )         ! Vertical integral of salinity
+      ENDIF
+
+      CALL iom_put( "bn2", rn2 )                      ! Brunt-Vaisala buoyancy frequency (N^2)
+      !
+
+      IF (ln_diatmb)   CALL dia_tmb                   ! tmb values 
+          
+      IF (ln_dia25h)   CALL dia_25h( kt )             ! 25h averaging
+
+      IF( ln_timing )   CALL timing_stop('dia_wri')
+      !
+   END SUBROUTINE dia_wri
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option                                  use IOIPSL  library
+   !!----------------------------------------------------------------------
+
+   INTEGER FUNCTION dia_wri_alloc()
+      !
+      dia_wri_alloc = 0
+      !
+   END FUNCTION dia_wri_alloc
+
+   SUBROUTINE dia_wri( kt )
+      INTEGER, INTENT( in ) ::   kt      ! ocean time-step index
+
+      IF( ninist == 1 ) THEN     !==  Output the initial state and forcings  ==!
+         CALL dia_wri_state( 'output.init' )
+         ninist = 0
+      ENDIF
+
+   END SUBROUTINE dia_wri
+
+#endif
+
+   SUBROUTINE dia_wri_state( cdfile_name )
+      !!---------------------------------------------------------------------
+      !!                 ***  ROUTINE dia_wri_state  ***
+      !!        
+      !! ** Purpose :   create a NetCDF file named cdfile_name which contains 
+      !!      the instantaneous ocean state and forcing fields.
+      !!        Used to find errors in the initial state or save the last
+      !!      ocean state in case of abnormal end of a simulation
+      !!
+      !! ** Method  :   NetCDF files using ioipsl
+      !!      File 'output.init.nc'  is created if ninist = 1 (namelist)
+      !!      File 'output.abort.nc' is created in case of abnormal job end
+      !!----------------------------------------------------------------------
+      CHARACTER (len=* ), INTENT( in ) ::   cdfile_name      ! name of the file created
+      !!
+      INTEGER :: inum
+      !!----------------------------------------------------------------------
+      ! 
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'dia_wri_state : single instantaneous ocean state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~   and forcing fields file created '
+      IF(lwp) WRITE(numout,*) '                and named :', cdfile_name, '...nc'
+
+#if defined key_si3
+     CALL iom_open( TRIM(cdfile_name), inum, ldwrt = .TRUE., kdlev = jpl )
+#else
+     CALL iom_open( TRIM(cdfile_name), inum, ldwrt = .TRUE. )
+#endif
+
+      CALL iom_rstput( 0, 0, inum, 'votemper', tsn(:,:,:,jp_tem) )    ! now temperature
+      CALL iom_rstput( 0, 0, inum, 'vosaline', tsn(:,:,:,jp_sal) )    ! now salinity
+      CALL iom_rstput( 0, 0, inum, 'sossheig', sshn              )    ! sea surface height
+      CALL iom_rstput( 0, 0, inum, 'vozocrtx', un                )    ! now i-velocity
+      CALL iom_rstput( 0, 0, inum, 'vomecrty', vn                )    ! now j-velocity
+      CALL iom_rstput( 0, 0, inum, 'vovecrtz', wn                )    ! now k-velocity
+      IF( ALLOCATED(ahtu) ) THEN
+         CALL iom_rstput( 0, 0, inum,  'ahtu', ahtu              )    ! aht at u-point
+         CALL iom_rstput( 0, 0, inum,  'ahtv', ahtv              )    ! aht at v-point
+      ENDIF
+      IF( ALLOCATED(ahmt) ) THEN
+         CALL iom_rstput( 0, 0, inum,  'ahmt', ahmt              )    ! ahmt at u-point
+         CALL iom_rstput( 0, 0, inum,  'ahmf', ahmf              )    ! ahmf at v-point
+      ENDIF
+      CALL iom_rstput( 0, 0, inum, 'sowaflup', emp - rnf         )    ! freshwater budget
+      CALL iom_rstput( 0, 0, inum, 'sohefldo', qsr + qns         )    ! total heat flux
+      CALL iom_rstput( 0, 0, inum, 'soshfldo', qsr               )    ! solar heat flux
+      CALL iom_rstput( 0, 0, inum, 'soicecov', fr_i              )    ! ice fraction
+      CALL iom_rstput( 0, 0, inum, 'sozotaux', utau              )    ! i-wind stress
+      CALL iom_rstput( 0, 0, inum, 'sometauy', vtau              )    ! j-wind stress
+      IF(  .NOT.ln_linssh  ) THEN             
+         CALL iom_rstput( 0, 0, inum, 'vovvldep', gdept_n        )    !  T-cell depth 
+         CALL iom_rstput( 0, 0, inum, 'vovvle3t', e3t_n          )    !  T-cell thickness  
+      END IF
+      IF( ln_wave .AND. ln_sdw ) THEN
+         CALL iom_rstput( 0, 0, inum, 'sdzocrtx', usd            )    ! now StokesDrift i-velocity
+         CALL iom_rstput( 0, 0, inum, 'sdmecrty', vsd            )    ! now StokesDrift j-velocity
+         CALL iom_rstput( 0, 0, inum, 'sdvecrtz', wsd            )    ! now StokesDrift k-velocity
+      ENDIF
+ 
+#if defined key_si3
+      IF( nn_ice == 2 ) THEN   ! condition needed in case agrif + ice-model but no-ice in child grid
+         CALL ice_wri_state( inum )
+      ENDIF
+#endif
+      !
+      CALL iom_close( inum )
+      ! 
+   END SUBROUTINE dia_wri_state
+
+   !!======================================================================
+END MODULE diawri
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,118 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_hgr  ***
+   !!
+   !!                      ===  BENCH configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for BENCH configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OPA 4.0, NEMO Consortium (2016)
+   !! $Id$ 
+   !! Software governed by the CeCILL licence     (NEMOGCM/NEMO_CeCILL.txt)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   square box mesh mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                BENCH configuration : beta-plance with uniform grid spacing (zres)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in grid points) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zres, zf0
+      REAL(wp) ::   zti, zui, ztj, zvj   ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : BENCH configuration bassin'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '          Beta-plane with regular grid-spacing'
+      IF(lwp) WRITE(numout,*) '          given by rn_dx and rn_dy' 
+      !
+      !                          
+      ! Position coordinates (in grid points)
+      !                          ==========         
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            
+            zti = REAL( ji - 1 + nimpp - 1, wp )          ;  ztj = REAL( jj - 1 + njmpp - 1, wp )
+            zui = REAL( ji - 1 + nimpp - 1, wp ) + 0.5_wp ;  zvj = REAL( jj - 1 + njmpp - 1, wp ) + 0.5_wp
+
+            plamt(ji,jj) = zti
+            plamu(ji,jj) = zui
+            plamv(ji,jj) = zti
+            plamf(ji,jj) = zui
+   
+            pphit(ji,jj) = ztj
+            pphiv(ji,jj) = zvj
+            pphiu(ji,jj) = ztj
+            pphif(ji,jj) = zvj
+            
+         END DO
+      END DO
+      !     
+      ! Horizontal scale factors (in meters)
+      !                              ======
+      zres = 1.e+5   !  100km
+      pe1t(:,:) = zres  ;   pe2t(:,:) = zres 
+      pe1u(:,:) = zres  ;   pe2u(:,:) = zres
+      pe1v(:,:) = zres  ;   pe2v(:,:) = zres
+      pe1f(:,:) = zres  ;   pe2f(:,:) = zres 
+
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_hgr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      zf0   = 2._wp * omega * SIN( rad * 45 )   ! constant coriolis factor corresponding to 45°N
+      pff_f(:,:) = zf0
+      pff_t(:,:) = zf0
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,93 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                     ***  MODULE usrdef_istate   ***
+   !!
+   !!                      ===  BENCH configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  NEMO !
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce        
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE lbclnk          ! lateral boundary conditions - mpp exchanges
+   !   
+   USE usrdef_nam
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate   ! called by istate.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OPA 4.0 , NEMO Consortium (2016)
+   !! $Id$ 
+   !! Software governed by the CeCILL licence     (NEMOGCM/NEMO_CeCILL.txt)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here BENCH configuration 
+      !!
+      !! ** Method  :   Set a gaussian anomaly of pressure and associated
+      !!                geostrophic velocities
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D workspace
+      REAL(wp) ::   zfact
+      INTEGER  ::   ji, jj, jk
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : BENCH configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   '
+      !
+      ! define unique value on each point. z2d ranging from 0.05 to -0.05
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            z2d(ji,jj) = 0.1 * ( 0.5 - REAL( nimpp + ji - 1 + ( njmpp + jj - 2 ) * jpiglo, wp ) / REAL( jpiglo * jpjglo, wp ) )
+         ENDDO
+      ENDDO
+      !
+      ! sea level:
+      pssh(:,:) = z2d(:,:)                                                ! +/- 0.05 m
+      !
+      DO jk = 1, jpk
+         zfact = REAL(jk-1,wp) / REAL(jpk-1,wp)   ! 0 to 1 to add a basic stratification
+         ! temperature choosen to lead to 20% ice
+         pts(:,:,jk,jp_tem) = 2._wp - 0.1_wp * zfact + z2d(:,:) * 100._wp ! 2 to 1.9 +/- 5 degG
+         WHERE ( pts(:,:,jk,jp_tem) < -1.5_wp ) pts(:,:,jk,jp_tem) = -1.5_wp + z2d(:,:) * 0.2_wp  
+         ! salinity:  
+         pts(:,:,jk,jp_sal) = 30._wp + 1._wp * zfact + z2d(:,:)           ! 30 to 31 +/- 0.05 psu
+         ! velocities:
+         pu(:,:,jk) = z2d(:,:) * 0.1_wp                                   ! +/- 0.005  m/s
+         pv(:,:,jk) = z2d(:,:) * 0.01_wp                                  ! +/- 0.0005 m/s
+      ENDDO
+      !
+      CALL lbc_lnk('usrdef_istate', pssh, 'T',  1. )            ! apply boundary conditions
+      CALL lbc_lnk( 'usrdef_istate', pts, 'T',  1. )            ! apply boundary conditions
+      CALL lbc_lnk(  'usrdef_istate', pu, 'U', -1. )            ! apply boundary conditions
+      CALL lbc_lnk(  'usrdef_istate', pv, 'V', -1. )            ! apply boundary conditions
+      
+   END SUBROUTINE usr_def_istate
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,119 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                      ===  BENCH configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO !
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! to get ctl_nam
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+   
+   !!----------------------------------------------------------------------
+   !! NEMO/OPA 4.0 , NEMO Consortium (2016)
+   !! $Id$ 
+   !! Software governed by the CeCILL licence     (NEMOGCM/NEMO_CeCILL.txt)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here EW_CANAL configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      !
+      INTEGER ::   ios, ii      ! Local integer
+      !                              !!* namusr_def namelist *!!
+      INTEGER ::   nn_isize    ! number of point in i-direction of global(local) domain if >0 (<0)  
+      INTEGER ::   nn_jsize    ! number of point in j-direction of global(local) domain if >0 (<0)  
+      INTEGER ::   nn_ksize    ! total number of point in k-direction
+      INTEGER ::   nn_perio    ! periodicity
+      !                              !!* nammpp namelist *!!
+      CHARACTER(len=1) ::   cn_mpi_send
+      INTEGER          ::   nn_buffer, jpni, jpnj
+      LOGICAL          ::   ln_nnogather
+      !!
+      NAMELIST/namusr_def/ nn_isize, nn_jsize, nn_ksize, nn_perio
+      NAMELIST/nammpp/ cn_mpi_send, nn_buffer, jpni, jpnj, ln_nnogather
+      !!----------------------------------------------------------------------     
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 903 )
+903   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      WRITE( ldnam(:), namusr_def )      
+      !
+      cd_cfg = 'BENCH'             ! name & resolution (not used)
+      kk_cfg = 0
+
+      IF( nn_isize < 0 .AND. nn_jsize < 0 ) THEN
+      !
+         REWIND( numnam_ref )              ! Namelist nammpp in reference namelist: mpi variables
+         READ  ( numnam_ref, nammpp, IOSTAT = ios, ERR = 901)
+901      IF( ios /= 0 )   CALL ctl_nam ( ios , 'nammpp in reference namelist', lwp )
+         !
+         REWIND( numnam_cfg )              ! Namelist nammpp in configuration namelist: mpi variables
+         READ  ( numnam_cfg, nammpp, IOSTAT = ios, ERR = 902 )
+902      IF( ios >  0 )   CALL ctl_nam ( ios , 'nammpp in configuration namelist', lwp )
+
+         kpi = ( -nn_isize - 2*nn_hls ) * jpni + 2*nn_hls
+         kpj = ( -nn_jsize - 2*nn_hls ) * jpnj + 2*nn_hls
+      ELSE
+         kpi = nn_isize
+         kpj = nn_jsize
+      ENDIF
+ 
+      kpk = nn_ksize
+      kperio = nn_perio
+
+      !                             ! control print
+      ii = 1
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : BENCH test case'                                     ;   ii = ii + 1
+      IF( nn_isize > 0 ) THEN
+         WRITE(ldtxt(ii),*) '      global domain size-x            nn_isize = ',  nn_isize              ;   ii = ii + 1
+      ELSE
+         WRITE(ldtxt(ii),*) '                                          jpni = ', jpni                   ;   ii = ii + 1
+         WRITE(ldtxt(ii),*) '       local domain size-x           -nn_isize = ', -nn_isize              ;   ii = ii + 1
+         WRITE(ldtxt(ii),*) '      global domain size-x                 kpi = ', kpi                    ;   ii = ii + 1
+      ENDIF
+      IF( nn_jsize > 0 ) THEN
+         WRITE(ldtxt(ii),*) '      global domain size-y            nn_jsize = ', nn_jsize               ;   ii = ii + 1
+      ELSE
+         WRITE(ldtxt(ii),*) '                                          jpnj = ', jpnj                   ;   ii = ii + 1
+         WRITE(ldtxt(ii),*) '       local domain size-y           -nn_jsize = ', -nn_jsize              ;   ii = ii + 1
+         WRITE(ldtxt(ii),*) '      global domain size-y                 kpj = ', kpj                    ;   ii = ii + 1
+      ENDIF
+      WRITE(ldtxt(ii),*) '      global domain size-z            nn_ksize = ', nn_ksize                  ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      LBC of the global domain          kperio = ', kperio                    ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,179 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_sbc  ***
+   !! 
+   !!                      ===  BENCH configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in BENCH case
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce        
+   USE oce             ! ocean dynamics and tracers
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ocean fields
+   USE in_out_manager  ! I/O manager
+   USE phycst          ! physical constants
+   USE lib_mpp         ! MPP library
+   USE lbclnk          ! lateral boundary conditions - mpp exchanges
+
+#if defined key_si3
+   USE ice, ONLY       : at_i_b, a_i_b
+#endif
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by sbcice_lim.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by sbcice_lim.F90 for ice thermo
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OPA 4.0 , NEMO Consortium (2016)
+   !! $Id$
+   !! Software governed by the CeCILL licence     (NEMOGCM/NEMO_CeCILL.txt)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for BENCH case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !     
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : BENCH case: surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !
+         utau_b(:,:) = 0._wp 
+         vtau_b(:,:) = 0._wp
+         emp_b (:,:) = 0._wp
+         sfx_b (:,:) = 0._wp
+         qns_b (:,:) = 0._wp
+         !
+      ENDIF
+      
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_tau  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (momentum) condition over
+      !sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D workspace
+      INTEGER  ::   ji, jj
+      !!---------------------------------------------------------------------
+#if defined key_si3
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : BENCH case: constant stress forcing'
+      !
+      ! define unique value on each point. z2d ranging from 0.05 to -0.05
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            z2d(ji,jj) = 0.1 * ( 0.5 - REAL( nimpp + ji - 1 + ( njmpp + jj - 2 ) * jpiglo, wp ) / REAL( jpiglo * jpjglo, wp ) )
+         ENDDO
+      ENDDO
+      utau_ice(:,:) = 0.1_wp +  z2d(:,:)
+      vtau_ice(:,:) = 0.1_wp +  z2d(:,:)
+
+      CALL lbc_lnk_multi( 'usrdef_sbc', utau_ice, 'U', -1., vtau_ice, 'V', -1. )
+#endif
+      !
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   
+   SUBROUTINE usrdef_sbc_ice_flx( kt, phs, phi )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_flx  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (flux) condition over
+      !sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phs    ! snow thickness
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phi    ! ice thickness
+      !!
+      REAL(wp) ::   zfr1, zfr2                 ! local variables
+      REAL(wp), DIMENSION(jpi,jpj) ::   zsnw   ! snw distribution after wind blowing
+      !!---------------------------------------------------------------------
+      !
+#if defined key_si3
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : BENCH case: NO flux forcing'
+      !
+      ! ocean variables (renaming)
+      emp_oce (:,:)   = 0._wp   ! uniform value for freshwater budget (E-P)
+      qsr_oce (:,:)   = 0._wp   ! uniform value for     solar radiation
+      qns_oce (:,:)   = 0._wp   ! uniform value for non-solar radiation
+
+      ! ice variables
+      alb_ice (:,:,:) = 0.7_wp  ! useless
+      qsr_ice (:,:,:) = 0._wp   ! uniform value for     solar radiation
+      qns_ice (:,:,:) = 0._wp   ! uniform value for non-solar radiation
+      sprecip (:,:)   = 0._wp   ! uniform value for snow precip
+      evap_ice(:,:,:) = 0._wp   ! uniform value for sublimation
+
+      ! ice fields deduced from above
+      zsnw(:,:) = 1._wp
+      !!CALL lim_thd_snwblow( at_i_b, zsnw )  ! snow distribution over ice after
+      !wind blowing 
+      emp_ice  (:,:)   = SUM( a_i_b(:,:,:) * evap_ice(:,:,:), dim=3 ) - sprecip(:,:) * zsnw(:,:)
+      emp_oce  (:,:)   = emp_oce(:,:) - sprecip(:,:) * (1._wp - zsnw(:,:) )
+      qevap_ice(:,:,:) =   0._wp
+      qprec_ice(:,:)   =   rhos * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) !  in J/m3
+      qemp_oce (:,:)   = - emp_oce(:,:) * sst_m(:,:) * rcp
+      qemp_ice (:,:)   =   sprecip(:,:) * zsnw * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) ! solid precip (only)
+
+      ! total fluxes
+      emp_tot (:,:) = emp_ice  + emp_oce
+      qns_tot (:,:) = at_i_b(:,:) * qns_oce(:,:) + SUM( a_i_b(:,:,:) * qns_ice(:,:,:), dim=3 ) + qemp_ice(:,:) + qemp_oce(:,:)
+      qsr_tot (:,:) = at_i_b(:,:) * qsr_oce(:,:) + SUM( a_i_b(:,:,:) * qsr_ice(:,:,:), dim=3 )
+
+      ! --- shortwave radiation transmitted below the surface (W/m2, see Grenfell Maykut 77) --- !
+      zfr1 = ( 0.18 * ( 1.0 - cldf_ice ) + 0.35 * cldf_ice )            ! transmission when hi>10cm
+      zfr2 = ( 0.82 * ( 1.0 - cldf_ice ) + 0.65 * cldf_ice )            ! zfr2 such that zfr1 + zfr2 to equal 1
+      !
+      WHERE    ( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) <  0.1_wp )       ! linear decrease from hi=0 to 10cm  
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * ( zfr1 + zfr2 * ( 1._wp - phi(:,:,:) * 10._wp ) )
+      ELSEWHERE( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) >= 0.1_wp )       ! constant (zfr1) when hi>10cm
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * zfr1
+      ELSEWHERE                                                         ! zero when hs>0
+         qtr_ice_top(:,:,:) = 0._wp 
+      END WHERE
+#endif
+
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,240 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                      ===  BENCH configuration  ===
+   !!
+   !! User defined : vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system
+   !!      zgr_z      : reference 1D z-coordinate 
+   !!      zgr_top_bot: ocean top and bottom level indices
+   !!      zgr_zco    : 3D verticl coordinate in pure z-coordinate case
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce        ! ocean domain
+   USE phycst         ! physical constants
+   USE depth_e3       ! depth <=> e3
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr        ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OPA 4.0 , NEMO Consortium (2016)
+   !! $Id$
+   !! Software governed by the CeCILL licence     (NEMOGCM/NEMO_CeCILL.txt)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v   , pe3f ,             &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw         ,             &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   inum   ! local logical unit
+      REAL(WP) ::   z_zco, z_zps, z_sco, z_cav
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : BENCH configuration (z-coordinate closed flat box ocean)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate
+      ! ---------------------------
+      ld_zco    = .TRUE.         ! BENCH case:  z-coordinate without ocean cavities
+      ld_zps    = .FALSE.
+      ld_sco    = .FALSE.
+      ld_isfcav = .FALSE.
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      CALL zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      CALL zgr_msk_top_bot( k_top , k_bot )                 ! masked top and bottom ocean t-level indices
+      !
+      !                                                     ! z-coordinate (3D arrays) from the 1D z-coord.
+      CALL zgr_zco( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in  : 1D reference vertical coordinate
+         &          pdept   , pdepw   ,                     &   ! out : 3D t & w-points depth
+         &          pe3t    , pe3u    , pe3v   , pe3f   ,   &   !       vertical scale factors
+         &          pe3w    , pe3uw   , pe3vw             )     !           -      -      -
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z  ***
+      !!
+      !! ** Purpose :   set the 1D depth of model levels and the resulting 
+      !!              vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!           with at top and bottom :
+      !!                   e3w_1d( 1 ) = 2 * ( dept_1d( 1 ) - depw_1d( 1 ) )
+      !!                   e3t_1d(jpk) = 2 * ( dept_1d(jpk) - depw_1d(jpk) )
+      !!       The depth are then re-computed from the sum of e3. This ensures 
+      !!    that depths are identical when reading domain configuration file. 
+      !!    Indeed, only e3. are saved in this file, depth are compute by a call
+      !!    to the e3_to_depth subroutine.
+      !!
+      !!       Here the Madec & Imbard (1996) function is used.
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!
+      !! Reference : Marti, Madec & Delecluse, 1992, JGR, 97, No8, 12,763-12,766.
+      !!             Madec and Imbard, 1996, Clim. Dyn.
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zd       ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      zd = 5000./FLOAT(jpkm1)
+      !
+      IF(lwp) THEN            ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z   : Reference vertical z-coordinates '
+         WRITE(numout,*) '    ~~~~~~~'
+         WRITE(numout,*) '       BENCH case : uniform vertical grid :'
+         WRITE(numout,*) '                     with thickness = ', zd
+      ENDIF
+
+      !
+      ! 1D Reference z-coordinate    (using Madec & Imbard 1996 function)
+      ! -------------------------
+      !
+      pdepw_1d(1) = 0._wp
+      pdept_1d(1) = 0.5_wp * zd
+      ! 
+      DO jk = 2, jpk          ! depth at T and W-points
+         pdepw_1d(jk) = pdepw_1d(jk-1) + zd 
+         pdept_1d(jk) = pdept_1d(jk-1) + zd 
+      END DO
+      !
+      !                       ! e3t and e3w from depth
+      CALL depth_to_e3( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d ) 
+      !
+      !                       ! recompute depths from SUM(e3)  <== needed
+      CALL e3_to_depth( pe3t_1d, pe3w_1d, pdept_1d, pdepw_1d ) 
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z
+
+
+   SUBROUTINE zgr_msk_top_bot( k_top , k_bot )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE zgr_msk_top_bot  ***
+      !!
+      !! ** Purpose :   set the masked top and bottom ocean t-levels
+      !!
+      !! ** Method  :   BENCH case = closed flat box ocean without ocean cavities
+      !!                   k_top = 1     except along north, south, east and west boundaries
+      !!                   k_bot = jpk-1 except along north, south, east and west boundaries
+      !!
+      !! ** Action  : - k_top : first wet ocean level index
+      !!              - k_bot : last  wet ocean level index
+      !!----------------------------------------------------------------------
+      INTEGER , DIMENSION(:,:), INTENT(out) ::   k_top , k_bot   ! first & last wet ocean level
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D local workspace
+      REAL(wp)                     ::   zmaxlam, zscl
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '    zgr_top_bot : defines the top and bottom wet ocean levels.'
+      IF(lwp) WRITE(numout,*) '    ~~~~~~~~~~~'
+      IF(lwp) WRITE(numout,*) '       BENCH case : closed flat box ocean without ocean cavities'
+      !
+      z2d(:,:) = REAL( jpkm1 , wp )          ! flat bottom
+      !
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )           ! set surrounding land to zero (here jperio=0 ==>> closed)
+      !
+      k_bot(:,:) = INT( z2d(:,:) )           ! =jpkm1 over the ocean point, =0 elsewhere
+      !
+      k_top(:,:) = MIN( 1 , k_bot(:,:) )     ! = 1    over the ocean point, =0 elsewhere
+      !
+   END SUBROUTINE zgr_msk_top_bot
+   
+
+   SUBROUTINE zgr_zco( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in : 1D reference vertical coordinate
+      &                pdept   , pdepw   ,                     &   ! out: 3D t & w-points depth
+      &                pe3t    , pe3u    , pe3v   , pe3f   ,   &   !      vertical scale factors
+      &                pe3w    , pe3uw   , pe3vw             )     !          -      -      -
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zgr_zco  ***
+      !!
+      !! ** Purpose :   define the reference z-coordinate system
+      !!
+      !! ** Method  :   set 3D coord. arrays to reference 1D array 
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pe3t_1d , pe3w_1d           ! 1D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! grid-point depth          [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors    [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         !    -       -      -
+      !
+      INTEGER  ::   jk
+      !!----------------------------------------------------------------------
+      !
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE zgr_zco
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/zdfiwm.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/zdfiwm.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/MY_SRC/zdfiwm.F90	(revision 15719)
@@ -0,0 +1,482 @@
+MODULE zdfiwm
+   !!========================================================================
+   !!                       ***  MODULE  zdfiwm  ***
+   !! Ocean physics: Internal gravity wave-driven vertical mixing
+   !!========================================================================
+   !! History :  1.0  !  2004-04  (L. Bessieres, G. Madec)  Original code
+   !!             -   !  2006-08  (A. Koch-Larrouy)  Indonesian strait
+   !!            3.3  !  2010-10  (C. Ethe, G. Madec)  reorganisation of initialisation phase
+   !!            3.6  !  2016-03  (C. de Lavergne)  New param: internal wave-driven mixing 
+   !!            4.0  !  2017-04  (G. Madec)  renamed module, remove the old param. and the CPP keys
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   zdf_iwm       : global     momentum & tracer Kz with wave induced Kz
+   !!   zdf_iwm_init  : global     momentum & tracer Kz with wave induced Kz
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers variables
+   USE dom_oce        ! ocean space and time domain variables
+   USE zdf_oce        ! ocean vertical physics variables
+   USE zdfddm         ! ocean vertical physics: double diffusive mixing
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE eosbn2         ! ocean equation of state
+   USE phycst         ! physical constants
+   !
+   USE prtctl         ! Print control
+   USE in_out_manager ! I/O manager
+   USE iom            ! I/O Manager
+   USE lib_mpp        ! MPP library
+   USE lib_fortran    ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined)  
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   zdf_iwm        ! called in step module 
+   PUBLIC   zdf_iwm_init   ! called in nemogcm module 
+
+   !                      !!* Namelist  namzdf_iwm : internal wave-driven mixing *
+   INTEGER ::  nn_zpyc     ! pycnocline-intensified mixing energy proportional to N (=1) or N^2 (=2)
+   LOGICAL ::  ln_mevar    ! variable (=T) or constant (=F) mixing efficiency
+   LOGICAL ::  ln_tsdiff   ! account for differential T/S wave-driven mixing (=T) or not (=F)
+
+   REAL(wp)::  r1_6 = 1._wp / 6._wp
+
+   REAL(wp), ALLOCATABLE, SAVE, DIMENSION(:,:) ::   ebot_iwm   ! power available from high-mode wave breaking (W/m2)
+   REAL(wp), ALLOCATABLE, SAVE, DIMENSION(:,:) ::   epyc_iwm   ! power available from low-mode, pycnocline-intensified wave breaking (W/m2)
+   REAL(wp), ALLOCATABLE, SAVE, DIMENSION(:,:) ::   ecri_iwm   ! power available from low-mode, critical slope wave breaking (W/m2)
+   REAL(wp), ALLOCATABLE, SAVE, DIMENSION(:,:) ::   hbot_iwm   ! WKB decay scale for high-mode energy dissipation (m)
+   REAL(wp), ALLOCATABLE, SAVE, DIMENSION(:,:) ::   hcri_iwm   ! decay scale for low-mode critical slope dissipation (m)
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: zdfiwm.F90 8093 2017-05-30 08:13:14Z gm $
+   !! Software governed by the CeCILL licence     (./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   INTEGER FUNCTION zdf_iwm_alloc()
+      !!----------------------------------------------------------------------
+      !!                ***  FUNCTION zdf_iwm_alloc  ***
+      !!----------------------------------------------------------------------
+      ALLOCATE( ebot_iwm(jpi,jpj),  epyc_iwm(jpi,jpj),  ecri_iwm(jpi,jpj) ,     &
+      &         hbot_iwm(jpi,jpj),  hcri_iwm(jpi,jpj)                     , STAT=zdf_iwm_alloc )
+      !
+      CALL mpp_sum ( 'zdfiwm', zdf_iwm_alloc )
+      IF( zdf_iwm_alloc /= 0 )   CALL ctl_stop( 'STOP', 'zdf_iwm_alloc: failed to allocate arrays' )
+   END FUNCTION zdf_iwm_alloc
+
+
+   SUBROUTINE zdf_iwm( kt, p_avm, p_avt, p_avs )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zdf_iwm  ***
+      !!                   
+      !! ** Purpose :   add to the vertical mixing coefficients the effect of
+      !!              breaking internal waves.
+      !!
+      !! ** Method  : - internal wave-driven vertical mixing is given by:
+      !!                  Kz_wave = min(  100 cm2/s, f(  Reb = zemx_iwm /( Nu * N^2 )  )
+      !!              where zemx_iwm is the 3D space distribution of the wave-breaking 
+      !!              energy and Nu the molecular kinematic viscosity.
+      !!              The function f(Reb) is linear (constant mixing efficiency)
+      !!              if the namelist parameter ln_mevar = F and nonlinear if ln_mevar = T.
+      !!
+      !!              - Compute zemx_iwm, the 3D power density that allows to compute
+      !!              Reb and therefrom the wave-induced vertical diffusivity.
+      !!              This is divided into three components:
+      !!                 1. Bottom-intensified low-mode dissipation at critical slopes
+      !!                     zemx_iwm(z) = ( ecri_iwm / rau0 ) * EXP( -(H-z)/hcri_iwm )
+      !!                                   / ( 1. - EXP( - H/hcri_iwm ) ) * hcri_iwm
+      !!              where hcri_iwm is the characteristic length scale of the bottom 
+      !!              intensification, ecri_iwm a map of available power, and H the ocean depth.
+      !!                 2. Pycnocline-intensified low-mode dissipation
+      !!                     zemx_iwm(z) = ( epyc_iwm / rau0 ) * ( sqrt(rn2(z))^nn_zpyc )
+      !!                                   / SUM( sqrt(rn2(z))^nn_zpyc * e3w(z) )
+      !!              where epyc_iwm is a map of available power, and nn_zpyc
+      !!              is the chosen stratification-dependence of the internal wave
+      !!              energy dissipation.
+      !!                 3. WKB-height dependent high mode dissipation
+      !!                     zemx_iwm(z) = ( ebot_iwm / rau0 ) * rn2(z) * EXP(-z_wkb(z)/hbot_iwm)
+      !!                                   / SUM( rn2(z) * EXP(-z_wkb(z)/hbot_iwm) * e3w(z) )
+      !!              where hbot_iwm is the characteristic length scale of the WKB bottom 
+      !!              intensification, ebot_iwm is a map of available power, and z_wkb is the
+      !!              WKB-stretched height above bottom defined as
+      !!                    z_wkb(z) = H * SUM( sqrt(rn2(z'>=z)) * e3w(z'>=z) )
+      !!                                 / SUM( sqrt(rn2(z'))    * e3w(z')    )
+      !!
+      !!              - update the model vertical eddy viscosity and diffusivity: 
+      !!                     avt  = avt  +    av_wave
+      !!                     avm  = avm  +    av_wave
+      !!
+      !!              - if namelist parameter ln_tsdiff = T, account for differential mixing:
+      !!                     avs  = avt  +    av_wave * diffusivity_ratio(Reb)
+      !!
+      !! ** Action  : - avt, avs, avm, increased by tide internal wave-driven mixing    
+      !!
+      !! References :  de Lavergne et al. 2015, JPO; 2016, in prep.
+      !!----------------------------------------------------------------------
+      INTEGER                    , INTENT(in   ) ::   kt             ! ocean time step
+      REAL(wp), DIMENSION(:,:,:) , INTENT(inout) ::   p_avm          ! momentum Kz (w-points)
+      REAL(wp), DIMENSION(:,:,:) , INTENT(inout) ::   p_avt, p_avs   ! tracer   Kz (w-points)
+      !
+      INTEGER  ::   ji, jj, jk   ! dummy loop indices
+      REAL(wp) ::   zztmp        ! scalar workspace
+      REAL(wp), DIMENSION(jpi,jpj)     ::   zfact       ! Used for vertical structure
+      REAL(wp), DIMENSION(jpi,jpj)     ::   zhdep       ! Ocean depth
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   zwkb        ! WKB-stretched height above bottom
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   zweight     ! Weight for high mode vertical distribution
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   znu_t       ! Molecular kinematic viscosity (T grid)
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   znu_w       ! Molecular kinematic viscosity (W grid)
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   zReb        ! Turbulence intensity parameter
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   zemx_iwm    ! local energy density available for mixing (W/kg)
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   zav_ratio   ! S/T diffusivity ratio (only for ln_tsdiff=T)
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   zav_wave    ! Internal wave-induced diffusivity
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:,:) ::   z3d  ! 3D workspace used for iom_put 
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:)   ::   z2d  ! 2D     -      -    -     -
+      !!----------------------------------------------------------------------
+      !
+      !                       !* Set to zero the 1st and last vertical levels of appropriate variables
+      zemx_iwm (:,:,1) = 0._wp   ;   zemx_iwm (:,:,jpk) = 0._wp
+      zav_ratio(:,:,1) = 0._wp   ;   zav_ratio(:,:,jpk) = 0._wp
+      zav_wave (:,:,1) = 0._wp   ;   zav_wave (:,:,jpk) = 0._wp
+      !
+      !                       ! ----------------------------- !
+      !                       !  Internal wave-driven mixing  !  (compute zav_wave)
+      !                       ! ----------------------------- !
+      !                             
+      !                       !* Critical slope mixing: distribute energy over the time-varying ocean depth,
+      !                                                 using an exponential decay from the seafloor.
+      DO jj = 1, jpj                ! part independent of the level
+         DO ji = 1, jpi
+            zhdep(ji,jj) = gdepw_0(ji,jj,mbkt(ji,jj)+1)       ! depth of the ocean
+            zfact(ji,jj) = rau0 * (  1._wp - EXP( -zhdep(ji,jj) / hcri_iwm(ji,jj) )  )
+            IF( zfact(ji,jj) /= 0._wp )   zfact(ji,jj) = ecri_iwm(ji,jj) / zfact(ji,jj)
+         END DO
+      END DO
+!!gm gde3w ==>>>  check for ssh taken into account.... seem OK gde3w_n=gdept_n - sshn
+      DO jk = 2, jpkm1              ! complete with the level-dependent part
+         zemx_iwm(:,:,jk) = zfact(:,:) * (  EXP( ( gde3w_n(:,:,jk  ) - zhdep(:,:) ) / hcri_iwm(:,:) )                      &
+            &                             - EXP( ( gde3w_n(:,:,jk-1) - zhdep(:,:) ) / hcri_iwm(:,:) )  ) * wmask(:,:,jk)   &
+            &                          / ( gde3w_n(:,:,jk) - gde3w_n(:,:,jk-1) )
+
+!!gm delta(gde3w_n) = e3t_n  !!  Please verify the grid-point position w versus t-point
+!!gm it seems to me that only 1/hcri_iwm  is used ==>  compute it one for all
+
+      END DO
+
+      !                        !* Pycnocline-intensified mixing: distribute energy over the time-varying 
+      !                        !* ocean depth as proportional to sqrt(rn2)^nn_zpyc
+      !                                          ! (NB: N2 is masked, so no use of wmask here)
+      SELECT CASE ( nn_zpyc )
+      !
+      CASE ( 1 )               ! Dissipation scales as N (recommended)
+         !
+         zfact(:,:) = 0._wp
+         DO jk = 2, jpkm1              ! part independent of the level
+            zfact(:,:) = zfact(:,:) + e3w_n(:,:,jk) * SQRT(  MAX( 0._wp, rn2(:,:,jk) )  ) * wmask(:,:,jk)
+         END DO
+         !
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               IF( zfact(ji,jj) /= 0 )   zfact(ji,jj) = epyc_iwm(ji,jj) / ( rau0 * zfact(ji,jj) )
+            END DO
+         END DO
+         !
+         DO jk = 2, jpkm1              ! complete with the level-dependent part
+            zemx_iwm(:,:,jk) = zemx_iwm(:,:,jk) + zfact(:,:) * SQRT(  MAX( 0._wp, rn2(:,:,jk) )  ) * wmask(:,:,jk)
+         END DO
+         !
+      CASE ( 2 )               ! Dissipation scales as N^2
+         !
+         zfact(:,:) = 0._wp
+         DO jk = 2, jpkm1              ! part independent of the level
+            zfact(:,:) = zfact(:,:) + e3w_n(:,:,jk) * MAX( 0._wp, rn2(:,:,jk) ) * wmask(:,:,jk)
+         END DO
+         !
+         DO jj= 1, jpj
+            DO ji = 1, jpi
+               IF( zfact(ji,jj) /= 0 )   zfact(ji,jj) = epyc_iwm(ji,jj) / ( rau0 * zfact(ji,jj) )
+            END DO
+         END DO
+         !
+         DO jk = 2, jpkm1              ! complete with the level-dependent part
+            zemx_iwm(:,:,jk) = zemx_iwm(:,:,jk) + zfact(:,:) * MAX( 0._wp, rn2(:,:,jk) ) * wmask(:,:,jk)
+         END DO
+         !
+      END SELECT
+
+      !                        !* WKB-height dependent mixing: distribute energy over the time-varying 
+      !                        !* ocean depth as proportional to rn2 * exp(-z_wkb/rn_hbot)
+      !
+      zwkb (:,:,:) = 0._wp
+      zfact(:,:)   = 0._wp
+      DO jk = 2, jpkm1
+         zfact(:,:) = zfact(:,:) + e3w_n(:,:,jk) * SQRT(  MAX( 0._wp, rn2(:,:,jk) )  ) * wmask(:,:,jk)
+         zwkb(:,:,jk) = zfact(:,:)
+      END DO
+!!gm even better:
+!      DO jk = 2, jpkm1
+!         zwkb(:,:) = zwkb(:,:) + e3w_n(:,:,jk) * SQRT(  MAX( 0._wp, rn2(:,:,jk) )  )
+!      END DO
+!      zfact(:,:) = zwkb(:,:,jpkm1)
+!!gm or just use zwkb(k=jpk-1) instead of zfact...
+!!gm
+      !
+      DO jk = 2, jpkm1
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               IF( zfact(ji,jj) /= 0 )   zwkb(ji,jj,jk) = zhdep(ji,jj) * ( zfact(ji,jj) - zwkb(ji,jj,jk) )   &
+                  &                                     * wmask(ji,jj,jk) / zfact(ji,jj)
+            END DO
+         END DO
+      END DO
+      zwkb(:,:,1) = zhdep(:,:) * wmask(:,:,1)
+      !
+      zweight(:,:,:) = 0._wp
+      DO jk = 2, jpkm1
+         zweight(:,:,jk) = MAX( 0._wp, rn2(:,:,jk) ) * hbot_iwm(:,:) * wmask(:,:,jk)                    &
+            &   * (  EXP( -zwkb(:,:,jk) / hbot_iwm(:,:) ) - EXP( -zwkb(:,:,jk-1) / hbot_iwm(:,:) )  )
+      END DO
+      !
+      zfact(:,:) = 0._wp
+      DO jk = 2, jpkm1              ! part independent of the level
+         zfact(:,:) = zfact(:,:) + zweight(:,:,jk)
+      END DO
+      !
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            IF( zfact(ji,jj) /= 0 )   zfact(ji,jj) = ebot_iwm(ji,jj) / ( rau0 * zfact(ji,jj) )
+         END DO
+      END DO
+      !
+      DO jk = 2, jpkm1              ! complete with the level-dependent part
+         zemx_iwm(:,:,jk) = zemx_iwm(:,:,jk) + zweight(:,:,jk) * zfact(:,:) * wmask(:,:,jk)   &
+            &                                / ( gde3w_n(:,:,jk) - gde3w_n(:,:,jk-1) )
+!!gm  use of e3t_n just above?
+      END DO
+      !
+!!gm  this is to be replaced by just a constant value znu=1.e-6 m2/s
+      ! Calculate molecular kinematic viscosity
+      znu_t(:,:,:) = 1.e-4_wp * (  17.91_wp - 0.53810_wp * tsn(:,:,:,jp_tem) + 0.00694_wp * tsn(:,:,:,jp_tem) * tsn(:,:,:,jp_tem)  &
+         &                                  + 0.02305_wp * tsn(:,:,:,jp_sal)  ) * tmask(:,:,:) * r1_rau0
+      DO jk = 2, jpkm1
+         znu_w(:,:,jk) = 0.5_wp * ( znu_t(:,:,jk-1) + znu_t(:,:,jk) ) * wmask(:,:,jk)
+      END DO
+!!gm end
+      !
+      ! Calculate turbulence intensity parameter Reb
+      DO jk = 2, jpkm1
+         zReb(:,:,jk) = zemx_iwm(:,:,jk) / MAX( 1.e-20_wp, znu_w(:,:,jk) * rn2(:,:,jk) )
+      END DO
+      !
+      ! Define internal wave-induced diffusivity
+      DO jk = 2, jpkm1
+         zav_wave(:,:,jk) = znu_w(:,:,jk) * zReb(:,:,jk) * r1_6   ! This corresponds to a constant mixing efficiency of 1/6
+      END DO
+      !
+      IF( ln_mevar ) THEN              ! Variable mixing efficiency case : modify zav_wave in the
+         DO jk = 2, jpkm1              ! energetic (Reb > 480) and buoyancy-controlled (Reb <10.224 ) regimes
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  IF( zReb(ji,jj,jk) > 480.00_wp ) THEN
+                     zav_wave(ji,jj,jk) = 3.6515_wp * znu_w(ji,jj,jk) * SQRT( zReb(ji,jj,jk) )
+                  ELSEIF( zReb(ji,jj,jk) < 10.224_wp ) THEN
+                     zav_wave(ji,jj,jk) = 0.052125_wp * znu_w(ji,jj,jk) * zReb(ji,jj,jk) * SQRT( zReb(ji,jj,jk) )
+                  ENDIF
+               END DO
+            END DO
+         END DO
+      ENDIF
+      !
+      DO jk = 2, jpkm1                 ! Bound diffusivity by molecular value and 100 cm2/s
+         zav_wave(:,:,jk) = MIN(  MAX( 1.4e-7_wp, zav_wave(:,:,jk) ), 1.e-2_wp  ) * wmask(:,:,jk)
+      END DO
+      !
+      IF( kt == nit000 ) THEN        !* Control print at first time-step: diagnose the energy consumed by zav_wave
+         zztmp = 0._wp
+!!gm used of glosum 3D....
+         DO jk = 2, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  zztmp = zztmp + e3w_n(ji,jj,jk) * e1e2t(ji,jj)   &
+                     &          * MAX( 0._wp, rn2(ji,jj,jk) ) * zav_wave(ji,jj,jk) * wmask(ji,jj,jk) * tmask_i(ji,jj)
+               END DO
+            END DO
+         END DO
+         CALL mpp_sum( 'zdfiwm', zztmp )
+         zztmp = rau0 * zztmp ! Global integral of rauo * Kz * N^2 = power contributing to mixing 
+         !
+         IF(lwp) THEN
+            WRITE(numout,*)
+            WRITE(numout,*) 'zdf_iwm : Internal wave-driven mixing (iwm)'
+            WRITE(numout,*) '~~~~~~~ '
+            WRITE(numout,*)
+            WRITE(numout,*) '      Total power consumption by av_wave =  ', zztmp * 1.e-12_wp, 'TW'
+         ENDIF
+      ENDIF
+
+      !                          ! ----------------------- !
+      !                          !   Update  mixing coefs  !                          
+      !                          ! ----------------------- !
+      !      
+      IF( ln_tsdiff ) THEN          !* Option for differential mixing of salinity and temperature
+         DO jk = 2, jpkm1              ! Calculate S/T diffusivity ratio as a function of Reb
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  zav_ratio(ji,jj,jk) = ( 0.505_wp + 0.495_wp *                                                                  &
+                      &   TANH(    0.92_wp * (   LOG10(  MAX( 1.e-20_wp, zReb(ji,jj,jk) * 5._wp * r1_6 )  ) - 0.60_wp   )    )   &
+                      &                 ) * wmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "av_ratio", zav_ratio )
+         DO jk = 2, jpkm1           !* update momentum & tracer diffusivity with wave-driven mixing
+            p_avs(:,:,jk) = p_avs(:,:,jk) + zav_wave(:,:,jk) * zav_ratio(:,:,jk)
+            p_avt(:,:,jk) = p_avt(:,:,jk) + zav_wave(:,:,jk)
+            p_avm(:,:,jk) = p_avm(:,:,jk) + zav_wave(:,:,jk)
+         END DO
+         !
+      ELSE                          !* update momentum & tracer diffusivity with wave-driven mixing
+         DO jk = 2, jpkm1
+            p_avs(:,:,jk) = p_avs(:,:,jk) + zav_wave(:,:,jk)
+            p_avt(:,:,jk) = p_avt(:,:,jk) + zav_wave(:,:,jk)
+            p_avm(:,:,jk) = p_avm(:,:,jk) + zav_wave(:,:,jk)
+         END DO
+      ENDIF
+
+      !                             !* output internal wave-driven mixing coefficient
+      CALL iom_put( "av_wave", zav_wave )
+                                    !* output useful diagnostics: Kz*N^2 , 
+!!gm Kz*N2 should take into account the ratio avs/avt if it is used.... (see diaar5)
+                                    !  vertical integral of rau0 * Kz * N^2 , energy density (zemx_iwm)
+      IF( iom_use("bflx_iwm") .OR. iom_use("pcmap_iwm") ) THEN
+         ALLOCATE( z2d(jpi,jpj) , z3d(jpi,jpj,jpk) )
+         z3d(:,:,:) = MAX( 0._wp, rn2(:,:,:) ) * zav_wave(:,:,:)
+         z2d(:,:) = 0._wp
+         DO jk = 2, jpkm1
+            z2d(:,:) = z2d(:,:) + e3w_n(:,:,jk) * z3d(:,:,jk) * wmask(:,:,jk)
+         END DO
+         z2d(:,:) = rau0 * z2d(:,:)
+         CALL iom_put( "bflx_iwm", z3d )
+         CALL iom_put( "pcmap_iwm", z2d )
+         DEALLOCATE( z2d , z3d )
+      ENDIF
+      CALL iom_put( "emix_iwm", zemx_iwm )
+      
+      IF(ln_ctl)   CALL prt_ctl(tab3d_1=zav_wave , clinfo1=' iwm - av_wave: ', tab3d_2=avt, clinfo2=' avt: ', kdim=jpk)
+      !
+   END SUBROUTINE zdf_iwm
+
+
+   SUBROUTINE zdf_iwm_init
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zdf_iwm_init  ***
+      !!                     
+      !! ** Purpose :   Initialization of the wave-driven vertical mixing, reading
+      !!              of input power maps and decay length scales in netcdf files.
+      !!
+      !! ** Method  : - Read the namzdf_iwm namelist and check the parameters
+      !!
+      !!              - Read the input data in NetCDF files :
+      !!              power available from high-mode wave breaking (mixing_power_bot.nc)
+      !!              power available from pycnocline-intensified wave-breaking (mixing_power_pyc.nc)
+      !!              power available from critical slope wave-breaking (mixing_power_cri.nc)
+      !!              WKB decay scale for high-mode wave-breaking (decay_scale_bot.nc)
+      !!              decay scale for critical slope wave-breaking (decay_scale_cri.nc)
+      !!
+      !! ** input   : - Namlist namzdf_iwm
+      !!              - NetCDF files : mixing_power_bot.nc, mixing_power_pyc.nc, mixing_power_cri.nc,
+      !!              decay_scale_bot.nc decay_scale_cri.nc
+      !!
+      !! ** Action  : - Increase by 1 the nstop flag is setting problem encounter
+      !!              - Define ebot_iwm, epyc_iwm, ecri_iwm, hbot_iwm, hcri_iwm
+      !!
+      !! References : de Lavergne et al. JPO, 2015 ; de Lavergne PhD 2016
+      !!              de Lavergne et al. in prep., 2017
+      !!----------------------------------------------------------------------
+      INTEGER  ::   ji, jj, jk   ! dummy loop indices
+      INTEGER  ::   inum         ! local integer
+      INTEGER  ::   ios
+      REAL(wp) ::   zbot, zpyc, zcri   ! local scalars
+      !!
+      NAMELIST/namzdf_iwm/ nn_zpyc, ln_mevar, ln_tsdiff
+      !!----------------------------------------------------------------------
+      !
+      REWIND( numnam_ref )              ! Namelist namzdf_iwm in reference namelist : Wave-driven mixing
+      READ  ( numnam_ref, namzdf_iwm, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namzdf_iwm in reference namelist', lwp )
+      !
+      REWIND( numnam_cfg )              ! Namelist namzdf_iwm in configuration namelist : Wave-driven mixing
+      READ  ( numnam_cfg, namzdf_iwm, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'namzdf_iwm in configuration namelist', lwp )
+      IF(lwm) WRITE ( numond, namzdf_iwm )
+      !
+      IF(lwp) THEN                  ! Control print
+         WRITE(numout,*)
+         WRITE(numout,*) 'zdf_iwm_init : internal wave-driven mixing'
+         WRITE(numout,*) '~~~~~~~~~~~~'
+         WRITE(numout,*) '   Namelist namzdf_iwm : set wave-driven mixing parameters'
+         WRITE(numout,*) '      Pycnocline-intensified diss. scales as N (=1) or N^2 (=2) = ', nn_zpyc
+         WRITE(numout,*) '      Variable (T) or constant (F) mixing efficiency            = ', ln_mevar
+         WRITE(numout,*) '      Differential internal wave-driven mixing (T) or not (F)   = ', ln_tsdiff
+      ENDIF
+      
+      ! The new wave-driven mixing parameterization elevates avt and avm in the interior, and
+      ! ensures that avt remains larger than its molecular value (=1.4e-7). Therefore, avtb should 
+      ! be set here to a very small value, and avmb to its (uniform) molecular value (=1.4e-6).
+      avmb(:) = 1.4e-6_wp        ! viscous molecular value
+      avtb(:) = 1.e-10_wp        ! very small diffusive minimum (background avt is specified in zdf_iwm)    
+      avtb_2d(:,:) = 1.e0_wp     ! uniform 
+      IF(lwp) THEN                  ! Control print
+         WRITE(numout,*)
+         WRITE(numout,*) '   Force the background value applied to avm & avt in TKE to be everywhere ',   &
+            &               'the viscous molecular value & a very small diffusive value, resp.'
+      ENDIF
+            
+      !                             ! allocate iwm arrays
+      IF( zdf_iwm_alloc() /= 0 )   CALL ctl_stop( 'STOP', 'zdf_iwm_init : unable to allocate iwm arrays' )
+      !
+      !                             ! read necessary fields
+!!$      CALL iom_open('mixing_power_bot',inum)       ! energy flux for high-mode wave breaking [W/m2]
+!!$      CALL iom_get  (inum, jpdom_data, 'field', ebot_iwm, 1 ) 
+!!$      CALL iom_close(inum)
+      ebot_iwm(:,:) = 1.e-6
+      !
+!!$      CALL iom_open('mixing_power_pyc',inum)       ! energy flux for pynocline-intensified wave breaking [W/m2]
+!!$      CALL iom_get  (inum, jpdom_data, 'field', epyc_iwm, 1 )
+!!$      CALL iom_close(inum)
+      epyc_iwm(:,:) = 1.e-6
+      !
+!!$      CALL iom_open('mixing_power_cri',inum)       ! energy flux for critical slope wave breaking [W/m2]
+!!$      CALL iom_get  (inum, jpdom_data, 'field', ecri_iwm, 1 )
+!!$      CALL iom_close(inum)
+      ecri_iwm(:,:) = 1.e-10
+      !
+!!$      CALL iom_open('decay_scale_bot',inum)        ! spatially variable decay scale for high-mode wave breaking [m]
+!!$      CALL iom_get  (inum, jpdom_data, 'field', hbot_iwm, 1 )
+!!$      CALL iom_close(inum)
+      hbot_iwm(:,:) = 100.
+      !
+!!$      CALL iom_open('decay_scale_cri',inum)        ! spatially variable decay scale for critical slope wave breaking [m]
+!!$      CALL iom_get  (inum, jpdom_data, 'field', hcri_iwm, 1 )
+!!$      CALL iom_close(inum)
+      hcri_iwm(:,:) = 100.
+
+      ebot_iwm(:,:) = ebot_iwm(:,:) * ssmask(:,:)
+      epyc_iwm(:,:) = epyc_iwm(:,:) * ssmask(:,:)
+      ecri_iwm(:,:) = ecri_iwm(:,:) * ssmask(:,:)
+
+      zbot = glob_sum( 'zdfiwm', e1e2t(:,:) * ebot_iwm(:,:) )
+      zpyc = glob_sum( 'zdfiwm', e1e2t(:,:) * epyc_iwm(:,:) )
+      zcri = glob_sum( 'zdfiwm', e1e2t(:,:) * ecri_iwm(:,:) )
+      IF(lwp) THEN
+         WRITE(numout,*) '      High-mode wave-breaking energy:             ', zbot * 1.e-12_wp, 'TW'
+         WRITE(numout,*) '      Pycnocline-intensifed wave-breaking energy: ', zpyc * 1.e-12_wp, 'TW'
+         WRITE(numout,*) '      Critical slope wave-breaking energy:        ', zcri * 1.e-12_wp, 'TW'
+      ENDIF
+      !
+   END SUBROUTINE zdf_iwm_init
+
+   !!======================================================================
+END MODULE zdfiwm
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/cpp_BENCH.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/cpp_BENCH.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/BENCH/cpp_BENCH.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys key_mpp_mpi key_si3 key_top
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,35 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+      <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+      <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+      <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+      <axis id="nfloat" long_name="Float number"      unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+      <axis id="ncatice" long_name="Ice category"       unit="1"               />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,986 @@
+<?xml version="1.0"?> 
+    <!-- $id$ -->
+    
+    <!-- 
+============================================================================================================
+=                                  definition of all existing variables                                    =
+=                                            DO NOT CHANGE                                                 =
+============================================================================================================
+    -->
+   <field_definition level="1" prec="4" operation="average" enabled=".TRUE." default_value="1.e20" > <!-- time step automaticaly defined -->
+
+    <!-- 
+============================================================================================================
+                                  Physical ocean model variables
+============================================================================================================
+    -->
+
+      <!-- T grid -->
+      
+      <field_group id="grid_T" grid_ref="grid_T_2D" >
+         <field id="salgrad"          long_name="module of salinity gradient"              unit="psu/m"   grid_ref="grid_T_3D"/>
+         <field id="salgrad2"         long_name="square of module of salinity gradient"    unit="psu2/m2" grid_ref="grid_T_3D"/>
+         <field id="ke"             long_name="kinetic energy"                           unit="m2/s2"   grid_ref="grid_T_3D"/>
+         <field id="ke_zint"        long_name="vertical integration of kinetic energy"   unit="m3/s2"   />
+         <field id="relvor"           long_name="relative vorticity"                       unit="s-1"    grid_ref="grid_T_3D"/>
+         <field id="absvor"           long_name="absolute vorticity"                       unit="s-1"    grid_ref="grid_T_3D"/>
+         <field id="potvor"           long_name="potential vorticity"                      unit="s-1"    grid_ref="grid_T_3D"/>
+         <field id="e3t"          long_name="T-cell thickness"   standard_name="cell_thickness"   unit="m"   grid_ref="grid_T_3D"/>
+         <field id="e3t_surf"     long_name="T-cell thickness"   field_ref="e3t"  standard_name="cell_thickness"   unit="m"   grid_ref="grid_T_SFC"/>
+         <field id="e3t_0"        long_name="Initial T-cell thickness"   standard_name="ref_cell_thickness"   unit="m"   grid_ref="grid_T_3D"/>
+
+         <field id="toce"         long_name="temperature"         standard_name="sea_water_potential_temperature"   unit="degC"     grid_ref="grid_T_3D"/>
+         <field id="toce_e3t"     long_name="temperature (thickness weighted)"                                      unit="degC"     grid_ref="grid_T_3D" > toce * e3t </field >
+         <field id="soce"         long_name="salinity"            standard_name="sea_water_practical_salinity"      unit="1e-3"     grid_ref="grid_T_3D"/>
+         <field id="soce_e3t"     long_name="salinity    (thickness weighted)"                                      unit="1e-3"     grid_ref="grid_T_3D" > soce * e3t </field >
+
+         <!-- t-eddy viscosity coefficients (ldfdyn) -->
+	 <field id="ahmt_2d"      long_name=" surface t-eddy viscosity coefficient"   unit="m2/s or m4/s" />
+	 <field id="ahmt_3d"      long_name=" 3D      t-eddy viscosity coefficient"   unit="m2/s or m4/s"                           grid_ref="grid_T_3D"/>
+
+         <field id="sst"          long_name="sea surface temperature"             standard_name="sea_surface_temperature"             unit="degC"     />
+         <field id="sst2"         long_name="square of sea surface temperature"   standard_name="square_of_sea_surface_temperature"   unit="degC2"     > sst * sst </field >
+         <field id="sstmax"       long_name="max of sea surface temperature"   field_ref="sst"   operation="maximum"                                  />
+         <field id="sstmin"       long_name="min of sea surface temperature"   field_ref="sst"   operation="minimum"                                  />
+         <field id="sstgrad"      long_name="module of sst gradient"                                                                  unit="degC/m"   />
+         <field id="sstgrad2"     long_name="square of module of sst gradient"                                                        unit="degC2/m2" />
+         <field id="sbt"          long_name="sea bottom temperature"                                                                  unit="degC"     />
+         <field id="tosmint"      long_name="vertical integral of temperature times density"   standard_name="integral_wrt_depth_of_product_of_density_and_potential_temperature"  unit="(kg m2) degree_C" />
+         <field id="sst_wl"       long_name="Delta SST of warm layer"                                                                 unit="degC"     />
+         <field id="sst_cs"       long_name="Delta SST of cool skin"                                                                  unit="degC"     />
+	 <field id="temp_3m"      long_name="temperature at 3m"                                                                       unit="degC"     />
+         
+         <field id="sss"          long_name="sea surface salinity"             standard_name="sea_surface_salinity"   unit="1e-3" />
+         <field id="sss2"         long_name="square of sea surface salinity"                                          unit="1e-6"  > sss * sss </field >
+         <field id="sssmax"       long_name="max of sea surface salinity"   field_ref="sss"   operation="maximum"                 />
+         <field id="sssmin"       long_name="min of sea surface salinity"   field_ref="sss"   operation="minimum"                 />
+         <field id="sbs"          long_name="sea bottom salinity"                                                     unit="0.001" />
+         <field id="somint"       long_name="vertical integral of salinity times density"   standard_name="integral_wrt_depth_of_product_of_density_and_salinity"  unit="(kg m2) x (1e-3)" /> 
+
+         <field id="taubot"       long_name="bottom stress module"                                                    unit="N/m2" /> 
+
+         <field id="ssh"          long_name="sea surface height"             standard_name="sea_surface_height_above_geoid"             unit="m" />
+         <field id="ssh2"         long_name="square of sea surface height"   standard_name="square_of_sea_surface_height_above_geoid"   unit="m2" > ssh * ssh </field >
+         <field id="wetdep"       long_name="wet depth"                      standard_name="wet_depth"                unit="m" />
+         <field id="sshmax"       long_name="max of sea surface height"   field_ref="ssh"   operation="maximum"                                  />
+
+         <field id="mldkz5"       long_name="Turbocline depth (Kz = 5e-4)"                       standard_name="ocean_mixed_layer_thickness_defined_by_vertical_tracer_diffusivity"                unit="m"          />
+         <field id="mldr10_1"     long_name="Mixed Layer Depth (dsigma = 0.01 wrt 10m)"          standard_name="ocean_mixed_layer_thickness_defined_by_sigma_theta"                                unit="m"          />
+         <field id="mldr10_1max"  long_name="Max of Mixed Layer Depth (dsigma = 0.01 wrt 10m)"   field_ref="mldr10_1"   operation="maximum"                                                                          />
+         <field id="mldr10_1min"  long_name="Min of Mixed Layer Depth (dsigma = 0.01 wrt 10m)"   field_ref="mldr10_1"   operation="minimum"                                                                          />
+         <field id="heatc"        long_name="Heat content vertically integrated"                 standard_name="integral_of_sea_water_potential_temperature_wrt_depth_expressed_as_heat_content"   unit="J/m2"       />
+         <field id="saltc"        long_name="Salt content vertically integrated"                                                                                                                   unit="1e-3*kg/m2" />
+         <field id="salt2c"        long_name="Salt content vertically integrated"                                                                                                                   unit="1e-3*kg/m2" />
+
+         <!-- EOS -->
+         <field id="alpha"        long_name="thermal expansion"                                                         unit="degC-1" grid_ref="grid_T_3D" />
+         <field id="beta"         long_name="haline contraction"                                                        unit="1e3"    grid_ref="grid_T_3D" />
+         <field id="bn2"          long_name="squared Brunt-Vaisala frequency"                                           unit="s-1"    grid_ref="grid_T_3D" />
+         <field id="rhop"         long_name="potential density (sigma0)"        standard_name="sea_water_sigma_theta"   unit="kg/m3"  grid_ref="grid_T_3D" />
+
+         <!-- Energy - horizontal divergence -->
+         <field id="eken"         long_name="kinetic energy"          standard_name="specific_kinetic_energy_of_sea_water"   unit="m2/s2"  grid_ref="grid_T_3D" />
+         <field id="hdiv"         long_name="horizontal divergence"                                                          unit="s-1"    grid_ref="grid_T_3D" />
+
+         <!-- variables available with MLE -->
+         <field id="Lf_NHpf"      long_name="MLE: Lf = N H / f"   unit="m" />
+
+         <!-- next variables available with key_diahth -->
+         <field id="mlddzt"       long_name="Thermocline Depth (depth of max dT/dz)"         standard_name="depth_at_maximum_upward_derivative_of_sea_water_potential_temperature"             unit="m"                         />
+         <field id="mldr10_3"     long_name="Mixed Layer Depth (dsigma = 0.03 wrt 10m)"      standard_name="ocean_mixed_layer_thickness_defined_by_sigma_theta"                                unit="m"                         />
+         <field id="mldr0_1"      long_name="Mixed Layer Depth (dsigma = 0.01 wrt sfc)"      standard_name="ocean_mixed_layer_thickness_defined_by_sigma_theta"                                unit="m"                         />
+         <field id="mldr0_3"      long_name="Mixed Layer Depth (dsigma = 0.03 wrt sfc)"      standard_name="ocean_mixed_layer_thickness_defined_by_sigma_theta"                                unit="m"                         />
+         <field id="mld_dt02"     long_name="Mixed Layer Depth (|dT| = 0.2 wrt 10m)"         standard_name="ocean_mixed_layer_thickness_defined_by_temperature"                                unit="m"                         />
+         <field id="topthdep"     long_name="Top of Thermocline Depth (dT = -0.2 wrt 10m)"   standard_name="ocean_mixed_layer_thickness_defined_by_temperature"                                unit="m"                         />
+         <field id="pycndep"      long_name="Pycnocline Depth (dsigma[dT=-0.2] wrt 10m)"     standard_name="ocean_mixed_layer_thickness_defined_by_sigma_theta"                                unit="m"                         />
+         <field id="BLT"          long_name="Barrier Layer Thickness"                                                                                                                          unit="m"                          > topthdep - pycndep </field>
+         <field id="tinv"         long_name="Max of vertical invertion of temperature"                                                                                                         unit="degC"                      />
+         <field id="depti"        long_name="Depth of max. vert. inv. of temperature"                                                                                                          unit="m"                         />
+         <field id="20d"          long_name="Depth of 20C isotherm"                          standard_name="depth_of_isosurface_of_sea_water_potential_temperature"                            unit="m"      axis_ref="iax_20C" />
+         <field id="28d"          long_name="Depth of 28C isotherm"                          standard_name="depth_of_isosurface_of_sea_water_potential_temperature"                            unit="m"      axis_ref="iax_28C" />
+         <field id="hc300"        long_name="Heat content 0-300m"                            standard_name="integral_of_sea_water_potential_temperature_wrt_depth_expressed_as_heat_content"   unit="J/m2"                      />
+
+         <!-- variables available with diaar5 -->
+         <field id="botpres"      long_name="Sea Water Pressure at Sea Floor"   standard_name="sea_water_pressure_at_sea_floor"   unit="dbar" />
+         <field id="sshdyn"       long_name="dynamic sea surface height"     standard_name="dynamic_sea_surface_height_above_geoid"     unit="m" />
+         <field id="sshdyn2"      long_name="square of dynamic sea surface height"     standard_name="dynamic_sea_surface_height_above_geoid_squared"     unit="m2" > sshdyn * sshdyn </field>
+         <field id="tnpeo"      long_name="Tendency of ocean potential energy content"          unit="W/m2"                           />
+
+         <!-- variables available ln_linssh=.FALSE. -->
+         <field id="tpt_dep"      long_name="T-point depth"                  standard_name="depth_below_geoid"   unit="m"   grid_ref="grid_T_3D" />
+         <field id="e3tdef"       long_name="T-cell thickness deformation"                                       unit="%"   grid_ref="grid_T_3D" />
+      </field_group>
+
+      <!-- Tides -->
+
+      <field_group id="Tides_T" grid_ref="grid_T_2D" operation="once" >
+         <!-- tidal composante -->
+         <field id="M2x"          long_name="M2 Elevation harmonic real part "                             unit="m"        />
+         <field id="M2y"          long_name="M2 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="S2x"          long_name="S2 Elevation harmonic real part "                             unit="m"        />
+         <field id="S2y"          long_name="S2 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="N2x"          long_name="N2 Elevation harmonic real part "                             unit="m"        />
+         <field id="N2y"          long_name="N2 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="K1x"          long_name="K1 Elevation harmonic real part "                             unit="m"        />
+         <field id="K1y"          long_name="K1 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="O1x"          long_name="O1 Elevation harmonic real part "                             unit="m"        />
+         <field id="O1y"          long_name="O1 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="Q1x"          long_name="Q1 Elevation harmonic real part "                             unit="m"        />
+         <field id="Q1y"          long_name="Q1 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="M4x"          long_name="M4 Elevation harmonic real part "                             unit="m"        />
+         <field id="M4y"          long_name="M4 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="K2x"          long_name="K2 Elevation harmonic real part "                             unit="m"        />
+         <field id="K2y"          long_name="K2 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="P1x"          long_name="P1 Elevation harmonic real part "                             unit="m"        />
+         <field id="P1y"          long_name="P1 Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="Mfx"          long_name="Mf Elevation harmonic real part "                             unit="m"        />
+         <field id="Mfy"          long_name="Mf Elevation harmonic imaginary part"                         unit="m"        />
+         <field id="Mmx"          long_name="Mm Elevation harmonic real part "                             unit="m"        />
+         <field id="Mmy"          long_name="Mm Elevation harmonic imaginary part"                         unit="m"        />
+      </field_group>
+	 
+      <field_group id="Tides_U" grid_ref="grid_U_2D" operation="once" >
+         <field id="M2x_u"        long_name="M2 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="M2y_u"        long_name="M2 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="S2x_u"        long_name="S2 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="S2y_u"        long_name="S2 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="N2x_u"        long_name="N2 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="N2y_u"        long_name="N2 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="K1x_u"        long_name="K1 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="K1y_u"        long_name="K1 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="O1x_u"        long_name="O1 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="O1y_u"        long_name="O1 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="Q1x_u"        long_name="Q1 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="Q1y_u"        long_name="Q1 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="M4x_u"        long_name="M4 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="M4y_u"        long_name="M4 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="K2x_u"        long_name="K2 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="K2y_u"        long_name="K2 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="P1x_u"        long_name="P1 current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="P1y_u"        long_name="P1 current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="Mfx_u"        long_name="Mf current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="Mfy_u"        long_name="Mf current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="Mmx_u"        long_name="Mm current barotrope along i-axis harmonic real part "        unit="m/s"      />
+         <field id="Mmy_u"        long_name="Mm current barotrope along i-axis harmonic imaginary part "   unit="m/s"      />
+      </field_group>
+	 
+      <field_group id="Tides_V" grid_ref="grid_V_2D" operation="once" >
+         <field id="M2x_v"        long_name="M2 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="M2y_v"        long_name="M2 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="S2x_v"        long_name="S2 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="S2y_v"        long_name="S2 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="N2x_v"        long_name="N2 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="N2y_v"        long_name="N2 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="K1x_v"        long_name="K1 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="K1y_v"        long_name="K1 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="O1x_v"        long_name="O1 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="O1y_v"        long_name="O1 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="Q1x_v"        long_name="Q1 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="Q1y_v"        long_name="Q1 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="M4x_v"        long_name="M4 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="M4y_v"        long_name="M4 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="K2x_v"        long_name="K2 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="K2y_v"        long_name="K2 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="P1x_v"        long_name="P1 current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="P1y_v"        long_name="P1 current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="Mfx_v"        long_name="Mf current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="Mfy_v"        long_name="Mf current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />
+         <field id="Mmx_v"        long_name="Mm current barotrope along j-axis harmonic real part "        unit="m/s"      />
+         <field id="Mmy_v"        long_name="Mm current barotrope along j-axis harmonic imaginary part "   unit="m/s"      />	 
+      </field_group>
+
+      <!-- OSMOSIS variables (available with ln_zdfosm=.true.) -->
+
+      <field_group id="OSMOSIS_T" grid_ref="grid_T_2D">
+         <field id="zwth0"               long_name="surface non-local temperature flux"       unit="deg m/s" />
+         <field id="zws0"                long_name="surface non-local salinity flux"          unit="psu m/s" />
+         <field id="hbl"                 long_name="boundary layer depth"                     unit="m"       />
+         <field id="hbli"                long_name="initial boundary layer depth"             unit="m"       />
+         <field id="dstokes"             long_name="stokes drift  depth scale"                unit="m"       />
+         <field id="zustke"              long_name="magnitude of stokes drift  at T-points"   unit="m/s"     />
+         <field id="zwstrc"              long_name="convective velocity scale"                unit="m/s"     />
+         <field id="zwstrl"              long_name="langmuir velocity scale"                  unit="m/s"     />
+         <field id="zustar"              long_name="friction velocity"                        unit="m/s"     />
+         <field id="zhbl"                long_name="boundary layer depth"                     unit="m"       />
+         <field id="zhml"                long_name="mixed layer depth"                        unit="m"       />
+         <field id="wind_wave_abs_power" long_name="\rho |U_s| x u*^2"                        unit="mW"      />
+         <field id="wind_wave_power"     long_name="U_s \dot  tau"                            unit="mW"      />
+         <field id="wind_power"          long_name="\rho  u*^3"                               unit="mW"      />
+
+         <!-- extra OSMOSIS diagnostics -->
+         <field id="zwthav"              long_name="av turb flux of T in ml"                  unit="deg m/s" />
+         <field id="zt_ml"               long_name="av T in ml"                               unit="deg"     />
+         <field id="zwth_ent"            long_name="entrainment turb flux of T"               unit="deg m/s" />
+         <field id="zhol"                long_name="Hoenekker number"                         unit="#"       />
+         <field id="zdh"                 long_name="Pycnocline  depth - grid"                 unit=" m"      />
+      </field_group>
+
+      <field_group id="OSMOSIS_W" grid_ref="grid_W_3D" operation="instant" >
+         <field id="ghamt"       long_name="non-local temperature flux"                       unit="deg m/s" />
+         <field id="ghams"       long_name="non-local salinity flux"                          unit="psu m/s" />
+         <field id="zdtdz_pyc"   long_name="Pycnocline temperature gradient"                  unit=" deg/m"  />
+      </field_group>
+
+      <field_group id="OSMOSIS_U" grid_ref="grid_U_2D" >
+         <field id="ghamu"       long_name="non-local u-momentum flux"   grid_ref="grid_U_3D" unit="m^2/s^2" />
+         <field id="us_x"        long_name="i component of Stokes drift"                      unit="m/s"     />
+      </field_group>
+
+      <field_group id="OSMOSIS_V" grid_ref="grid_V_2D" >
+         <field id="ghamv"       long_name="non-local v-momentum flux"   grid_ref="grid_V_3D" unit="m^2/s^2" />
+         <field id="us_y"        long_name="j component of Stokes drift"                      unit="m/s"     />
+      </field_group>
+      
+      <!-- SBC -->
+
+      <field_group id="SBC" grid_ref="grid_T_2D" > <!-- time step automaticaly defined based on nn_fsbc -->
+         <field id="empmr"        long_name="Net Upward Water Flux"                standard_name="water_flux_out_of_sea_ice_and_sea_water"                              unit="kg/m2/s"   />
+         <field id="empbmr"       long_name="Net Upward Water Flux at pre. tstep"  standard_name="water_flux_out_of_sea_ice_and_sea_water"                              unit="kg/m2/s"   />
+         <field id="emp_oce"      long_name="Evap minus Precip over ocean"         standard_name="evap_minus_precip_over_sea_water"                                     unit="kg/m2/s"   />
+         <field id="emp_ice"      long_name="Evap minus Precip over ice"           standard_name="evap_minus_precip_over_sea_ice"                                       unit="kg/m2/s"   />
+         <field id="saltflx"      long_name="Downward salt flux"                                                                                                        unit="1e-3/m2/s" />
+         <field id="fmmflx"       long_name="Water flux due to freezing/melting"                                                                                        unit="kg/m2/s"   />
+         <field id="snowpre"      long_name="Snow precipitation"                   standard_name="snowfall_flux"                                                        unit="kg/m2/s"   />
+         <field id="runoffs"      long_name="River Runoffs"                        standard_name="water_flux_into_sea_water_from_rivers"                                unit="kg/m2/s"   />
+         <field id="precip"       long_name="Total precipitation"                  standard_name="precipitation_flux"                                                   unit="kg/m2/s"   />
+ 
+         <field id="qt"           long_name="Net Downward Heat Flux"                standard_name="surface_downward_heat_flux_in_sea_water"                              unit="W/m2"                           />
+         <field id="qns"          long_name="non solar Downward Heat Flux"                                                                                               unit="W/m2"                           />
+         <field id="qsr"          long_name="Shortwave Radiation"                   standard_name="net_downward_shortwave_flux_at_sea_water_surface"                     unit="W/m2"                           />
+         <field id="qsr3d"        long_name="Shortwave Radiation 3D distribution"   standard_name="downwelling_shortwave_flux_in_sea_water"                              unit="W/m2"      grid_ref="grid_T_3D" />
+         <field id="qrp"          long_name="Surface Heat Flux: Damping"            standard_name="heat_flux_into_sea_water_due_to_newtonian_relaxation"                 unit="W/m2"                           />
+         <field id="erp"          long_name="Surface Water Flux: Damping"           standard_name="water_flux_out_of_sea_water_due_to_newtonian_relaxation"              unit="kg/m2/s"                        />
+         <field id="taum"         long_name="wind stress module"                    standard_name="magnitude_of_surface_downward_stress"                                 unit="N/m2"                           />
+         <field id="wspd"         long_name="wind speed module"                     standard_name="wind_speed"                                                           unit="m/s"                            />
+         
+         <!-- * variable relative to atmospheric pressure forcing : available with ln_apr_dyn -->
+         <field id="ssh_ib"       long_name="Inverse barometer sea surface height"  standard_name="sea_surface_height_correction_due_to_air_pressure_at_low_frequency"   unit="m"        />
+
+         <!-- * variable related to ice shelf forcing * -->
+         <field id="fwfisf"       long_name="Ice shelf melting"                             unit="kg/m2/s"  />
+         <field id="fwfisf3d"     long_name="Ice shelf melting"                             unit="kg/m2/s"  grid_ref="grid_T_3D" />
+         <field id="qlatisf"      long_name="Ice shelf latent heat flux"                    unit="W/m2"     />
+         <field id="qlatisf3d"    long_name="Ice shelf latent heat flux"                    unit="W/m2"     grid_ref="grid_T_3D" />
+         <field id="qhcisf"       long_name="Ice shelf heat content flux"                   unit="W/m2"     />
+         <field id="qhcisf3d"     long_name="Ice shelf heat content flux"                   unit="W/m2"     grid_ref="grid_T_3D" />
+         <field id="isfgammat"    long_name="transfert coefficient for isf (temperature) "  unit="m/s"      />
+         <field id="isfgammas"    long_name="transfert coefficient for isf (salinity)    "  unit="m/s"      />
+         <field id="stbl"         long_name="salinity in the Losh tbl                    "  unit="PSU"      />
+         <field id="ttbl"         long_name="temperature in the Losh tbl                 "  unit="C"        />
+         <field id="utbl"         long_name="zonal current in the Losh tbl at T point    "  unit="m/s"      />
+         <field id="vtbl"         long_name="merid current in the Losh tbl at T point    "  unit="m/s"      />
+         <field id="thermald"     long_name="thermal driving of ice shelf melting        "  unit="C"        />
+         <field id="tfrz"         long_name="top freezing point (used to compute melt)   "  unit="C"        />
+         <field id="tinsitu"      long_name="top insitu temperature (used to cmpt melt)  "  unit="C"        />
+         <field id="ustar"        long_name="ustar at T point used in ice shelf melting  "  unit="m/s"      />
+
+         <!-- *_oce variables available with ln_blk_clio or ln_blk_core -->
+         <field id="qlw_oce"      long_name="Longwave Downward Heat Flux over open ocean"  standard_name="surface_net_downward_longwave_flux"                 unit="W/m2"  />
+         <field id="qsb_oce"      long_name="Sensible Downward Heat Flux over open ocean"  standard_name="surface_downward_sensible_heat_flux"                unit="W/m2"  />
+         <field id="qla_oce"      long_name="Latent Downward Heat Flux over open ocean"    standard_name="surface_downward_latent_heat_flux"                  unit="W/m2"  />
+         <field id="qt_oce"       long_name="total flux at ocean surface"                  standard_name="surface_downward_heat_flux_in_sea_water"            unit="W/m2"  />
+         <field id="qsr_oce"      long_name="solar heat flux at ocean surface"             standard_name="net_downward_shortwave_flux_at_sea_water_surface"   unit="W/m2"  />
+         <field id="qns_oce"      long_name="non-solar heat flux at ocean surface (including E-P)"                                                            unit="W/m2"  />
+         <field id="qemp_oce"     long_name="Downward Heat Flux from E-P over open ocean"                                                                     unit="W/m2"  />
+         <field id="taum_oce"     long_name="wind stress module over open ocean"           standard_name="magnitude_of_surface_downward_stress"               unit="N/m2"  />
+
+         <!-- available key_oasis3 -->
+         <field id="snow_ao_cea"  long_name="Snow over ice-free ocean (cell average)"   standard_name="snowfall_flux"                             unit="kg/m2/s"  />
+         <field id="snow_ai_cea"  long_name="Snow over sea-ice (cell average)"          standard_name="snowfall_flux"                             unit="kg/m2/s"  />
+         <field id="subl_ai_cea"  long_name="Sublimation over sea-ice (cell average)"   standard_name="surface_snow_and_ice_sublimation_flux"     unit="kg/m2/s"  />
+         <field id="icealb_cea"   long_name="Ice albedo (cell average)"                 standard_name="sea_ice_albedo"                            unit="1"        />
+         <field id="calving_cea"  long_name="Calving"                                   standard_name="water_flux_into_sea_water_from_icebergs"   unit="kg/m2/s"  />
+         <field id="iceberg_cea"  long_name="Iceberg"                                   standard_name="water_flux_into_sea_water_from_icebergs"   unit="kg/m2/s"  />
+         <field id="iceshelf_cea" long_name="Iceshelf"                                  standard_name="water_flux_into_sea_water_from_iceshelf"   unit="kg/m2/s"  />
+
+
+         <!-- available if key_oasis3 + conservative method -->
+         <field id="rain"          long_name="Liquid precipitation"                                     standard_name="rainfall_flux"                                                                 unit="kg/m2/s"  />
+         <field id="evap_ao_cea"   long_name="Evaporation over ice-free ocean (cell average)"           standard_name="water_evaporation_flux"                                                        unit="kg/m2/s"  />
+         <field id="isnwmlt_cea"   long_name="Snow over Ice melting (cell average)"                     standard_name="surface_snow_melt_flux"                                                        unit="kg/m2/s"  />
+         <field id="fsal_virt_cea" long_name="Virtual salt flux due to ice formation (cell average)"    standard_name="virtual_salt_flux_into_sea_water_due_to_sea_ice_thermodynamics"                unit="kg/m2/s"  />
+         <field id="fsal_real_cea" long_name="Real salt flux due to ice formation (cell average)"       standard_name="downward_sea_ice_basal_salt_flux"                                              unit="kg/m2/s"  />
+         <field id="hflx_rain_cea" long_name="heat flux due to rainfall"                                standard_name="temperature_flux_due_to_rainfall_expressed_as_heat_flux_into_sea_water"        unit="W/m2"     />
+         <field id="hflx_evap_cea" long_name="heat flux due to evaporation"                             standard_name="temperature_flux_due_to_evaporation_expressed_as_heat_flux_out_of_sea_water"   unit="W/m2"     />
+         <field id="hflx_snow_cea" long_name="heat flux due to snow falling"                            standard_name="heat_flux_onto_ocean_and_ice_due_to_snow_thermodynamics"                       unit="W/m2"     />
+         <field id="hflx_snow_ai_cea" long_name="heat flux due to snow falling over ice"                standard_name="heat_flux_onto_ice_due_to_snow_thermodynamics"                                 unit="W/m2"     />
+         <field id="hflx_snow_ao_cea" long_name="heat flux due to snow falling over ice-free ocean"     standard_name="heat_flux_onto_sea_water_due_to_snow_thermodynamics"                           unit="W/m2"     />
+         <field id="hflx_ice_cea"  long_name="heat flux due to ice thermodynamics"                      standard_name="heat_flux_into_sea_water_due_to_sea_ice_thermodynamics"                        unit="W/m2"     />
+         <field id="hflx_rnf_cea"  long_name="heat flux due to runoffs"                                 standard_name="temperature_flux_due_to_runoff_expressed_as_heat_flux_into_sea_water"          unit="W/m2"     />
+         <field id="hflx_cal_cea"  long_name="heat flux due to calving"                                 standard_name="heat_flux_into_sea_water_due_to_calving"                                       unit="W/m2"     />
+         <field id="hflx_icb_cea"  long_name="heat flux due to iceberg"                                 standard_name="heat_flux_into_sea_water_due_to_icebergs"                                      unit="W/m2"     />
+         <field id="hflx_isf_cea"  long_name="heat flux due to iceshelf"                                standard_name="heat_flux_into_sea_water_due_to_iceshelf"                                      unit="W/m2"     />
+         <field id="bicemel_cea"   long_name="Rate of Melt at Sea Ice Base (cell average)"              standard_name="tendency_of_sea_ice_amount_due_to_basal_melting"                               unit="kg/m2/s"  />
+         <field id="licepro_cea"   long_name="Lateral Sea Ice Growth Rate (cell average)"               standard_name="tendency_of_sea_ice_amount_due_to_lateral_growth_of_ice_floes"                 unit="kg/m2/s"  />
+         <field id="snowmel_cea"   long_name="Snow Melt Rate (cell average)"                            standard_name="surface_snow_melt_flux"                                                        unit="kg/m2/s"  />
+         <field id="sntoice_cea"   long_name="Snow-Ice Formation Rate (cell average)"                   standard_name="tendency_of_sea_ice_amount_due_to_snow_conversion"                             unit="kg/m2/s"  />
+         <field id="ticemel_cea"   long_name="Rate of Melt at Upper Surface of Sea Ice (cell average)"  standard_name="tendency_of_sea_ice_amount_due_to_surface_melting"                             unit="kg/m2/s"  />
+
+         <!-- ice field (nn_ice=1)  -->
+         <field id="ice_cover"    long_name="Ice fraction"                                                 standard_name="sea_ice_area_fraction"                              unit="1"            />
+         
+         <!-- dilution -->
+         <field id="emp_x_sst"    long_name="Concentration/Dilution term on SST"                                                                                              unit="kg*degC/m2/s" />
+         <field id="emp_x_sss"    long_name="Concentration/Dilution term on SSS"                                                                                              unit="kg*1e-3/m2/s" />        
+         <field id="rnf_x_sst"    long_name="Runoff term on SST"                                                                                                              unit="kg*degC/m2/s" />
+         <field id="rnf_x_sss"    long_name="Runoff term on SSS"                                                                                                              unit="kg*1e-3/m2/s" />
+       
+	 <!-- sbcssm variables -->
+         <field id="sst_m"    unit="degC" />
+         <field id="sss_m"    unit="psu"  />
+         <field id="ssu_m"    unit="m/s"  />
+         <field id="ssv_m"    unit="m/s"  />
+         <field id="ssh_m"    unit="m"    />
+         <field id="e3t_m"    unit="m"    />
+         <field id="frq_m"    unit="-"    />
+
+      </field_group>
+
+      <!-- U grid -->
+      
+      <field_group id="grid_U"   grid_ref="grid_U_2D">
+         <field id="e3u"          long_name="U-cell thickness"                                       standard_name="cell_thickness"              unit="m"          grid_ref="grid_U_3D" />
+         <field id="e3u_0"        long_name="Initial U-cell thickness"                               standard_name="ref_cell_thickness"          unit="m"          grid_ref="grid_U_3D"/>
+         <field id="utau"         long_name="Wind Stress along i-axis"                               standard_name="surface_downward_x_stress"   unit="N/m2"                            />
+         <field id="uoce"         long_name="ocean current along i-axis"                             standard_name="sea_water_x_velocity"        unit="m/s"        grid_ref="grid_U_3D" />
+         <field id="uoce_e3u"     long_name="ocean current along i-axis  (thickness weighted)"                                                   unit="m/s"        grid_ref="grid_U_3D"  > uoce * e3u </field>
+         <field id="ssu"          long_name="ocean surface current along i-axis"                                                                 unit="m/s"                             />
+         <field id="sbu"          long_name="ocean bottom current along i-axis"                                                                  unit="m/s"                             />
+         <field id="ubar"         long_name="ocean barotropic current along i-axis"                                                              unit="m/s"                             />
+         <field id="uocetr_eff"   long_name="Effective ocean transport along i-axis"                 standard_name="ocean_volume_x_transport"    unit="m3/s"       grid_ref="grid_U_3D" />
+         <field id="uocet"        long_name="ocean transport along i-axis times temperature (CRS)"                                               unit="degC*m/s"   grid_ref="grid_U_3D" />
+         <field id="uoces"        long_name="ocean transport along i-axis times salinity (CRS)"                                                  unit="1e-3*m/s"   grid_ref="grid_U_3D" />
+
+         <!-- u-eddy diffusivity coefficients (available if ln_traldf_OFF=F) -->
+         <field id="ahtu_2d"      long_name=" surface u-eddy diffusivity coefficient"   unit="m2/s or m4/s" />
+         <field id="ahtu_3d"      long_name=" 3D u-EIV coefficient"                     unit="m2/s or m4/s"      grid_ref="grid_U_3D"/>
+         <!-- u-eiv diffusivity coefficients (available if ln_ldfeiv=F) -->
+         <field id="aeiu_2d"      long_name=" surface u-EIV coefficient"                unit="m2/s" />
+         <field id="aeiu_3d"      long_name=" 3D u-EIV coefficient"                     unit="m2/s"              grid_ref="grid_U_3D"/>
+
+         <!-- variables available with MLE (ln_mle=T) -->
+         <field id="psiu_mle"     long_name="MLE streamfunction along i-axis"   unit="m3/s"   grid_ref="grid_U_3D" />
+
+         <!-- uoce_eiv: available EIV (ln_ldfeiv=T and ln_ldfeiv_dia=T) -->
+         <field id="uoce_eiv"     long_name="EIV ocean current along i-axis"   standard_name="bolus_sea_water_x_velocity"   unit="m/s"   grid_ref="grid_U_3D" />
+
+         <!-- uoce_bbl: available with ln_trabbl=T and nn_bbl_adv=1 -->
+         <field id="uoce_bbl"     long_name="BBL ocean current along i-axis"    unit="m/s"  />
+         <!-- ahu_bbl : available with ln_trabbl=T and nn_bbl_ldf=1 -->
+         <field id="ahu_bbl"      long_name="BBL diffusive flux along i-axis"   unit="m3/s" />
+
+         <!-- variable for ice shelves -->
+         <field id="utbl"         long_name="zonal current in the Losh tbl"     unit="m/s" />
+
+         <field id="u_masstr"     long_name="Ocean Mass X Transport"    standard_name="ocean_mass_x_transport"                          unit="kg/s"        grid_ref="grid_U_3D" />
+         <field id="u_masstr_vint" long_name="vertical integral of ocean eulerian mass transport along i-axis"    standard_name="vertical_integral_of_ocean_mass_x_transport"  unit="kg/s" />
+         <field id="u_heattr"     long_name="ocean eulerian heat transport along i-axis"    standard_name="ocean_heat_x_transport"                          unit="W"                                />
+         <field id="u_salttr"     long_name="ocean eulerian salt transport along i-axis"    standard_name="ocean_salt_x_transport"                          unit="1e-3*kg/s"                        />
+         <field id="uadv_heattr"  long_name="ocean advective heat transport along i-axis"    standard_name="advectice_ocean_heat_x_transport"               unit="W"                                />
+         <field id="uadv_salttr"  long_name="ocean advective salt transport along i-axis"    standard_name="advectice_ocean_salt_x_transport"               unit="1e-3*kg/s"                      />
+         <field id="ueiv_heattr"  long_name="ocean bolus heat transport along i-axis"       standard_name="ocean_heat_x_transport_due_to_bolus_advection"   unit="W"                                />
+         <field id="ueiv_salttr"  long_name="ocean bolus salt transport along i-axis"       standard_name="ocean_salt_x_transport_due_to_bolus_advection"   unit="Kg"                                />
+         <field id="ueiv_heattr3d" long_name="ocean bolus heat transport along i-axis"    standard_name="ocean_heat_x_transport_due_to_bolus_advection"   unit="W"    grid_ref="grid_U_3D" />
+         <field id="ueiv_salttr3d" long_name="ocean bolus salt transport along i-axis"    standard_name="ocean_salt_x_transport_due_to_bolus_advection"   unit="kg"   grid_ref="grid_U_3D" />
+         <field id="udiff_heattr" long_name="ocean diffusion heat transport along i-axis"   standard_name="ocean_heat_x_transport_due_to_diffusion"         unit="W"                                />
+         <field id="udiff_salttr" long_name="ocean diffusion salt transport along i-axis"   standard_name="ocean_salt_x_transport_due_to_diffusion"         unit="1e-3*kg/s"                                />
+      </field_group>
+      
+      <!-- V grid -->
+      
+      <field_group id="grid_V"   grid_ref="grid_V_2D">
+         <field id="e3v"          long_name="V-cell thickness"                                       standard_name="cell_thickness"              unit="m"          grid_ref="grid_V_3D" />
+         <field id="e3v_0"        long_name="Initial V-cell thickness"                               standard_name="ref_cell_thickness"          unit="m"          grid_ref="grid_V_3D"/>
+         <field id="vtau"         long_name="Wind Stress along j-axis"                               standard_name="surface_downward_y_stress"   unit="N/m2"                            />
+         <field id="voce"         long_name="ocean current along j-axis"                             standard_name="sea_water_y_velocity"        unit="m/s"        grid_ref="grid_V_3D" />
+         <field id="voce_e3v"     long_name="ocean current along j-axis  (thickness weighted)"                                                   unit="m/s"        grid_ref="grid_V_3D"  > voce * e3v </field>
+         <field id="ssv"          long_name="ocean surface current along j-axis"                                                                 unit="m/s"                             />
+         <field id="sbv"          long_name="ocean bottom current along j-axis"                                                                  unit="m/s"                             />
+         <field id="vbar"         long_name="ocean barotropic current along j-axis"                                                              unit="m/s"                             />
+         <field id="vocetr_eff"   long_name="Effective ocean transport along j-axis"                 standard_name="ocean_volume_y_transport"    unit="m3/s"       grid_ref="grid_V_3D" />
+         <field id="vocet"        long_name="ocean transport along j-axis times temperature (CRS)"                                               unit="degC*m/s"   grid_ref="grid_V_3D" />
+         <field id="voces"        long_name="ocean transport along j-axis times salinity (CRS)"                                                  unit="1e-3*m/s"   grid_ref="grid_V_3D" />
+
+         <!-- v-eddy diffusivity coefficients (available if ln_traldf_OFF=F) -->
+         <field id="ahtv_2d"      long_name=" surface v-eddy diffusivity coefficient"     unit="m2/s or (m4/s)^1/2" />
+         <field id="ahtv_3d"      long_name=" 3D v-eddy diffusivity coefficient"          unit="m2/s or (m4/s)^1/2"           grid_ref="grid_V_3D"/>
+         <!-- v-eiv diffusivity coefficients (available if ln_ldfeiv=F) -->
+         <field id="aeiv_2d"      long_name=" surface v-EIV coefficient"                  unit="m2/s" />
+         <field id="aeiv_3d"      long_name=" 3D v-EIV coefficient"                       unit="m2/s"                         grid_ref="grid_V_3D" />
+
+         <!-- variables available with MLE (ln_mle=T) -->
+         <field id="psiv_mle"     long_name="MLE streamfunction along j-axis"   unit="m3/s"   grid_ref="grid_V_3D" />
+
+         <!-- voce_eiv: available EIV (ln_ldfeiv=T and ln_ldfeiv_dia=T)  -->
+         <field id="voce_eiv"     long_name="EIV ocean current along j-axis"   standard_name="bolus_sea_water_y_velocity"   unit="m/s"   grid_ref="grid_V_3D" />
+
+         <!-- voce_bbl: available with ln_trabbl=T and nn_bbl_adv=1 -->
+         <field id="voce_bbl"     long_name="BBL ocean current along j-axis"    unit="m/s"  />
+         <!-- ahu_bbl : available with ln_trabbl=T and nn_bbl_ldf=1 -->
+         <field id="ahv_bbl"      long_name="BBL diffusive flux along j-axis"   unit="m3/s" />
+
+         <!-- variable for ice shelves -->
+         <field id="vtbl"         long_name="meridional current in the Losh tbl"   unit="m/s" />
+
+         <!-- variables available with diaar5 -->
+         <field id="v_masstr"     long_name="ocean eulerian mass transport along j-axis"    standard_name="ocean_mass_y_transport"                          unit="kg/s"        grid_ref="grid_V_3D" />
+         <field id="v_heattr"     long_name="ocean eulerian heat transport along j-axis"    standard_name="ocean_heat_y_transport"                          unit="W"                                />
+         <field id="v_salttr"     long_name="ocean eulerian salt transport along i-axis"    standard_name="ocean_salt_y_transport"                          unit="1e-3*kg/s"                        />
+         <field id="vadv_heattr"  long_name="ocean advective heat transport along j-axis"   standard_name="advectice_ocean_heat_y_transport"                unit="W"                      />
+         <field id="vadv_salttr"  long_name="ocean advective salt transport along j-axis"   standard_name="advectice_ocean_salt_y_transport"                unit="1e-3*kg/s"              />
+         <field id="veiv_heattr"  long_name="ocean bolus heat transport along j-axis"       standard_name="ocean_heat_y_transport_due_to_bolus_advection"   unit="W"                                />
+         <field id="veiv_salttr"  long_name="ocean bolus salt transport along j-axis"       standard_name="ocean_salt_x_transport_due_to_bolus_advection"   unit="Kg"                                />
+         <field id="veiv_heattr3d" long_name="ocean bolus heat transport along j-axis"    standard_name="ocean_heat_y_transport_due_to_bolus_advection"   unit="W"    grid_ref="grid_V_3D" />
+         <field id="veiv_salttr3d" long_name="ocean bolus salt transport along j-axis"    standard_name="ocean_salt_y_transport_due_to_bolus_advection"   unit="kg"   grid_ref="grid_V_3D" />
+         <field id="vdiff_heattr" long_name="ocean diffusion heat transport along j-axis"   standard_name="ocean_heat_y_transport_due_to_diffusion"         unit="W"                                />
+         <field id="vdiff_salttr" long_name="ocean diffusion salt transport along j-axis"   standard_name="ocean_salt_y_transport_due_to_diffusion"         unit="1e-3*kg/s"                        />
+      </field_group>
+      
+      <!-- W grid -->
+      
+      <field_group id="grid_W" grid_ref="grid_W_3D">
+         <field id="e3w"          long_name="W-cell thickness"                     standard_name="cell_thickness"              unit="m"    />
+         <field id="woce"         long_name="ocean vertical velocity"              standard_name="upward_sea_water_velocity"   unit="m/s"  />
+         <field id="wocetr_eff"   long_name="effective ocean vertical transport"                                               unit="m3/s" />
+
+         <!-- woce_eiv: available with EIV  (ln_ldfeiv=T and ln_ldfeiv_dia=T)  -->
+         <field id="woce_eiv"     long_name="EIV ocean vertical velocity"   standard_name="bolus_upward_sea_water_velocity"   unit="m/s" />
+
+         <field id="avt"          long_name="vertical eddy diffusivity"   standard_name="ocean_vertical_heat_diffusivity"       unit="m2/s" />
+         <field id="logavt"       long_name="logarithm of vertical eddy diffusivity"   standard_name="ocean_vertical_heat_diffusivity"       unit="m2/s" />
+         <field id="avm"          long_name="vertical eddy viscosity"     standard_name="ocean_vertical_momentum_diffusivity"   unit="m2/s" />
+
+         <!-- avs: /= avt with ln_zdfddm=T -->
+         <field id="avs"          long_name="salt vertical eddy diffusivity"   standard_name="ocean_vertical_salt_diffusivity"   unit="m2/s" />
+         <field id="logavs"       long_name="logarithm of salt vertical eddy diffusivity"   standard_name="ocean_vertical_heat_diffusivity"       unit="m2/s" />
+
+         <!-- avt_evd and avm_evd: available with ln_zdfevd -->
+         <field id="avt_evd"      long_name="convective enhancement of vertical diffusivity"   standard_name="ocean_vertical_tracer_diffusivity_due_to_convection"     unit="m2/s" />
+         <field id="avm_evd"      long_name="convective enhancement of vertical viscosity"     standard_name="ocean_vertical_momentum_diffusivity_due_to_convection"   unit="m2/s" />
+
+         <!-- avt_tide: available with ln_zdfiwm=T -->
+         <field id="av_ratio"     long_name="S over T diffusivity ratio"                     standard_name="salinity_over_temperature_diffusivity_ratio"                     unit="1"    />
+         <field id="av_wave"      long_name="internal wave-induced vertical diffusivity"     standard_name="ocean_vertical_tracer_diffusivity_due_to_internal_waves"         unit="m2/s" />
+         <field id="bflx_iwm"     long_name="internal wave-induced buoyancy flux"            standard_name="buoyancy_flux_due_to_internal_waves"                             unit="W/kg" />
+         <field id="pcmap_iwm"    long_name="power consumed by wave-driven mixing"           standard_name="vertically_integrated_power_consumption_by_wave_driven_mixing"   unit="W/m2"      grid_ref="grid_W_2D" />
+         <field id="emix_iwm"     long_name="power density available for mixing"             standard_name="power_available_for_mixing_from_breaking_internal_waves"         unit="W/kg" />
+
+         <!-- variables available with diaar5 -->   
+         <field id="w_masstr"     long_name="vertical mass transport"             standard_name="upward_ocean_mass_transport"             unit="kg/s"   />
+         <field id="w_masstr2"    long_name="square of vertical mass transport"   standard_name="square_of_upward_ocean_mass_transport"   unit="kg2/s2" />
+
+      </field_group>
+        
+      <!-- F grid -->
+      <!-- f-eddy viscosity coefficients (ldfdyn) -->
+      <field id="ahmf_2d"      long_name=" surface f-eddy viscosity coefficient"   unit="m2/s or m4/s" />
+      <field id="ahmf_3d"      long_name=" 3D      f-eddy viscosity coefficient"   unit="m2/s or m4/s"                           grid_ref="grid_T_3D"/>
+
+      <field_group id="scalar"  grid_ref="grid_T_2D"  >
+      	 <!-- Need to have a salinity reference climatological file : sali_ref_clim_monthly -->
+         <field id="voltot"     long_name="global total volume"                          standard_name="sea_water_volume"                               unit="m3"   />
+         <field id="sshtot"     long_name="global mean ssh"                              standard_name="global_average_sea_level_change"                unit="m"    />
+         <field id="sshsteric"  long_name="global mean ssh steric"                       standard_name="global_average_steric_sea_level_change"         unit="m"    />
+         <field id="sshthster"  long_name="global mean ssh thermosteric"                 standard_name="global_average_thermosteric_sea_level_change"   unit="m"    />
+         <field id="masstot"    long_name="global total mass"                            standard_name="sea_water_mass"                                 unit="kg"   />
+         <field id="temptot"    long_name="global mean temperature"                      standard_name="sea_water_potential_temperature"                unit="degC" />
+         <field id="saltot"     long_name="global mean salinity"                         standard_name="sea_water_salinity"                             unit="1e-3" />
+         <field id="fram_trans" long_name="Sea Ice Mass Transport Through Fram Strait"   standard_name="sea_ice_transport_across_line"                  unit="kg/s" />
+
+      	 <!-- available with ln_diahsb -->
+         <field id="bgtemper"     long_name="drift in global mean temperature wrt timestep 1"                 standard_name="change_over_time_in_sea_water_potential_temperature"   unit="degC"     />
+         <field id="bgsaline"     long_name="drift in global mean salinity wrt timestep 1"                    standard_name="change_over_time_in_sea_water_practical_salinity"      unit="1e-3"     />
+         <field id="bgheatco"     long_name="drift in global mean heat content wrt timestep 1"                                                                                      unit="1.e20J"   />
+         <field id="bgheatfx"     long_name="drift in global mean heat flux    wrt timestep 1"                                                                                      unit="W/m2"     />
+         <field id="bgsaltco"     long_name="drift in global mean salt content wrt timestep 1"                                                                                      unit="1e-3*km3" />
+         <field id="bgvolssh"     long_name="drift in global mean ssh volume wrt timestep 1"                                                                                        unit="km3"      />
+         <field id="bgvole3t"     long_name="drift in global mean volume variation (e3t) wrt timestep 1"                                                                            unit="km3"      />
+         <field id="bgfrcvol"     long_name="global mean volume from forcing"                                                                                                       unit="km3"      />
+         <field id="bgfrctem"     long_name="global mean heat content from forcing"                                                                                                 unit="1.e20J"   />
+         <field id="bgfrchfx"     long_name="global mean heat flux from forcing"                                                                                                    unit="W/m2"     />
+         <field id="bgfrcsal"     long_name="global mean salt content from forcing"                                                                                                 unit="1e-3*km3" />
+         <field id="bgmistem"     long_name="global mean temperature error due to free surface (linssh true)"                                                                            unit="degC"     />
+         <field id="bgmissal"     long_name="global mean salinity error due to free surface (linssh true)"                                                                               unit="1e-3"     />
+      </field_group>
+  
+      <!-- variables available with key_float -->
+
+      <field_group id="floatvar" grid_ref="grid_T_nfloat"  operation="instant" >
+         <field id="traj_lon"      long_name="floats longitude"                                                           unit="degrees_east"  />
+         <field id="traj_lat"      long_name="floats latitude"                                                            unit="degrees_north" />
+         <field id="traj_dep"      long_name="floats depth"                                                               unit="m"             />
+         <field id="traj_temp"     long_name="floats temperature"       standard_name="sea_water_potential_temperature"   unit="degC"          />
+         <field id="traj_salt"     long_name="floats salinity"          standard_name="sea_water_practical_salinity"      unit="1e-3"          />
+         <field id="traj_dens"     long_name="floats in-situ density"   standard_name="sea_water_density"                 unit="kg/m3"         />
+         <field id="traj_group"    long_name="floats group"                                                               unit="1"             />
+      </field_group>
+
+      <!-- variables available with iceberg trajectories -->
+
+      <field_group id="icbvar" domain_ref="grid_T"  > 
+         <field id="berg_melt"          long_name="icb melt rate of icebergs"                       unit="kg/m2/s"                    />
+         <field id="berg_buoy_melt"     long_name="icb buoyancy component of iceberg melt rate"     unit="kg/m2/s"                    />
+         <field id="berg_eros_melt"     long_name="icb erosion component of iceberg melt rate"      unit="kg/m2/s"                    />
+         <field id="berg_conv_melt"     long_name="icb convective component of iceberg melt rate"   unit="kg/m2/s"                    />
+         <field id="berg_virtual_area"  long_name="icb virtual coverage by icebergs"                unit="m2"                         />
+         <field id="bits_src"           long_name="icb mass source of bergy bits"                   unit="kg/m2/s"                    />
+         <field id="bits_melt"          long_name="icb melt rate of bergy bits"                     unit="kg/m2/s"                    />
+         <field id="bits_mass"          long_name="icb bergy bit density field"                     unit="kg/m2"                      />
+         <field id="berg_mass"          long_name="icb iceberg density field"                       unit="kg/m2"                      />
+         <field id="calving"            long_name="icb calving mass input"                          unit="kg/s"                       />
+         <field id="berg_floating_melt" long_name="icb melt rate of icebergs + bits"                unit="kg/m2/s"                    />
+         <field id="berg_real_calving"  long_name="icb calving into iceberg class"                  unit="kg/s"     axis_ref="icbcla" />
+         <field id="berg_stored_ice"    long_name="icb accumulated ice mass by class"               unit="kg"       axis_ref="icbcla" />
+      </field_group>
+
+      <!-- Poleward transport : ptr -->     
+      <field_group id="diaptr" >  
+         <field id="zomsfglo"          long_name="Meridional Stream-Function: Global"           unit="Sv"       grid_ref="gznl_W_3D" />
+         <field id="zomsfatl"          long_name="Meridional Stream-Function: Atlantic"         unit="Sv"       grid_ref="gznl_W_3D" />
+         <field id="zomsfpac"          long_name="Meridional Stream-Function: Pacific"          unit="Sv"       grid_ref="gznl_W_3D" />
+         <field id="zomsfind"          long_name="Meridional Stream-Function: Indian"           unit="Sv"       grid_ref="gznl_W_3D" />
+         <field id="zomsfipc"          long_name="Meridional Stream-Function: Pacific+Indian"   unit="Sv"       grid_ref="gznl_W_3D" />
+         <field id="zotemglo"          long_name="Zonal Mean Temperature : Global"              unit="degree_C"     grid_ref="gznl_T_3D" />
+         <field id="zotematl"          long_name="Zonal Mean Temperature : Atlantic"            unit="degree_C"     grid_ref="gznl_T_3D" />
+         <field id="zotempac"          long_name="Zonal Mean Temperature : Pacific"             unit="degree_C"     grid_ref="gznl_T_3D" />
+         <field id="zotemind"          long_name="Zonal Mean Temperature : Indian"              unit="degree_C"     grid_ref="gznl_T_3D" />
+         <field id="zotemipc"          long_name="Zonal Mean Temperature : Pacific+Indian"      unit="degree_C"     grid_ref="gznl_T_3D" />
+         <field id="zosalglo"          long_name="Zonal Mean Salinity : Global"                 unit="0.001"     grid_ref="gznl_T_3D" />
+         <field id="zosalatl"          long_name="Zonal Mean Salinity : Atlantic"               unit="0.001"     grid_ref="gznl_T_3D" />
+         <field id="zosalpac"          long_name="Zonal Mean Salinity : Pacific"                unit="0.001"     grid_ref="gznl_T_3D" />
+         <field id="zosalind"          long_name="Zonal Mean Salinity : Indian"                 unit="0.001"     grid_ref="gznl_T_3D" />
+         <field id="zosalipc"          long_name="Zonal Mean Salinity : Pacific+Indian"         unit="0.001"     grid_ref="gznl_T_3D" />
+         <field id="zosrfglo"          long_name="Zonal Mean Surface"                           unit="m2"       grid_ref="gznl_T_3D" />
+         <field id="zosrfatl"          long_name="Zonal Mean Surface : Atlantic"                unit="m2"       grid_ref="gznl_T_3D" />
+         <field id="zosrfpac"          long_name="Zonal Mean Surface : Pacific"                 unit="m2"       grid_ref="gznl_T_3D" />
+         <field id="zosrfind"          long_name="Zonal Mean Surface : Indian"                  unit="m2"       grid_ref="gznl_T_3D" />
+         <field id="zosrfipc"          long_name="Zonal Mean Surface : Pacific+Indian"          unit="m2"       grid_ref="gznl_T_3D" />
+         <field id="sophtadv"          long_name="Advective Heat Transport"                     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtadv_atl"      long_name="Advective Heat Transport: Atlantic"           unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtadv_pac"      long_name="Advective Heat Transport: Pacific"            unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtadv_ind"      long_name="Advective Heat Transport: Indian"             unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtadv_ipc"      long_name="Advective Heat Transport: Pacific+Indian"     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtldf"          long_name="Diffusive Heat Transport"                     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtldf_atl"      long_name="Diffusive Heat Transport: Atlantic"           unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtldf_pac"      long_name="Diffusive Heat Transport: Pacific"            unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtldf_ind"      long_name="Diffusive Heat Transport: Indian"             unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtldf_ipc"      long_name="Diffusive Heat Transport: Pacific+Indian"     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtove"          long_name="Overturning Heat Transport"                     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtove_atl"      long_name="Overturning Heat Transport: Atlantic"           unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtove_pac"      long_name="Overturning Heat Transport: Pacific"            unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtove_ind"      long_name="Overturning Heat Transport: Indian"             unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtove_ipc"      long_name="Overturning Heat Transport: Pacific+Indian"     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtbtr"          long_name="Barotropic Heat Transport"                     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtbtr_atl"      long_name="Barotropic Heat Transport: Atlantic"           unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtbtr_pac"      long_name="Barotropic Heat Transport: Pacific"            unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtbtr_ind"      long_name="Barotropic Heat Transport: Indian"             unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophtbtr_ipc"      long_name="Barotropic Heat Transport: Pacific+Indian"     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophteiv"          long_name="Heat Transport from mesoscale eddy advection"                     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophteiv_atl"      long_name="Heat Transport from mesoscale eddy advection: Atlantic"           unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophteiv_pac"      long_name="Heat Transport from mesoscale eddy advection: Pacific"            unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophteiv_ind"      long_name="Heat Transport from mesoscale eddy advection: Indian"             unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sophteiv_ipc"      long_name="Heat Transport from mesoscale eddy advection: Pacific+Indian"     unit="PW"       grid_ref="gznl_T_2D" />
+         <field id="sopstadv"          long_name="Advective Salt Transport"                     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstadv_atl"      long_name="Advective Salt Transport: Atlantic"           unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstadv_pac"      long_name="Advective Salt Transport: Pacific"            unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstadv_ind"      long_name="Advective Salt Transport: Indian"             unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstadv_ipc"      long_name="Advective Salt Transport: Pacific+Indian"     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstove"          long_name="Overturning Salt Transport"                     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstove_atl"      long_name="Overturning Salt Transport: Atlantic"           unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstove_pac"      long_name="Overturning Salt Transport: Pacific"            unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstove_ind"      long_name="Overturning Salt Transport: Indian"             unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstove_ipc"      long_name="Overturning Salt Transport: Pacific+Indian"     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstbtr"          long_name="Barotropic Salt Transport"                     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstbtr_atl"      long_name="Barotropic Salt Transport: Atlantic"           unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstbtr_pac"      long_name="Barotropic Salt Transport: Pacific"            unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstbtr_ind"      long_name="Barotropic Salt Transport: Indian"             unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstbtr_ipc"      long_name="Barotropic Salt Transport: Pacific+Indian"     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstldf"          long_name="Diffusive Salt Transport"                     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstldf_atl"      long_name="Diffusive Salt Transport: Atlantic"           unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstldf_pac"      long_name="Diffusive Salt Transport: Pacific"            unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstldf_ind"      long_name="Diffusive Salt Transport: Indian"             unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopstldf_ipc"      long_name="Diffusive Salt Transport: Pacific+Indian"     unit="Giga g/s" grid_ref="gznl_T_2D" />
+         <field id="sopsteiv"          long_name="Salt Transport from mesoscale eddy advection"                     unit="Giga g/s"       grid_ref="gznl_T_2D" />
+          <field id="sopsteiv_atl"      long_name="Salt Transport from mesoscale eddy advection: Atlantic"           unit="Giga g/s"       grid_ref="gznl_T_2D" />
+         <field id="sopsteiv_pac"      long_name="Salt Transport from mesoscale eddy advection: Pacific"            unit="Giga g/s"       grid_ref="gznl_T_2D" />
+         <field id="sopsteiv_ind"      long_name="Salt Transport from mesoscale eddy advection: Indian"             unit="Giga g/s"       grid_ref="gznl_T_2D" />
+         <field id="sopsteiv_ipc"      long_name="Salt Transport from mesoscale eddy advection: Pacific+Indian"     unit="Giga g/s"       grid_ref="gznl_T_2D" />       
+      </field_group>
+
+    <!-- 
+============================================================================================================
+                  Physical ocean model trend diagnostics : temperature, KE, PE, momentum
+============================================================================================================
+    -->
+
+   <!-- variables available with ln_tra_trd -->
+   <!-- Asselin trends  calculated on odd time steps-->
+   <field_group id="trendT_odd"  grid_ref="grid_T_3D">
+      <field id="ttrd_atf"      long_name="temperature-trend: asselin time filter"       unit="degree_C/s" />
+      <field id="strd_atf"      long_name="salinity   -trend: asselin time filter"       unit="0.001/s" />
+      <!-- Thickness weighted versions: -->
+      <field id="ttrd_atf_e3t"      unit="degC/s * m"  >  ttrd_atf * e3t </field>
+      <field id="strd_atf_e3t"      unit="1e-3/s * m"  >  strd_atf * e3t </field>
+      <!-- OMIP  layer-integrated trends -->
+      <field id="ttrd_atf_li"      long_name="layer integrated heat-trend: asselin time filter "       unit="W/m^2" > ttrd_atf_e3t * 1026.0 * 3991.86795711963  </field>
+      <field id="strd_atf_li"      long_name="layer integrated salt   -trend: asselin time filter "       unit="kg/(m^2 s)" > strd_atf_e3t * 1026.0 * 0.001 </field>
+    </field_group>
+
+    <!-- Other trends  calculated on even time steps-->
+    <field_group id="trendT_even" grid_ref="grid_T_3D">
+       <field id="ttrd_xad"      long_name="temperature-trend: i-advection"                                                                                          unit="degC/s"                        />
+       <field id="strd_xad"      long_name="salinity   -trend: i-advection"                                                                                          unit="1e-3/s"                        />
+       <field id="ttrd_yad"      long_name="temperature-trend: j-advection"                                                                                          unit="degC/s"                        />
+       <field id="strd_yad"      long_name="salinity   -trend: j-advection"                                                                                          unit="1e-3/s"                        />
+       <field id="ttrd_zad"      long_name="temperature-trend: k-advection"                                                                                          unit="degC/s"                        />
+       <field id="strd_zad"      long_name="salinity   -trend: k-advection"                                                                                          unit="1e-3/s"                        />
+       <field id="ttrd_ad"       long_name="temperature-trend: advection"               standard_name="tendency_of_sea_water_temperature_due_to_advection"           unit="degC/s"                         > sqrt( ttrd_xad^2 + ttrd_yad^2 + ttrd_zad^2 ) </field>
+       <field id="strd_ad"       long_name="salinity   -trend: advection"               standard_name="tendency_of_sea_water_salinity_due_to_advection"              unit="1e-3/s"                         > sqrt( strd_xad^2 + strd_yad^2 + strd_zad^2 ) </field>
+       <field id="ttrd_totad"    long_name="temperature-trend: total advection"         standard_name="tendency_of_sea_water_salinity_due_to_advection"              unit="degC/s"                        />
+       <field id="strd_totad"    long_name="salinity   -trend: total advection"         standard_name="tendency_of_sea_water_salinity_due_to_advection"              unit="1e-3/s"                        />
+       <field id="ttrd_sad"      long_name="temperature-trend: surface adv. (linssh true)"                                                                                unit="degC/s"   grid_ref="grid_T_2D" />
+       <field id="strd_sad"      long_name="salinity   -trend: surface adv. (linssh true)"                                                                                unit="1e-3/s"   grid_ref="grid_T_2D" />
+       <field id="ttrd_ldf"      long_name="temperature-trend: lateral  diffusion"      standard_name="tendency_of_sea_water_temperature_due_to_horizontal_mixing"   unit="degC/s"                        />
+       <field id="strd_ldf"      long_name="salinity   -trend: lateral  diffusion"      standard_name="tendency_of_sea_water_salinity_due_to_horizontal_mixing"      unit="1e-3/s"                        />
+       <field id="ttrd_zdf"      long_name="temperature-trend: vertical diffusion"      standard_name="tendency_of_sea_water_temperature_due_to_vertical_mixing"     unit="degC/s"                        />
+       <field id="strd_zdf"      long_name="salinity   -trend: vertical diffusion"      standard_name="tendency_of_sea_water_salinity_due_to_vertical_mixing"        unit="1e-3/s"                        />
+       <field id="ttrd_evd"      long_name="temperature-trend: EVD convection"                                                                                       unit="degC/s"                        />
+       <field id="strd_evd"      long_name="salinity   -trend: EVD convection"                                                                                       unit="1e-3/s"                        />
+
+       <!-- ln_traldf_iso=T only (iso-neutral diffusion) -->
+       <field id="ttrd_iso"      long_name="temperature-trend: isopycnal diffusion"                             unit="degC/s" > ttrd_ldf + ttrd_zdf - ttrd_zdfp </field>
+       <field id="strd_iso"      long_name="salinity   -trend: isopycnal diffusion"                             unit="1e-3/s" > strd_ldf + strd_zdf - strd_zdfp </field>
+       <field id="ttrd_zdfp"     long_name="temperature-trend: pure vert. diffusion"   unit="degC/s" />
+       <field id="strd_zdfp"     long_name="salinity   -trend: pure vert. diffusion"   unit="1e-3/s" />
+
+       <!-- -->
+       <field id="ttrd_dmp"      long_name="temperature-trend: interior restoring"        unit="degC/s" />
+       <field id="strd_dmp"      long_name="salinity   -trend: interior restoring"        unit="1e-3/s" />
+       <field id="ttrd_bbl"      long_name="temperature-trend: bottom boundary layer"     unit="degC/s" />
+       <field id="strd_bbl"      long_name="salinity   -trend: bottom boundary layer"     unit="1e-3/s" />
+       <field id="ttrd_npc"      long_name="temperature-trend: non-penetrative conv."     unit="degC/s" />
+       <field id="strd_npc"      long_name="salinity   -trend: non-penetrative conv."     unit="1e-3/s" />
+       <field id="ttrd_qns"      long_name="temperature-trend: non-solar flux + runoff"   unit="degC/s" grid_ref="grid_T_2D" />
+       <field id="strd_cdt"      long_name="salinity   -trend: C/D term       + runoff"   unit="degC/s" grid_ref="grid_T_2D" />
+       <field id="ttrd_qsr"      long_name="temperature-trend: solar penetr. heating"     unit="degC/s" />
+       <field id="ttrd_bbc"      long_name="temperature-trend: geothermal heating"        unit="degC/s" />
+
+       <!-- Thickness weighted versions: -->
+       <field id="ttrd_xad_e3t"      unit="degC/s * m" >  ttrd_xad * e3t </field>
+       <field id="strd_xad_e3t"      unit="1e-3/s * m" >  strd_xad * e3t </field>
+       <field id="ttrd_yad_e3t"      unit="degC/s * m" >  ttrd_yad * e3t </field>
+       <field id="strd_yad_e3t"      unit="1e-3/s * m" >  strd_yad * e3t </field>
+       <field id="ttrd_zad_e3t"      unit="degC/s * m" >  ttrd_zad * e3t </field>
+       <field id="strd_zad_e3t"      unit="1e-3/s * m" >  strd_zad * e3t </field>
+       <field id="ttrd_ad_e3t"       unit="degC/s * m" >  ttrd_ad  * e3t </field>
+       <field id="strd_ad_e3t"       unit="1e-3/s * m" >  strd_ad  * e3t </field>
+       <field id="ttrd_totad_e3t"    unit="degC/s * m" >  ttrd_totad  * e3t </field>
+       <field id="strd_totad_e3t"    unit="1e-3/s * m" >  strd_totad  * e3t </field>
+       <field id="ttrd_ldf_e3t"      unit="degC/s * m" >  ttrd_ldf * e3t </field>
+       <field id="strd_ldf_e3t"      unit="1e-3/s * m" >  strd_ldf * e3t </field>
+       <field id="ttrd_zdf_e3t"      unit="degC/s * m" >  ttrd_zdf * e3t </field>
+       <field id="strd_zdf_e3t"      unit="1e-3/s * m" >  strd_zdf * e3t </field>
+       <field id="ttrd_evd_e3t"      unit="degC/s * m" >  ttrd_evd * e3t </field>
+       <field id="strd_evd_e3t"      unit="1e-3/s * m" >  strd_evd * e3t </field>
+
+       <!-- ln_traldf_iso=T only (iso-neutral diffusion) -->
+       <field id="ttrd_iso_e3t"      unit="degC/s * m"  >  ttrd_iso * e3t </field>
+       <field id="strd_iso_e3t"      unit="1e-3/s * m"  >  strd_iso * e3t </field>
+       <field id="ttrd_zdfp_e3t"     unit="degC/s * m"  >  ttrd_zdfp * e3t </field>
+       <field id="strd_zdfp_e3t"     unit="1e-3/s * m"  >  strd_zdfp * e3t </field>
+
+       <!-- -->
+       <field id="ttrd_dmp_e3t"      unit="degC/s * m"  >  ttrd_dmp * e3t </field>
+       <field id="strd_dmp_e3t"      unit="1e-3/s * m"  >  strd_dmp * e3t </field>
+       <field id="ttrd_bbl_e3t"      unit="degC/s * m"  >  ttrd_bbl * e3t </field>
+       <field id="strd_bbl_e3t"      unit="1e-3/s * m"  >  strd_bbl * e3t </field>
+       <field id="ttrd_npc_e3t"      unit="degC/s * m"  >  ttrd_npc * e3t </field>
+       <field id="strd_npc_e3t"      unit="1e-3/s * m"  >  strd_npc * e3t </field>
+       <field id="ttrd_qns_e3t"      unit="degC/s * m"  >  ttrd_qns * e3t_surf </field>
+       <field id="strd_cdt_e3t"      unit="degC/s * m"  >  strd_cdt * e3t_surf </field>
+       <field id="ttrd_qsr_e3t"      unit="degC/s * m"  >  ttrd_qsr * e3t </field>
+       <field id="ttrd_bbc_e3t"      unit="degC/s * m"  >  ttrd_bbc * e3t </field>
+
+       <!-- OMIP  layer-integrated trends -->
+       <field id="ttrd_totad_li"    long_name="layer integrated heat-trend : total advection"       unit="W/m^2"     > ttrd_totad_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="strd_totad_li"    long_name="layer integrated salt   -trend : total advection"      unit="kg/(m^2 s)"    > strd_totad_e3t * 1026.0 * 0.001  </field>
+       <field id="ttrd_evd_li"      long_name="layer integrated heat-trend : EVD convection"         unit="W/m^2"    > ttrd_evd_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="strd_evd_li"      long_name="layer integrated salt   -trend : EVD convection"      unit="kg/(m^2 s)"  > strd_evd_e3t * 1026.0 * 0.001  </field>
+       <field id="ttrd_iso_li"      long_name="layer integrated heat-trend : isopycnal diffusion"    unit="W/m^2" > ttrd_iso_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="strd_iso_li"      long_name="layer integrated salt   -trend : isopycnal diffusion"   unit="kg/(m^2 s)" > strd_iso_e3t * 1026.0 * 0.001  </field>
+       <field id="ttrd_zdfp_li"     long_name="layer integrated heat-trend : pure vert. diffusion"   unit="W/m^2" > ttrd_zdfp_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="strd_zdfp_li"     long_name="layer integrated salt   -trend : pure vert. diffusion"   unit="kg/(m^2 s)" > strd_zdfp_e3t * 1026.0 * 0.001  </field>
+       <field id="ttrd_qns_li"      long_name="layer integrated heat-trend : non-solar flux + runoff"   unit="W/m^2" grid_ref="grid_T_2D"> ttrd_qns_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="ttrd_qsr_li"      long_name="layer integrated heat-trend : solar flux"   unit="W/m^2"  grid_ref="grid_T_3D"> ttrd_qsr_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="ttrd_bbl_li"      long_name="layer integrated heat-trend: bottom boundary layer "     unit="W/m^2" > ttrd_bbl_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="strd_bbl_li"      long_name="layer integrated salt   -trend: bottom boundary layer "     unit="kg/(m^2 s)" > strd_bbl_e3t * 1026.0 * 0.001  </field>
+       <field id="ttrd_evd_li"      long_name="layer integrated heat -trend: evd convection "       unit="W/m^2" >ttrd_evd_e3t * 1026.0 * 3991.86795711963  </field>
+       <field id="strd_evd_li"      long_name="layer integrated salt -trend: evd convection "       unit="kg/(m^2 s)" > strd_evd_e3t * 1026.0 * 0.001  </field>
+
+    </field_group>
+
+    <!--  Total trends calculated every time step-->
+    <field_group id="trendT" grid_ref="grid_T_3D">
+       <field id="ttrd_tot"      long_name="temperature-trend: total model trend"         unit="degC/s" />
+       <field id="strd_tot"      long_name="salinity   -trend: total model trend"         unit="1e-3/s" />
+       <!-- Thickness weighted versions: -->
+       <field id="ttrd_tot_e3t"      unit="degC/s * m"  >  ttrd_tot * e3t </field>
+       <field id="strd_tot_e3t"      unit="1e-3/s * m"  >  strd_tot * e3t </field>
+       <!-- OMIP  layer-integrated total trends -->
+       <field id="ttrd_tot_li"      long_name="layer integrated heat-trend: total model trend :"         unit="W/m^2" > ttrd_tot_e3t * 1026.0 * 3991.86795711963 </field>
+       <field id="strd_tot_li"      long_name="layer integrated salt   -trend: total model trend :"         unit="kg/(m^2 s)" > strd_tot_e3t * 1026.0 * 0.001  </field>
+
+       <!-- **** these trends have not been apportioned to all/even/odd ts yet **** -->
+       <!-- variables available with ln_KE_trd -->
+       <field id="ketrd_hpg"     long_name="ke-trend: hydrostatic pressure gradient"          unit="W/s^3"                        />
+       <field id="ketrd_spg"     long_name="ke-trend: surface     pressure gradient"          unit="W/s^3"                        />
+       <field id="ketrd_spgexp"  long_name="ke-trend: surface pressure gradient (explicit)"   unit="W/s^3"                        />
+       <field id="ketrd_spgflt"  long_name="ke-trend: surface pressure gradient (filter)"     unit="W/s^3"                        />
+       <field id="ssh_flt"       long_name="filtered contribution to ssh (dynspg_flt)"        unit="m"       grid_ref="grid_T_2D" />
+       <field id="w0"            long_name="surface vertical velocity"                        unit="m/s"     grid_ref="grid_T_2D" />
+       <field id="pw0_exp"       long_name="surface pressure flux due to ssh"                 unit="W/s^2"   grid_ref="grid_T_2D" />
+       <field id="pw0_flt"       long_name="surface pressure flux due to filtered ssh"        unit="W/s^2"   grid_ref="grid_T_2D" />
+       <field id="ketrd_keg"     long_name="ke-trend: KE gradient         or hor. adv."       unit="W/s^3"                        />
+       <field id="ketrd_rvo"     long_name="ke-trend: relative  vorticity or metric term"     unit="W/s^3"                        />
+       <field id="ketrd_pvo"     long_name="ke-trend: planetary vorticity"                    unit="W/s^3"                        />
+       <field id="ketrd_zad"     long_name="ke-trend: vertical  advection"                    unit="W/s^3"                        />
+       <field id="ketrd_udx"     long_name="ke-trend: U.dx[U]"                                unit="W/s^3"                        />
+       <field id="ketrd_ldf"     long_name="ke-trend: lateral   diffusion"                    unit="W/s^3"                        />
+       <field id="ketrd_zdf"     long_name="ke-trend: vertical  diffusion"                    unit="W/s^3"                        />
+       <field id="ketrd_tau"     long_name="ke-trend: wind stress "                           unit="W/s^3"   grid_ref="grid_T_2D" />
+       <field id="ketrd_bfr"     long_name="ke-trend: bottom friction (explicit)"             unit="W/s^3"                        />   
+       <field id="ketrd_bfri"    long_name="ke-trend: bottom friction (implicit)"             unit="W/s^3"                        />   
+       <field id="ketrd_atf"     long_name="ke-trend: asselin time filter trend"              unit="W/s^3"                        />  
+       <field id="ketrd_convP2K" long_name="ke-trend: conversion (potential to kinetic)"      unit="W/s^3"                        />
+       <field id="KE"            long_name="kinetic energy: u(n)*u(n+1)/2"                    unit="W/s^2"                        />   
+
+      <!-- variables available when explicit lateral mixing is used (ln_dynldf_OFF=F) -->
+      <field id="dispkexyfo"    long_name="KE-trend: lateral  mixing induced dissipation"   standard_name="ocean_kinetic_energy_dissipation_per_unit_area_due_to_xy_friction"                   unit="W/m^2" grid_ref="grid_T_2D" />   
+      <field id="dispkevfo"     long_name="KE-trend: vertical mixing induced dissipation"   standard_name="ocean_kinetic_energy_dissipation_per_unit_area_due_to_vertical_friction"             unit="W/m^2" grid_ref="grid_T_2D" />   
+      <!-- variables available with ln_traadv_eiv=T and ln_diaeiv=T -->
+      <field id="eketrd_eiv"    long_name="EKE-trend due to parameterized eddy advection"   standard_name="tendency_of_ocean_eddy_kinetic_energy_content_due_to_parameterized_eddy_advection"   unit="W/m^2" grid_ref="grid_T_2D" />   
+
+       <!-- variables available with ln_PE_trd -->
+       <field id="petrd_xad"     long_name="pe-trend: i-advection"                unit="W/m^3"                        />
+       <field id="petrd_yad"     long_name="pe-trend: j-advection"                unit="W/m^3"                        />
+       <field id="petrd_zad"     long_name="pe-trend: k-advection"                unit="W/m^3"                        />
+       <field id="petrd_sad"     long_name="pe-trend: surface adv. (linssh true)" unit="W/m^3"   grid_ref="grid_T_2D" />
+       <field id="petrd_ldf"     long_name="pe-trend: lateral  diffusion"         unit="W/m^3"                        />
+       <field id="petrd_zdf"     long_name="pe-trend: vertical diffusion"         unit="W/m^3"                        />
+       <field id="petrd_zdfp"    long_name="pe-trend: pure vert. diffusion"       unit="W/m^3"                        />
+       <field id="petrd_dmp"     long_name="pe-trend: interior restoring"         unit="W/m^3"                        />
+       <field id="petrd_bbl"     long_name="pe-trend: bottom boundary layer"      unit="W/m^3"                        />
+       <field id="petrd_npc"     long_name="pe-trend: non-penetrative conv."      unit="W/m^3"                        />
+       <field id="petrd_nsr"     long_name="pe-trend: surface forcing + runoff"   unit="W/m^3"                        />
+       <field id="petrd_qsr"     long_name="pe-trend: solar penetr. heating"      unit="W/m^3"                        />
+       <field id="petrd_bbc"     long_name="pe-trend: geothermal heating"         unit="W/m^3"                        />
+       <field id="petrd_atf"     long_name="pe-trend: asselin time filter"        unit="W/m^3"                        />
+       <field id="PEanom"        long_name="potential energy anomaly"             unit="1"                            />   
+       <field id="alphaPE"       long_name="partial deriv. of PEanom wrt T"       unit="degC-1"                       />   
+       <field id="betaPE"        long_name="partial deriv. of PEanom wrt S"       unit="1e3"                          />   
+    </field_group>
+
+    <field_group id="trendU" grid_ref="grid_U_3D">
+       <!-- variables available with ln_dyn_trd -->
+       <field id="utrd_hpg"       long_name="i-trend: hydrostatic pressure gradient"          unit="m/s^2"                        />
+       <field id="utrd_spg"       long_name="i-trend: surface     pressure gradient"          unit="m/s^2"                        />
+       <field id="utrd_spgexp"    long_name="i-trend: surface pressure gradient (explicit)"   unit="m/s^2"                        />
+       <field id="utrd_spgflt"    long_name="i-trend: surface pressure gradient (filtered)"   unit="m/s^2"                        />
+       <field id="utrd_keg"       long_name="i-trend: KE gradient         or hor. adv."       unit="m/s^2"                        />
+       <field id="utrd_rvo"       long_name="i-trend: relative  vorticity or metric term"     unit="m/s^2"                        />
+       <field id="utrd_pvo"       long_name="i-trend: planetary vorticity"                    unit="m/s^2"                        />
+       <field id="utrd_zad"       long_name="i-trend: vertical  advection"                    unit="m/s^2"                        />
+       <field id="utrd_udx"       long_name="i-trend: U.dx[U]"                                unit="m/s^2"                        />
+       <field id="utrd_ldf"       long_name="i-trend: lateral   diffusion"                    unit="m/s^2"                        />
+       <field id="utrd_zdf"       long_name="i-trend: vertical  diffusion"                    unit="m/s^2"                        />
+       <field id="utrd_tau"       long_name="i-trend: wind stress "                           unit="m/s^2"   grid_ref="grid_U_2D" />
+       <field id="utrd_bfr"       long_name="i-trend: bottom friction (explicit)"             unit="m/s^2"                        />   
+       <field id="utrd_bfri"      long_name="i-trend: bottom friction (implicit)"             unit="m/s^2"                        />   
+       <field id="utrd_tot"       long_name="i-trend: total momentum trend before atf"        unit="m/s^2"                        />   
+       <field id="utrd_atf"       long_name="i-trend: asselin time filter trend"              unit="m/s^2"                        />   
+    </field_group>
+
+    <field_group id="trendV" grid_ref="grid_V_3D">
+       <!-- variables available with ln_dyn_trd -->
+       <field id="vtrd_hpg"       long_name="j-trend: hydrostatic pressure gradient"          unit="m/s^2"                        />
+       <field id="vtrd_spg"       long_name="j-trend: surface     pressure gradient"          unit="m/s^2"                        />
+       <field id="vtrd_spgexp"    long_name="j-trend: surface pressure gradient (explicit)"   unit="m/s^2"                        />
+       <field id="vtrd_spgflt"    long_name="j-trend: surface pressure gradient (filtered)"   unit="m/s^2"                        />
+       <field id="vtrd_keg"       long_name="j-trend: KE gradient         or hor. adv."       unit="m/s^2"                        />
+       <field id="vtrd_rvo"       long_name="j-trend: relative  vorticity or metric term"     unit="m/s^2"                        />
+       <field id="vtrd_pvo"       long_name="j-trend: planetary vorticity"                    unit="m/s^2"                        />
+       <field id="vtrd_zad"       long_name="j-trend: vertical  advection"                    unit="m/s^2"                        />
+       <field id="vtrd_vdy"       long_name="i-trend: V.dx[V]"                                unit="m/s^2"                        />
+       <field id="vtrd_ldf"       long_name="j-trend: lateral   diffusion"                    unit="m/s^2"                        />
+       <field id="vtrd_zdf"       long_name="j-trend: vertical  diffusion"                    unit="m/s^2"                        />
+       <field id="vtrd_tau"       long_name="j-trend: wind stress "                           unit="m/s^2"   grid_ref="grid_V_2D" />
+       <field id="vtrd_bfr"       long_name="j-trend: bottom friction (explicit)"             unit="m/s^2"                        />   
+       <field id="vtrd_bfri"      long_name="j-trend: bottom friction (implicit)"             unit="m/s^2"                        />   
+       <field id="vtrd_tot"       long_name="j-trend: total momentum trend before atf"        unit="m/s^2"                        />   
+       <field id="vtrd_atf"       long_name="j-trend: asselin time filter trend"              unit="m/s^2"                        />   
+    </field_group>
+
+
+    <!-- 
+============================================================================================================
+                                        Definitions for iodef_demo.xml
+============================================================================================================
+    -->
+
+     <field_group id="TRD" >
+          <field field_ref="ttrd_totad_li"   name="opottempadvect"  />
+          <field field_ref="ttrd_iso_li"     name="opottemppmdiff"  />
+          <field field_ref="ttrd_zdfp_li"    name="opottempdiff"  />
+          <field field_ref="ttrd_evd_li"     name="opottempevd" />
+          <field field_ref="strd_evd_li"     name="osaltevd" />
+          <field field_ref="ttrd_qns_li"     name="opottempqns"  />
+          <field field_ref="ttrd_qsr_li"     name="rsdoabsorb" operation="accumulate" />
+          <field field_ref="strd_totad_li"   name="osaltadvect" />
+          <field field_ref="strd_iso_li"     name="osaltpmdiff"  />
+          <field field_ref="strd_zdfp_li"    name="osaltdiff" />
+    </field_group>
+    
+    <field_group id="mooring" >
+       <field field_ref="toce"         name="thetao"   long_name="sea_water_potential_temperature"      />
+       <field field_ref="soce"         name="so"       long_name="sea_water_salinity"                   />
+       <field field_ref="uoce"         name="uo"       long_name="sea_water_x_velocity"                 />
+       <field field_ref="voce"         name="vo"       long_name="sea_water_y_velocity"                 />
+       <field field_ref="woce"         name="wo"       long_name="sea_water_z_velocity"                 />
+       <field field_ref="avt"          name="difvho"   long_name="ocean_vertical_heat_diffusivity"      />
+       <field field_ref="avm"          name="difvmo"   long_name="ocean_vertical_momentum_diffusivity"  />
+   
+       <field field_ref="sst"          name="tos"      long_name="sea_surface_temperature"                       />
+       <field field_ref="sst2"         name="tossq"    long_name="square_of_sea_surface_temperature"             />
+       <field field_ref="sstgrad"      name="tosgrad"  long_name="module_of_sea_surface_temperature_gradient"    />
+       <field field_ref="sss"          name="sos"      long_name="sea_surface_salinity"                          />
+       <field field_ref="ssh"          name="zos"      long_name="sea_surface_height_above_geoid"                />
+       <field field_ref="empmr"        name="wfo"      long_name="water_flux_into_sea_water"                     />
+       <field field_ref="qsr"          name="rsntds"   long_name="surface_net_downward_shortwave_flux"           />
+       <field field_ref="qt"           name="tohfls"   long_name="surface_net_downward_total_heat_flux"          />
+       <field field_ref="taum"                                                                                   />
+       <field field_ref="20d"                                                                                    />
+       <field field_ref="mldkz5"                                                                                 />
+       <field field_ref="mldr10_1"                                                                               />
+       <field field_ref="mldr10_3"                                                                               />
+       <field field_ref="mldr0_1"                                                                                />
+       <field field_ref="mldr0_3"                                                                                />
+       <field field_ref="mld_dt02"                                                                               />
+       <field field_ref="topthdep"                                                                               />
+       <field field_ref="pycndep"                                                                                />
+       <field field_ref="tinv"                                                                                   />
+       <field field_ref="depti"                                                                                  />
+       <field field_ref="BLT"          name="blt"      long_name="barrier_layer_thickness"                       />
+       <field field_ref="utau"         name="tauuo"    long_name="surface_downward_x_stress"                     />
+       <field field_ref="vtau"         name="tauvo"    long_name="surface_downward_y_stress"                     />
+    </field_group>
+
+    <field_group id="groupT" >
+       <field field_ref="toce"         name="thetao"   long_name="sea_water_potential_temperature"               />
+       <field field_ref="soce"         name="so"       long_name="sea_water_salinity"                            />
+       <field field_ref="sst"          name="tos"      long_name="sea_surface_temperature"                       />
+       <field field_ref="sst2"         name="tossq"    long_name="square_of_sea_surface_temperature"             />
+       <field field_ref="sss"          name="sos"      long_name="sea_surface_salinity"                          />
+       <field field_ref="ssh"          name="zos"      long_name="sea_surface_height_above_geoid"                />
+       <field field_ref="empmr"        name="wfo"      long_name="water_flux_into_sea_water"                     />
+       <field field_ref="qsr"          name="rsntds"   long_name="surface_net_downward_shortwave_flux"           />
+       <field field_ref="qt"           name="tohfls"   long_name="surface_net_downward_total_heat_flux"          />
+       <field field_ref="taum"                                                                                   />
+       <field field_ref="20d"                                                                                    />
+       <field field_ref="mldkz5"                                                                                 />
+       <field field_ref="mldr10_1"                                                                               />
+       <field field_ref="mldr10_3"                                                                               />
+       <field field_ref="mld_dt02"                                                                               />
+       <field field_ref="topthdep"                                                                               />
+       <field field_ref="pycndep"                                                                                />
+       <field field_ref="tinv"                                                                                   />
+       <field field_ref="depti"                                                                                  />
+       <field field_ref="BLT"          name="blt"      long_name="Barrier Layer Thickness"                       />
+    </field_group>
+    
+    <field_group id="groupU" >
+       <field field_ref="uoce"         name="uo"      long_name="sea_water_x_velocity"      />
+       <field field_ref="ssu"          name="uos"     long_name="sea_surface_x_velocity"    />
+       <field field_ref="utau"         name="tauuo"   long_name="surface_downward_x_stress" />
+    </field_group>
+    
+    <field_group id="groupV" >
+       <field field_ref="voce"         name="vo"      long_name="sea_water_y_velocity"      />
+       <field field_ref="ssv"          name="vos"     long_name="sea_surface_y_velocity"    />
+       <field field_ref="vtau"         name="tauvo"   long_name="surface_downward_y_stress" />
+    </field_group>
+    
+    <field_group id="groupW" >
+       <field field_ref="woce"         name="wo"       long_name="ocean vertical velocity"  />
+    </field_group>
+
+    <!-- TMB diagnostic output -->
+    <field_group  id="1h_grid_T_tmb" grid_ref="grid_T_2D" operation="instant">
+       <field id="top_temp"           name="votemper_top"  unit="degC"  />
+       <field id="mid_temp"           name="votemper_mid"  unit="degC"  />
+       <field id="bot_temp"           name="votemper_bot"  unit="degC"  />
+       <field id="top_sal"            name="vosaline_top"  unit="psu"   />
+       <field id="mid_sal"            name="vosaline_mid"  unit="psu"   />
+       <field id="bot_sal"            name="vosaline_bot"  unit="psu"   />
+       <field id="sshnmasked"         name="sossheig"      unit="m"     /> 
+    </field_group>
+
+    <field_group  id="1h_grid_U_tmb" grid_ref="grid_U_2D" operation="instant">
+       <field id="top_u"           name="vozocrtx_top"  unit="m/s"  />
+       <field id="mid_u"           name="vozocrtx_mid"  unit="m/s"  />
+       <field id="bot_u"           name="vozocrtx_bot"  unit="m/s"  />
+       <field id="baro_u"          name="vobtcrtx"      unit="m/s"  />
+    </field_group>
+
+    <field_group  id="1h_grid_V_tmb" grid_ref="grid_V_2D" operation="instant">
+       <field id="top_v"           name="vomecrty_top"  unit="m/s"  />
+       <field id="mid_v"           name="vomecrty_mid"  unit="m/s"  />
+       <field id="bot_v"           name="vomecrty_bot"  unit="m/s"  />
+       <field id="baro_v"          name="vobtcrty"      unit="m/s"  />
+    </field_group>
+
+    <!-- 25h diagnostic output -->
+    <field_group id="25h_grid_T" grid_ref="grid_T_3D" operation="instant">
+       <field id="temper25h"         name="potential temperature 25h mean"    unit="degC" />
+       <field id="tempis25h"         name="insitu temperature 25h mean"    unit="degC" />
+       <field id="salin25h"          name="salinity 25h mean"                 unit="psu"  />
+       <field id="ssh25h"            name="sea surface height 25h mean"  grid_ref="grid_T_2D"      unit="m"    />
+    </field_group>
+
+    <field_group id="25h_grid_U" grid_ref="grid_U_3D" operation="instant" >
+       <field id="vozocrtx25h"         name="i current 25h mean"    unit="m/s"   />
+    </field_group>
+
+    <field_group id="25h_grid_V" grid_ref="grid_V_3D" operation="instant">
+       <field id="vomecrty25h"         name="j current 25h mean"    unit="m/s"    />
+    </field_group>
+
+    <field_group id="25h_grid_W" grid_ref="grid_W_3D" operation="instant">
+       <field id="vomecrtz25h"         name="k current 25h mean"                 unit="m/s"      />
+       <field id="avt25h"             name="vertical diffusivity25h mean"       unit="m2/s" />
+       <field id="avm25h"              name="vertical viscosity 25h mean"        unit="m2/s" />
+       <field id="tke25h"              name="turbulent kinetic energy 25h mean" />
+       <field id="mxln25h"             name="mixing length 25h mean"             unit="m" />
+    </field_group>
+
+     <!-- 
+============================================================================================================
+       -->
+     <!-- output variables for my configuration (example) --> 
+ 
+    <field_group id="myvarOCE" >
+       <!-- grid T --> 
+       <field field_ref="e3t"          name="e3t"      long_name="vertical scale factor"           />
+       <field field_ref="sst"          name="tos"      long_name="sea_surface_temperature"         />
+       <field field_ref="sss"          name="sos"      long_name="sea_surface_salinity"            />
+       <field field_ref="ssh"          name="zos"      long_name="sea_surface_height_above_geoid"  />
+      
+       <!-- grid U --> 
+       <field field_ref="e3u"          name="e3u"     long_name="vertical scale factor"            />
+       <field field_ref="ssu"          name="uos"     long_name="sea_surface_x_velocity"           />
+      
+       <!-- grid V --> 
+       <field field_ref="e3v"          name="e3v"     long_name="vertical scale factor"            />
+       <field field_ref="ssv"          name="vos"     long_name="sea_surface_y_velocity"           />     
+    </field_group>    
+
+   </field_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,43 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@" sync_freq="10d" min_digits="4">
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE." >  <!-- 5d files -->  
+ 
+	<file id="file1" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="toce" /> 
+	  <field field_ref="soce" /> 
+	  <field field_ref="ssh"  />
+	  <field field_ref="salgrad"  />
+	  <field field_ref="ke_zint"  />
+	  <field field_ref="relvor"  />
+	  <field field_ref="potvor"  />
+	  <field field_ref="saltc"  />
+	  <field field_ref="salt2c"  />
+	</file>
+
+	<file id="file3" name_suffix="_grid_U" description="ocean U grid variables" >
+	  <field field_ref="utau"  />
+	  <field field_ref="uoce" />
+	  <field_group group_ref="trendU"  />  
+	</file>
+	
+	<file id="file4" name_suffix="_grid_V" description="ocean V grid variables" >
+	  <field field_ref="vtau"  />
+	  <field field_ref="voce" />
+	  <field_group group_ref="trendV"  />  
+	</file>
+	
+	<file id="file5" name_suffix="_grid_W" description="ocean W grid variables" >
+	  <field field_ref="woce" />
+	</file>
+
+      </file_group>
+
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,25 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">false</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,324 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO Configuration namelist : overwrite some defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                          CANAL configuration                       !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   CANAL configuration: Flat bottom, beta-plane
+!-----------------------------------------------------------------------
+   rn_domszx   =   3600.   !  x horizontal size         [km]
+   rn_domszy   =   1800.   !  y horizontal size         [km]
+   rn_domszz   =   5000.   !  z vertical size            [m]
+   rn_dx       =     30.   !  x horizontal resolution   [km]
+   rn_dy       =     30.   !  y horizontal resolution   [km]
+   rn_dz       =    500.   !  z vertical resolution      [m]
+   rn_0xratio  =      0.5  !  x-domain ratio of the 0
+   rn_0yratio  =      0.5  !  y-domain ratio of the 0
+   nn_fcase    =      0    !  F computation (0:f0, 1:Beta, 2:real)
+   rn_ppgphi0  =    38.5   !  Reference latitude      [degrees]
+   rn_u10      =      0.   !  10m wind speed              [m/s]
+     rn_windszx =   4000.   !  longitudinal wind extension   [km]
+     rn_windszy =   4000.   !  latitudinal wind extension    [km]
+     rn_uofac  =      0.   !  Uoce multiplicative factor (0.:absolute or 1.:relative winds)
+   rn_vtxmax   =      1.   !  initial vortex max current  [m/s]
+   rn_uzonal   =      1.   !  initial zonal current       [m/s]
+     rn_ujetszx =   4000.   !  longitudinal jet extension   [km]
+     rn_ujetszy =   4000.   !  latitudinal jet extension    [km]
+   nn_botcase  =      0    !  bottom definition (0:flat, 1:bump)
+   nn_initcase =      1    !  initial condition case (0:rest, 1:zonal current, 2:current shear, 3: gaussian zonal current,
+      !                    !                          4: geostrophic zonal pulse, 5: vortex)
+   ln_sshnoise =  .false.  !  add random noise on initial ssh
+   rn_lambda   =     50.   ! gaussian lambda
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   'CANAL' !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =     100   !  last time step 
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   99999   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   99999   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   =  .false.  !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_rdt      =   1440.   !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =   0.05    !  asselin time filter parameter
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+/
+
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid ( read by child model only )       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF =F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF =F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0
+/
+!!======================================================================
+!!                        Tracer (T & S) namelists                    !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                            !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.28        !  thermal expension coefficient (for simplified equation of state)
+   rn_b0       =  0.          !  saline  expension coefficient (for simplified equation of state)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_OFF = .false. !  No tracer advection
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .false. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .true.  !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .false. !  linear dynamics (no momentum advection)
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+      nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .true.  !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .true.  !  energy conserving scheme
+   ln_dynvor_ens = .false. !  enstrophy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false.  !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_exp  = .false. 
+   ln_dynspg_ts   = .true.   ! split-explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .false.    ! Number of sub-step defined from:
+         nn_baro      =  24         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF =  .true.    !  No operator (i.e. no explicit diffusion)
+   ln_dynldf_lap =  .false.    !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.    !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 20           !  space/time variation of eddy coef
+      !                             !  =-30  read in eddy_viscosity_3D.nc file
+      !                             !  =-20  read in eddy_viscosity_2D.nc file
+      !                             !  =  0  constant 
+      !                             !  = 10  F(k)=c1d
+      !                             !  = 20  F(i,j)=F(grid spacing)=c2d
+      !                             !  = 30  F(i,j,k)=c2d*c1d
+      !                             !  = 31  F(i,j,k)=F(grid spacing and local velocity)
+      !                             !  = 32  F(i,j,k)=F(local gridscale and deformation rate)
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 0.1              !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 30.e+3           !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+      !                       !  Smagorinsky settings  (nn_ahm_ijk_t= 32) :
+      rn_csmc       = 3.5         !  Smagorinsky constant of proportionality
+      rn_minfac     = 1.0         !  multiplier of theorectical lower limit
+      rn_maxfac     = 1.0         !  multiplier of theorectical upper limit
+      !                       !  iso-neutral laplacian operator (ln_dynldf_iso=T) :
+      rn_ahm_b      = 0.0         !  background eddy viscosity  [m2/s]
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namtrd        !   trend diagnostics                                    (default: OFF)
+!-----------------------------------------------------------------------
+   ln_glo_trd  = .false.   ! (T) global domain averaged diag for T, T^2, KE, and PE
+   ln_dyn_trd  = .true.   ! (T) 3D momentum trend output
+   ln_dyn_mxl  = .false.   ! (T) 2D momentum trends averaged over the mixed layer (not coded yet)
+   ln_vor_trd  = .false.   ! (T) 2D barotropic vorticity trends (not coded yet)
+   ln_KE_trd   = .false.   ! (T) 3D Kinetic   Energy     trends
+   ln_PE_trd   = .false.   ! (T) 3D Potential Energy     trends
+   ln_tra_trd  = .false.   ! (T) 3D tracer trend output
+   ln_tra_mxl  = .false.   ! (T) 2D tracer trends averaged over the mixed layer (not coded yet)
+   nn_trd      = 365       !  print frequency (ln_glo_trd=T) (unit=time step)
+/
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/diawri.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/diawri.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/diawri.F90	(revision 15719)
@@ -0,0 +1,1046 @@
+MODULE diawri
+   !!======================================================================
+   !!                     ***  MODULE  diawri  ***
+   !! Ocean diagnostics :  write ocean output files
+   !!=====================================================================
+   !! History :  OPA  ! 1991-03  (M.-A. Foujols)  Original code
+   !!            4.0  ! 1991-11  (G. Madec)
+   !!                 ! 1992-06  (M. Imbard)  correction restart file
+   !!                 ! 1992-07  (M. Imbard)  split into diawri and rstwri
+   !!                 ! 1993-03  (M. Imbard)  suppress writibm
+   !!                 ! 1998-01  (C. Levy)  NETCDF format using ioipsl INTERFACE
+   !!                 ! 1999-02  (E. Guilyardi)  name of netCDF files + variables
+   !!            8.2  ! 2000-06  (M. Imbard)  Original code (diabort.F)
+   !!   NEMO     1.0  ! 2002-06  (A.Bozec, E. Durand)  Original code (diainit.F)
+   !!             -   ! 2002-09  (G. Madec)  F90: Free form and module
+   !!             -   ! 2002-12  (G. Madec)  merge of diabort and diainit, F90
+   !!                 ! 2005-11  (V. Garnier) Surface pressure gradient organization
+   !!            3.2  ! 2008-11  (B. Lemaire) creation from old diawri
+   !!            3.7  ! 2014-01  (G. Madec) remove eddy induced velocity from no-IOM output
+   !!                 !                     change name of output variables in dia_wri_state
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   dia_wri       : create the standart output files
+   !!   dia_wri_state : create an output NetCDF file for a single instantaeous ocean state and forcing fields
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers 
+   USE dom_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   USE dianam         ! build name of file (routine)
+   USE diahth         ! thermocline diagnostics
+   USE dynadv   , ONLY: ln_dynadv_vec
+   USE icb_oce        ! Icebergs
+   USE icbdia         ! Iceberg budgets
+   USE ldftra         ! lateral physics: eddy diffusivity coef.
+   USE ldfdyn         ! lateral physics: eddy viscosity   coef.
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE sbc_ice        ! Surface boundary condition: ice fields
+   USE sbcssr         ! restoring term toward SST/SSS climatology
+   USE sbcwave        ! wave parameters
+   USE wet_dry        ! wetting and drying
+   USE zdf_oce        ! ocean vertical physics
+   USE zdfdrg         ! ocean vertical physics: top/bottom friction
+   USE zdfmxl         ! mixed layer
+   !
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE in_out_manager ! I/O manager
+   USE diatmb         ! Top,middle,bottom output
+   USE dia25h         ! 25h Mean output
+   USE iom            ! 
+   USE ioipsl         ! 
+
+#if defined key_si3
+   USE ice 
+   USE icewri 
+#endif
+   USE lib_mpp         ! MPP library
+   USE timing          ! preformance summary
+   USE diurnal_bulk    ! diurnal warm layer
+   USE cool_skin       ! Cool skin
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   dia_wri                 ! routines called by step.F90
+   PUBLIC   dia_wri_state
+   PUBLIC   dia_wri_alloc           ! Called by nemogcm module
+
+   INTEGER ::   nid_T, nz_T, nh_T, ndim_T, ndim_hT   ! grid_T file
+   INTEGER ::          nb_T              , ndim_bT   ! grid_T file
+   INTEGER ::   nid_U, nz_U, nh_U, ndim_U, ndim_hU   ! grid_U file
+   INTEGER ::   nid_V, nz_V, nh_V, ndim_V, ndim_hV   ! grid_V file
+   INTEGER ::   nid_W, nz_W, nh_W                    ! grid_W file
+   INTEGER ::   ndex(1)                              ! ???
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_hT, ndex_hU, ndex_hV
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_T, ndex_U, ndex_V
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_bT
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: diawri.F90 10425 2018-12-19 21:54:16Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+#if defined key_iomput
+   !!----------------------------------------------------------------------
+   !!   'key_iomput'                                        use IOM library
+   !!----------------------------------------------------------------------
+   INTEGER FUNCTION dia_wri_alloc()
+      !
+      dia_wri_alloc = 0
+      !
+   END FUNCTION dia_wri_alloc
+
+   
+   SUBROUTINE dia_wri( kt )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dia_wri  ***
+      !!                   
+      !! ** Purpose :   Standard output of opa: dynamics and tracer fields 
+      !!      NETCDF format is used by default 
+      !!
+      !! ** Method  :  use iom_put
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt      ! ocean time-step index
+      !!
+      INTEGER ::   ji, jj, jk       ! dummy loop indices
+      INTEGER ::   ikbot            ! local integer
+      REAL(wp)::   zztmp , zztmpx   ! local scalar
+      REAL(wp)::   zztmp2, zztmpy   !   -      -
+      REAL(wp)::   ze3   !   -      -
+      REAL(wp), DIMENSION(jpi,jpj)     ::   z2d   ! 2D workspace
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   z3d   ! 3D workspace
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   bu, bv   ! volume of u- and v-boxes
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   r1_bt    ! inverse of t-box volume
+      !!----------------------------------------------------------------------
+      ! 
+      IF( ln_timing )   CALL timing_start('dia_wri')
+      ! 
+      ! Output the initial state and forcings
+      IF( ninist == 1 ) THEN                       
+         CALL dia_wri_state( 'output.init' )
+         ninist = 0
+      ENDIF
+
+      ! Output of initial vertical scale factor
+      CALL iom_put("e3t_0", e3t_0(:,:,:) )
+      CALL iom_put("e3u_0", e3u_0(:,:,:) )
+      CALL iom_put("e3v_0", e3v_0(:,:,:) )
+      !
+      CALL iom_put( "e3t" , e3t_n(:,:,:) )
+      CALL iom_put( "e3u" , e3u_n(:,:,:) )
+      CALL iom_put( "e3v" , e3v_n(:,:,:) )
+      CALL iom_put( "e3w" , e3w_n(:,:,:) )
+      IF( iom_use("e3tdef") )   &
+         CALL iom_put( "e3tdef"  , ( ( e3t_n(:,:,:) - e3t_0(:,:,:) ) / e3t_0(:,:,:) * 100 * tmask(:,:,:) ) ** 2 )
+
+      IF( ll_wd ) THEN
+         CALL iom_put( "ssh" , (sshn+ssh_ref)*tmask(:,:,1) )   ! sea surface height (brought back to the reference used for wetting and drying)
+      ELSE
+         CALL iom_put( "ssh" , sshn )              ! sea surface height
+      ENDIF
+
+      IF( iom_use("wetdep") )   &                  ! wet depth
+         CALL iom_put( "wetdep" , ht_0(:,:) + sshn(:,:) )
+      
+      CALL iom_put( "toce", tsn(:,:,:,jp_tem) )    ! 3D temperature
+      CALL iom_put(  "sst", tsn(:,:,1,jp_tem) )    ! surface temperature
+      IF ( iom_use("sbt") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbkt(ji,jj)
+               z2d(ji,jj) = tsn(ji,jj,ikbot,jp_tem)
+            END DO
+         END DO
+         CALL iom_put( "sbt", z2d )                ! bottom temperature
+      ENDIF
+      
+      CALL iom_put( "soce", tsn(:,:,:,jp_sal) )    ! 3D salinity
+      CALL iom_put(  "sss", tsn(:,:,1,jp_sal) )    ! surface salinity
+      IF ( iom_use("sbs") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbkt(ji,jj)
+               z2d(ji,jj) = tsn(ji,jj,ikbot,jp_sal)
+            END DO
+         END DO
+         CALL iom_put( "sbs", z2d )                ! bottom salinity
+      ENDIF
+
+      IF ( iom_use("taubot") ) THEN                ! bottom stress
+         zztmp = rau0 * 0.25
+         z2d(:,:) = 0._wp
+         DO jj = 2, jpjm1
+            DO ji = fs_2, fs_jpim1   ! vector opt.
+               zztmp2 = (  ( rCdU_bot(ji+1,jj)+rCdU_bot(ji  ,jj) ) * un(ji  ,jj,mbku(ji  ,jj))  )**2   &
+                  &   + (  ( rCdU_bot(ji  ,jj)+rCdU_bot(ji-1,jj) ) * un(ji-1,jj,mbku(ji-1,jj))  )**2   &
+                  &   + (  ( rCdU_bot(ji,jj+1)+rCdU_bot(ji,jj  ) ) * vn(ji,jj  ,mbkv(ji,jj  ))  )**2   &
+                  &   + (  ( rCdU_bot(ji,jj  )+rCdU_bot(ji,jj-1) ) * vn(ji,jj-1,mbkv(ji,jj-1))  )**2
+               z2d(ji,jj) = zztmp * SQRT( zztmp2 ) * tmask(ji,jj,1) 
+               !
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', 1. )
+         CALL iom_put( "taubot", z2d )           
+      ENDIF
+         
+      CALL iom_put( "uoce", un(:,:,:) )            ! 3D i-current
+      CALL iom_put(  "ssu", un(:,:,1) )            ! surface i-current
+      IF ( iom_use("sbu") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbku(ji,jj)
+               z2d(ji,jj) = un(ji,jj,ikbot)
+            END DO
+         END DO
+         CALL iom_put( "sbu", z2d )                ! bottom i-current
+      ENDIF
+      
+      CALL iom_put( "voce", vn(:,:,:) )            ! 3D j-current
+      CALL iom_put(  "ssv", vn(:,:,1) )            ! surface j-current
+      IF ( iom_use("sbv") ) THEN
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+               ikbot = mbkv(ji,jj)
+               z2d(ji,jj) = vn(ji,jj,ikbot)
+            END DO
+         END DO
+         CALL iom_put( "sbv", z2d )                ! bottom j-current
+      ENDIF
+
+      CALL iom_put( "woce", wn )                   ! vertical velocity
+      IF( iom_use('w_masstr') .OR. iom_use('w_masstr2') ) THEN   ! vertical mass transport & its square value
+         ! Caution: in the VVL case, it only correponds to the baroclinic mass transport.
+         z2d(:,:) = rau0 * e1e2t(:,:)
+         DO jk = 1, jpk
+            z3d(:,:,jk) = wn(:,:,jk) * z2d(:,:)
+         END DO
+         CALL iom_put( "w_masstr" , z3d )  
+         IF( iom_use('w_masstr2') )   CALL iom_put( "w_masstr2", z3d(:,:,:) * z3d(:,:,:) )
+      ENDIF
+
+      CALL iom_put( "avt" , avt )                  ! T vert. eddy diff. coef.
+      CALL iom_put( "avs" , avs )                  ! S vert. eddy diff. coef.
+      CALL iom_put( "avm" , avm )                  ! T vert. eddy visc. coef.
+
+      IF( iom_use('logavt') )   CALL iom_put( "logavt", LOG( MAX( 1.e-20_wp, avt(:,:,:) ) ) )
+      IF( iom_use('logavs') )   CALL iom_put( "logavs", LOG( MAX( 1.e-20_wp, avs(:,:,:) ) ) )
+
+      IF ( iom_use("salgrad") .OR. iom_use("salgrad2") ) THEN
+         z3d(:,:,jpk) = 0.
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1                                    ! sal gradient
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  zztmp  = tsn(ji,jj,jk,jp_sal)
+                  zztmpx = ( tsn(ji+1,jj,jk,jp_sal) - zztmp ) * r1_e1u(ji,jj) + ( zztmp - tsn(ji-1,jj  ,jk,jp_sal) ) * r1_e1u(ji-1,jj)
+                  zztmpy = ( tsn(ji,jj+1,jk,jp_sal) - zztmp ) * r1_e2v(ji,jj) + ( zztmp - tsn(ji  ,jj-1,jk,jp_sal) ) * r1_e2v(ji,jj-1)
+                  z3d(ji,jj,jk) = 0.25 * ( zztmpx * zztmpx + zztmpy * zztmpy )   &
+                     &                 * umask(ji,jj,jk) * umask(ji-1,jj,jk) * vmask(ji,jj,jk) * umask(ji,jj-1,jk)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z3d, 'T', 1. )
+         CALL iom_put( "salgrad2",  z3d )          ! square of module of sal gradient
+         z3d(:,:,:) = SQRT( z3d(:,:,:) )
+         CALL iom_put( "salgrad" ,  z3d )          ! module of sal gradient
+      ENDIF
+         
+      IF ( iom_use("sstgrad") .OR. iom_use("sstgrad2") ) THEN
+         DO jj = 2, jpjm1                                    ! sst gradient
+            DO ji = fs_2, fs_jpim1   ! vector opt.
+               zztmp  = tsn(ji,jj,1,jp_tem)
+               zztmpx = ( tsn(ji+1,jj,1,jp_tem) - zztmp ) * r1_e1u(ji,jj) + ( zztmp - tsn(ji-1,jj  ,1,jp_tem) ) * r1_e1u(ji-1,jj)
+               zztmpy = ( tsn(ji,jj+1,1,jp_tem) - zztmp ) * r1_e2v(ji,jj) + ( zztmp - tsn(ji  ,jj-1,1,jp_tem) ) * r1_e2v(ji,jj-1)
+               z2d(ji,jj) = 0.25 * ( zztmpx * zztmpx + zztmpy * zztmpy )   &
+                  &              * umask(ji,jj,1) * umask(ji-1,jj,1) * vmask(ji,jj,1) * umask(ji,jj-1,1)
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', 1. )
+         CALL iom_put( "sstgrad2",  z2d )          ! square of module of sst gradient
+         z2d(:,:) = SQRT( z2d(:,:) )
+         CALL iom_put( "sstgrad" ,  z2d )          ! module of sst gradient
+      ENDIF
+         
+      ! heat and salt contents
+      IF( iom_use("heatc") ) THEN
+         z2d(:,:)  = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_tem) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "heatc", rau0_rcp * z2d )   ! vertically integrated heat content (J/m2)
+      ENDIF
+
+      IF( iom_use("saltc") ) THEN
+         z2d(:,:)  = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_sal) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "saltc", rau0 * z2d )          ! vertically integrated salt content (PSU*kg/m2)
+      ENDIF
+      !
+      IF( iom_use("salt2c") ) THEN
+         z2d(:,:)  = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_sal) * tsn(ji,jj,jk,jp_sal) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "salt2c", rau0 * z2d )          ! vertically integrated salt content (PSU*kg/m2)
+      ENDIF
+      !
+      IF ( iom_use("eken") ) THEN
+         z3d(:,:,jpk) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpj
+               DO ji = 2, jpi
+                  zztmpx = 0.5 * ( un(ji-1,jj  ,jk) + un(ji,jj,jk) )
+                  zztmpy = 0.5 * ( vn(ji  ,jj-1,jk) + vn(ji,jj,jk) )
+                  z3d(ji,jj,jk) = 0.5 * ( zztmpx*zztmpx + zztmpy*zztmpy )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z3d, 'T', 1. )
+         CALL iom_put( "eken", z3d )                 ! kinetic energy
+      ENDIF
+
+      IF ( iom_use("ke") .or. iom_use("ke_zint") ) THEN
+         !
+         z3d(:,:,jpk) = 0._wp
+         z3d(1,:, : ) = 0._wp
+         z3d(:,1, : ) = 0._wp
+         DO jk = 1, jpkm1
+            DO jj = 2, jpj
+               DO ji = 2, jpi
+                  z3d(ji,jj,jk) = 0.25_wp * ( un(ji  ,jj,jk) * un(ji  ,jj,jk) * e1e2u(ji  ,jj) * e3u_n(ji  ,jj,jk)  &
+                     &                      + un(ji-1,jj,jk) * un(ji-1,jj,jk) * e1e2u(ji-1,jj) * e3u_n(ji-1,jj,jk)  &
+                     &                      + vn(ji,jj  ,jk) * vn(ji,jj  ,jk) * e1e2v(ji,jj  ) * e3v_n(ji,jj  ,jk)  &
+                     &                      + vn(ji,jj-1,jk) * vn(ji,jj-1,jk) * e1e2v(ji,jj-1) * e3v_n(ji,jj-1,jk)  )  &
+                     &                    * r1_e1e2t(ji,jj) / e3t_n(ji,jj,jk) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         
+         CALL lbc_lnk( 'diawri', z3d, 'T', 1. )
+         CALL iom_put( "ke", z3d ) ! kinetic energy
+
+         z2d(:,:)  = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * z3d(ji,jj,jk) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "ke_zint", z2d )   ! vertically integrated kinetic energy
+
+      ENDIF
+      !
+      CALL iom_put( "hdiv", hdivn )                  ! Horizontal divergence
+
+      IF ( iom_use("relvor") .OR. iom_use("absvor") .OR. iom_use("potvor") ) THEN
+         
+         z3d(:,:,jpk) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  z3d(ji,jj,jk) = (  e2v(ji+1,jj  ) * vn(ji+1,jj  ,jk) - e2v(ji,jj) * vn(ji,jj,jk)    &
+                     &              - e1u(ji  ,jj+1) * un(ji  ,jj+1,jk) + e1u(ji,jj) * un(ji,jj,jk)  ) * r1_e1e2f(ji,jj)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z3d, 'F', 1. )
+         CALL iom_put( "relvor", z3d )                  ! relative vorticity
+
+         DO jk = 1, jpkm1
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+                  z3d(ji,jj,jk) = ff_f(ji,jj) + z3d(ji,jj,jk) 
+               END DO
+            END DO
+         END DO
+         CALL iom_put( "absvor", z3d )                  ! absolute vorticity
+
+         DO jk = 1, jpkm1
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  ze3  = (  e3t_n(ji,jj+1,jk)*tmask(ji,jj+1,jk) + e3t_n(ji+1,jj+1,jk)*tmask(ji+1,jj+1,jk)   &
+                     &    + e3t_n(ji,jj  ,jk)*tmask(ji,jj  ,jk) + e3t_n(ji+1,jj  ,jk)*tmask(ji+1,jj  ,jk)  )
+                  IF( ze3 /= 0._wp ) THEN   ;   ze3 = 4._wp / ze3
+                  ELSE                      ;   ze3 = 0._wp
+                  ENDIF
+                  z3d(ji,jj,jk) = ze3 * z3d(ji,jj,jk) 
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z3d, 'F', 1. )
+         CALL iom_put( "potvor", z3d )                  ! potential vorticity
+
+      ENDIF
+   
+      !
+      IF( iom_use("u_masstr") .OR. iom_use("u_masstr_vint") .OR. iom_use("u_heattr") .OR. iom_use("u_salttr") ) THEN
+         z3d(:,:,jpk) = 0.e0
+         z2d(:,:) = 0.e0
+         DO jk = 1, jpkm1
+            z3d(:,:,jk) = rau0 * un(:,:,jk) * e2u(:,:) * e3u_n(:,:,jk) * umask(:,:,jk)
+            z2d(:,:) = z2d(:,:) + z3d(:,:,jk)
+         END DO
+         CALL iom_put( "u_masstr"     , z3d )         ! mass transport in i-direction
+         CALL iom_put( "u_masstr_vint", z2d )         ! mass transport in i-direction vertical sum
+      ENDIF
+      
+      IF( iom_use("u_heattr") ) THEN
+         z2d(:,:) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_tem) + tsn(ji+1,jj,jk,jp_tem) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'U', -1. )
+         CALL iom_put( "u_heattr", 0.5*rcp * z2d )    ! heat transport in i-direction
+      ENDIF
+
+      IF( iom_use("u_salttr") ) THEN
+         z2d(:,:) = 0.e0 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_sal) + tsn(ji+1,jj,jk,jp_sal) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'U', -1. )
+         CALL iom_put( "u_salttr", 0.5 * z2d )        ! heat transport in i-direction
+      ENDIF
+
+      
+      IF( iom_use("v_masstr") .OR. iom_use("v_heattr") .OR. iom_use("v_salttr") ) THEN
+         z3d(:,:,jpk) = 0.e0
+         DO jk = 1, jpkm1
+            z3d(:,:,jk) = rau0 * vn(:,:,jk) * e1v(:,:) * e3v_n(:,:,jk) * vmask(:,:,jk)
+         END DO
+         CALL iom_put( "v_masstr", z3d )              ! mass transport in j-direction
+      ENDIF
+      
+      IF( iom_use("v_heattr") ) THEN
+         z2d(:,:) = 0.e0 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_tem) + tsn(ji,jj+1,jk,jp_tem) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'V', -1. )
+         CALL iom_put( "v_heattr", 0.5*rcp * z2d )    !  heat transport in j-direction
+      ENDIF
+
+      IF( iom_use("v_salttr") ) THEN
+         z2d(:,:) = 0._wp 
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + z3d(ji,jj,jk) * ( tsn(ji,jj,jk,jp_sal) + tsn(ji,jj+1,jk,jp_sal) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'V', -1. )
+         CALL iom_put( "v_salttr", 0.5 * z2d )        !  heat transport in j-direction
+      ENDIF
+
+      IF( iom_use("tosmint") ) THEN
+         z2d(:,:) = 0._wp
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) *  tsn(ji,jj,jk,jp_tem)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', -1. )
+         CALL iom_put( "tosmint", rau0 * z2d )        ! Vertical integral of temperature
+      ENDIF
+      IF( iom_use("somint") ) THEN
+         z2d(:,:)=0._wp
+         DO jk = 1, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  z2d(ji,jj) = z2d(ji,jj) + e3t_n(ji,jj,jk) * tsn(ji,jj,jk,jp_sal)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'diawri', z2d, 'T', -1. )
+         CALL iom_put( "somint", rau0 * z2d )         ! Vertical integral of salinity
+      ENDIF
+
+      CALL iom_put( "bn2", rn2 )                      ! Brunt-Vaisala buoyancy frequency (N^2)
+      !
+
+      IF (ln_diatmb)   CALL dia_tmb                   ! tmb values 
+          
+      IF (ln_dia25h)   CALL dia_25h( kt )             ! 25h averaging
+
+      IF( ln_timing )   CALL timing_stop('dia_wri')
+      !
+   END SUBROUTINE dia_wri
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option                                  use IOIPSL  library
+   !!----------------------------------------------------------------------
+
+   INTEGER FUNCTION dia_wri_alloc()
+      !!----------------------------------------------------------------------
+      INTEGER, DIMENSION(2) :: ierr
+      !!----------------------------------------------------------------------
+      ierr = 0
+      ALLOCATE( ndex_hT(jpi*jpj) , ndex_T(jpi*jpj*jpk) ,     &
+         &      ndex_hU(jpi*jpj) , ndex_U(jpi*jpj*jpk) ,     &
+         &      ndex_hV(jpi*jpj) , ndex_V(jpi*jpj*jpk) , STAT=ierr(1) )
+         !
+      dia_wri_alloc = MAXVAL(ierr)
+      CALL mpp_sum( 'diawri', dia_wri_alloc )
+      !
+   END FUNCTION dia_wri_alloc
+
+   
+   SUBROUTINE dia_wri( kt )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dia_wri  ***
+      !!                   
+      !! ** Purpose :   Standard output of opa: dynamics and tracer fields 
+      !!      NETCDF format is used by default 
+      !!
+      !! ** Method  :   At the beginning of the first time step (nit000), 
+      !!      define all the NETCDF files and fields
+      !!      At each time step call histdef to compute the mean if ncessary
+      !!      Each nwrite time step, output the instantaneous or mean fields
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt   ! ocean time-step index
+      !
+      LOGICAL ::   ll_print = .FALSE.                        ! =T print and flush numout
+      CHARACTER (len=40) ::   clhstnam, clop, clmx           ! local names
+      INTEGER  ::   inum = 11                                ! temporary logical unit
+      INTEGER  ::   ji, jj, jk                               ! dummy loop indices
+      INTEGER  ::   ierr                                     ! error code return from allocation
+      INTEGER  ::   iimi, iima, ipk, it, itmod, ijmi, ijma   ! local integers
+      INTEGER  ::   jn, ierror                               ! local integers
+      REAL(wp) ::   zsto, zout, zmax, zjulian                ! local scalars
+      !
+      REAL(wp), DIMENSION(jpi,jpj)   :: zw2d       ! 2D workspace
+      REAL(wp), DIMENSION(jpi,jpj,jpk) :: zw3d       ! 3D workspace
+      !!----------------------------------------------------------------------
+      ! 
+      IF( ln_timing )   CALL timing_start('dia_wri')
+      !
+      IF( ninist == 1 ) THEN     !==  Output the initial state and forcings  ==!
+         CALL dia_wri_state( 'output.init' )
+         ninist = 0
+      ENDIF
+      !
+      ! 0. Initialisation
+      ! -----------------
+
+      ll_print = .FALSE.                  ! local variable for debugging
+      ll_print = ll_print .AND. lwp
+
+      ! Define frequency of output and means
+      clop = "x"         ! no use of the mask value (require less cpu time and otherwise the model crashes)
+#if defined key_diainstant
+      zsto = nwrite * rdt
+      clop = "inst("//TRIM(clop)//")"
+#else
+      zsto=rdt
+      clop = "ave("//TRIM(clop)//")"
+#endif
+      zout = nwrite * rdt
+      zmax = ( nitend - nit000 + 1 ) * rdt
+
+      ! Define indices of the horizontal output zoom and vertical limit storage
+      iimi = 1      ;      iima = jpi
+      ijmi = 1      ;      ijma = jpj
+      ipk = jpk
+
+      ! define time axis
+      it = kt
+      itmod = kt - nit000 + 1
+
+
+      ! 1. Define NETCDF files and fields at beginning of first time step
+      ! -----------------------------------------------------------------
+
+      IF( kt == nit000 ) THEN
+
+         ! Define the NETCDF files (one per grid)
+
+         ! Compute julian date from starting date of the run
+         CALL ymds2ju( nyear, nmonth, nday, rdt, zjulian )
+         zjulian = zjulian - adatrj   !   set calendar origin to the beginning of the experiment
+         IF(lwp)WRITE(numout,*)
+         IF(lwp)WRITE(numout,*) 'Date 0 used :', nit000, ' YEAR ', nyear,   &
+            &                    ' MONTH ', nmonth, ' DAY ', nday, 'Julian day : ', zjulian
+         IF(lwp)WRITE(numout,*) ' indexes of zoom = ', iimi, iima, ijmi, ijma,   &
+                                 ' limit storage in depth = ', ipk
+
+         ! WRITE root name in date.file for use by postpro
+         IF(lwp) THEN
+            CALL dia_nam( clhstnam, nwrite,' ' )
+            CALL ctl_opn( inum, 'date.file', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, narea )
+            WRITE(inum,*) clhstnam
+            CLOSE(inum)
+         ENDIF
+
+         ! Define the T grid FILE ( nid_T )
+
+         CALL dia_nam( clhstnam, nwrite, 'grid_T' )
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam    ! filename
+         CALL histbeg( clhstnam, jpi, glamt, jpj, gphit,           &  ! Horizontal grid: glamt and gphit
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rdt, nh_T, nid_T, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_T, "deptht", "Vertical T levels",      &  ! Vertical grid: gdept
+            &           "m", ipk, gdept_1d, nz_T, "down" )
+         !                                                            ! Index of ocean points
+         CALL wheneq( jpi*jpj*ipk, tmask, 1, 1., ndex_T , ndim_T  )      ! volume
+         CALL wheneq( jpi*jpj    , tmask, 1, 1., ndex_hT, ndim_hT )      ! surface
+         !
+         IF( ln_icebergs ) THEN
+            !
+            !! allocation cant go in dia_wri_alloc because ln_icebergs is only set after 
+            !! that routine is called from nemogcm, so do it here immediately before its needed
+            ALLOCATE( ndex_bT(jpi*jpj*nclasses), STAT=ierror )
+            CALL mpp_sum( 'diawri', ierror )
+            IF( ierror /= 0 ) THEN
+               CALL ctl_stop('dia_wri: failed to allocate iceberg diagnostic array')
+               RETURN
+            ENDIF
+            !
+            !! iceberg vertical coordinate is class number
+            CALL histvert( nid_T, "class", "Iceberg class",      &  ! Vertical grid: class
+               &           "number", nclasses, class_num, nb_T )
+            !
+            !! each class just needs the surface index pattern
+            ndim_bT = 3
+            DO jn = 1,nclasses
+               ndex_bT((jn-1)*jpi*jpj+1:jn*jpi*jpj) = ndex_hT(1:jpi*jpj)
+            ENDDO
+            !
+         ENDIF
+
+         ! Define the U grid FILE ( nid_U )
+
+         CALL dia_nam( clhstnam, nwrite, 'grid_U' )
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam    ! filename
+         CALL histbeg( clhstnam, jpi, glamu, jpj, gphiu,           &  ! Horizontal grid: glamu and gphiu
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rdt, nh_U, nid_U, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_U, "depthu", "Vertical U levels",      &  ! Vertical grid: gdept
+            &           "m", ipk, gdept_1d, nz_U, "down" )
+         !                                                            ! Index of ocean points
+         CALL wheneq( jpi*jpj*ipk, umask, 1, 1., ndex_U , ndim_U  )      ! volume
+         CALL wheneq( jpi*jpj    , umask, 1, 1., ndex_hU, ndim_hU )      ! surface
+
+         ! Define the V grid FILE ( nid_V )
+
+         CALL dia_nam( clhstnam, nwrite, 'grid_V' )                   ! filename
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam
+         CALL histbeg( clhstnam, jpi, glamv, jpj, gphiv,           &  ! Horizontal grid: glamv and gphiv
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rdt, nh_V, nid_V, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_V, "depthv", "Vertical V levels",      &  ! Vertical grid : gdept
+            &          "m", ipk, gdept_1d, nz_V, "down" )
+         !                                                            ! Index of ocean points
+         CALL wheneq( jpi*jpj*ipk, vmask, 1, 1., ndex_V , ndim_V  )      ! volume
+         CALL wheneq( jpi*jpj    , vmask, 1, 1., ndex_hV, ndim_hV )      ! surface
+
+         ! Define the W grid FILE ( nid_W )
+
+         CALL dia_nam( clhstnam, nwrite, 'grid_W' )                   ! filename
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam
+         CALL histbeg( clhstnam, jpi, glamt, jpj, gphit,           &  ! Horizontal grid: glamt and gphit
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rdt, nh_W, nid_W, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_W, "depthw", "Vertical W levels",      &  ! Vertical grid: gdepw
+            &          "m", ipk, gdepw_1d, nz_W, "down" )
+
+
+         ! Declare all the output fields as NETCDF variables
+
+         !                                                                                      !!! nid_T : 3D
+         CALL histdef( nid_T, "votemper", "Temperature"                        , "C"      ,   &  ! tn
+            &          jpi, jpj, nh_T, ipk, 1, ipk, nz_T, 32, clop, zsto, zout )
+         CALL histdef( nid_T, "vosaline", "Salinity"                           , "PSU"    ,   &  ! sn
+            &          jpi, jpj, nh_T, ipk, 1, ipk, nz_T, 32, clop, zsto, zout )
+         IF(  .NOT.ln_linssh  ) THEN
+            CALL histdef( nid_T, "vovvle3t", "Level thickness"                    , "m"      ,&  ! e3t_n
+            &             jpi, jpj, nh_T, ipk, 1, ipk, nz_T, 32, clop, zsto, zout )
+            CALL histdef( nid_T, "vovvldep", "T point depth"                      , "m"      ,&  ! e3t_n
+            &             jpi, jpj, nh_T, ipk, 1, ipk, nz_T, 32, clop, zsto, zout )
+            CALL histdef( nid_T, "vovvldef", "Squared level deformation"          , "%^2"    ,&  ! e3t_n
+            &             jpi, jpj, nh_T, ipk, 1, ipk, nz_T, 32, clop, zsto, zout )
+         ENDIF
+         !                                                                                      !!! nid_T : 2D
+         CALL histdef( nid_T, "sosstsst", "Sea Surface temperature"            , "C"      ,   &  ! sst
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sosaline", "Sea Surface Salinity"               , "PSU"    ,   &  ! sss
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sossheig", "Sea Surface Height"                 , "m"      ,   &  ! ssh
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sowaflup", "Net Upward Water Flux"              , "Kg/m2/s",   &  ! (emp-rnf)
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sorunoff", "River runoffs"                      , "Kg/m2/s",   &  ! runoffs
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sosfldow", "downward salt flux"                 , "PSU/m2/s",  &  ! sfx
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         IF(  ln_linssh  ) THEN
+            CALL histdef( nid_T, "sosst_cd", "Concentration/Dilution term on temperature"     &  ! emp * tsn(:,:,1,jp_tem)
+            &                                                                  , "KgC/m2/s",  &  ! sosst_cd
+            &             jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "sosss_cd", "Concentration/Dilution term on salinity"        &  ! emp * tsn(:,:,1,jp_sal)
+            &                                                                  , "KgPSU/m2/s",&  ! sosss_cd
+            &             jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         ENDIF
+         CALL histdef( nid_T, "sohefldo", "Net Downward Heat Flux"             , "W/m2"   ,   &  ! qns + qsr
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "soshfldo", "Shortwave Radiation"                , "W/m2"   ,   &  ! qsr
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "somixhgt", "Turbocline Depth"                   , "m"      ,   &  ! hmld
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "somxl010", "Mixed Layer Depth 0.01"             , "m"      ,   &  ! hmlp
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "soicecov", "Ice fraction"                       , "[0,1]"  ,   &  ! fr_i
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sowindsp", "wind speed at 10m"                  , "m/s"    ,   &  ! wndm
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+!
+         IF( ln_icebergs ) THEN
+            CALL histdef( nid_T, "calving"             , "calving mass input"                       , "kg/s"   , &
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "calving_heat"        , "calving heat flux"                        , "XXXX"   , &
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "berg_floating_melt"  , "Melt rate of icebergs + bits"             , "kg/m2/s", &
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "berg_stored_ice"     , "Accumulated ice mass by class"            , "kg"     , &
+               &          jpi, jpj, nh_T, nclasses  , 1, nclasses  , nb_T , 32, clop, zsto, zout )
+            IF( ln_bergdia ) THEN
+               CALL histdef( nid_T, "berg_melt"           , "Melt rate of icebergs"                    , "kg/m2/s", &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "berg_buoy_melt"      , "Buoyancy component of iceberg melt rate"  , "kg/m2/s", &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "berg_eros_melt"      , "Erosion component of iceberg melt rate"   , "kg/m2/s", &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "berg_conv_melt"      , "Convective component of iceberg melt rate", "kg/m2/s", &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "berg_virtual_area"   , "Virtual coverage by icebergs"             , "m2"     , &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "bits_src"           , "Mass source of bergy bits"                , "kg/m2/s", &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "bits_melt"          , "Melt rate of bergy bits"                  , "kg/m2/s", &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "bits_mass"          , "Bergy bit density field"                  , "kg/m2"  , &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "berg_mass"           , "Iceberg density field"                    , "kg/m2"  , &
+                  &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+               CALL histdef( nid_T, "berg_real_calving"   , "Calving into iceberg class"               , "kg/s"   , &
+                  &          jpi, jpj, nh_T, nclasses  , 1, nclasses  , nb_T , 32, clop, zsto, zout )
+            ENDIF
+         ENDIF
+
+         IF( .NOT. ln_cpl ) THEN
+            CALL histdef( nid_T, "sohefldp", "Surface Heat Flux: Damping"         , "W/m2"   ,   &  ! qrp
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "sowafldp", "Surface Water Flux: Damping"        , "Kg/m2/s",   &  ! erp
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "sosafldp", "Surface salt flux: damping"         , "Kg/m2/s",   &  ! erp * sn
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         ENDIF
+
+         IF( ln_cpl .AND. nn_ice <= 1 ) THEN
+            CALL histdef( nid_T, "sohefldp", "Surface Heat Flux: Damping"         , "W/m2"   ,   &  ! qrp
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "sowafldp", "Surface Water Flux: Damping"        , "Kg/m2/s",   &  ! erp
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+            CALL histdef( nid_T, "sosafldp", "Surface salt flux: Damping"         , "Kg/m2/s",   &  ! erp * sn
+               &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         ENDIF
+         
+         clmx ="l_max(only(x))"    ! max index on a period
+!         CALL histdef( nid_T, "sobowlin", "Bowl Index"                         , "W-point",   &  ! bowl INDEX 
+!            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clmx, zsto, zout )
+#if defined key_diahth
+         CALL histdef( nid_T, "sothedep", "Thermocline Depth"                  , "m"      ,   & ! hth
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "so20chgt", "Depth of 20C isotherm"              , "m"      ,   & ! hd20
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "so28chgt", "Depth of 28C isotherm"              , "m"      ,   & ! hd28
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sohtc300", "Heat content 300 m"                 , "J/m2"   ,   & ! htc3
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+#endif
+
+         CALL histend( nid_T, snc4chunks=snc4set )
+
+         !                                                                                      !!! nid_U : 3D
+         CALL histdef( nid_U, "vozocrtx", "Zonal Current"                      , "m/s"    ,   &  ! un
+            &          jpi, jpj, nh_U, ipk, 1, ipk, nz_U, 32, clop, zsto, zout )
+         IF( ln_wave .AND. ln_sdw) THEN
+            CALL histdef( nid_U, "sdzocrtx", "Stokes Drift Zonal Current"         , "m/s"    ,   &  ! usd
+               &          jpi, jpj, nh_U, ipk, 1, ipk, nz_U, 32, clop, zsto, zout )
+         ENDIF
+         !                                                                                      !!! nid_U : 2D
+         CALL histdef( nid_U, "sozotaux", "Wind Stress along i-axis"           , "N/m2"   ,   &  ! utau
+            &          jpi, jpj, nh_U, 1  , 1, 1  , - 99, 32, clop, zsto, zout )
+
+         CALL histend( nid_U, snc4chunks=snc4set )
+
+         !                                                                                      !!! nid_V : 3D
+         CALL histdef( nid_V, "vomecrty", "Meridional Current"                 , "m/s"    ,   &  ! vn
+            &          jpi, jpj, nh_V, ipk, 1, ipk, nz_V, 32, clop, zsto, zout )
+         IF( ln_wave .AND. ln_sdw) THEN
+            CALL histdef( nid_V, "sdmecrty", "Stokes Drift Meridional Current"    , "m/s"    ,   &  ! vsd
+               &          jpi, jpj, nh_V, ipk, 1, ipk, nz_V, 32, clop, zsto, zout )
+         ENDIF
+         !                                                                                      !!! nid_V : 2D
+         CALL histdef( nid_V, "sometauy", "Wind Stress along j-axis"           , "N/m2"   ,   &  ! vtau
+            &          jpi, jpj, nh_V, 1  , 1, 1  , - 99, 32, clop, zsto, zout )
+
+         CALL histend( nid_V, snc4chunks=snc4set )
+
+         !                                                                                      !!! nid_W : 3D
+         CALL histdef( nid_W, "vovecrtz", "Vertical Velocity"                  , "m/s"    ,   &  ! wn
+            &          jpi, jpj, nh_W, ipk, 1, ipk, nz_W, 32, clop, zsto, zout )
+         CALL histdef( nid_W, "votkeavt", "Vertical Eddy Diffusivity"          , "m2/s"   ,   &  ! avt
+            &          jpi, jpj, nh_W, ipk, 1, ipk, nz_W, 32, clop, zsto, zout )
+         CALL histdef( nid_W, "votkeavm", "Vertical Eddy Viscosity"             , "m2/s"  ,   &  ! avm
+            &          jpi, jpj, nh_W, ipk, 1, ipk, nz_W, 32, clop, zsto, zout )
+
+         IF( ln_zdfddm ) THEN
+            CALL histdef( nid_W,"voddmavs","Salt Vertical Eddy Diffusivity"    , "m2/s"   ,   &  ! avs
+               &          jpi, jpj, nh_W, ipk, 1, ipk, nz_W, 32, clop, zsto, zout )
+         ENDIF
+         
+         IF( ln_wave .AND. ln_sdw) THEN
+            CALL histdef( nid_W, "sdvecrtz", "Stokes Drift Vertical Current"   , "m/s"    ,   &  ! wsd
+               &          jpi, jpj, nh_W, ipk, 1, ipk, nz_W, 32, clop, zsto, zout )
+         ENDIF
+         !                                                                                      !!! nid_W : 2D
+         CALL histend( nid_W, snc4chunks=snc4set )
+
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'End of NetCDF Initialization'
+         IF(ll_print) CALL FLUSH(numout )
+
+      ENDIF
+
+      ! 2. Start writing data
+      ! ---------------------
+
+      ! ndex(1) est utilise ssi l'avant dernier argument est different de 
+      ! la taille du tableau en sortie. Dans ce cas , l'avant dernier argument
+      ! donne le nombre d'elements, et ndex la liste des indices a sortir
+
+      IF( lwp .AND. MOD( itmod, nwrite ) == 0 ) THEN 
+         WRITE(numout,*) 'dia_wri : write model outputs in NetCDF files at ', kt, 'time-step'
+         WRITE(numout,*) '~~~~~~ '
+      ENDIF
+
+      IF( .NOT.ln_linssh ) THEN
+         CALL histwrite( nid_T, "votemper", it, tsn(:,:,:,jp_tem) * e3t_n(:,:,:) , ndim_T , ndex_T  )   ! heat content
+         CALL histwrite( nid_T, "vosaline", it, tsn(:,:,:,jp_sal) * e3t_n(:,:,:) , ndim_T , ndex_T  )   ! salt content
+         CALL histwrite( nid_T, "sosstsst", it, tsn(:,:,1,jp_tem) * e3t_n(:,:,1) , ndim_hT, ndex_hT )   ! sea surface heat content
+         CALL histwrite( nid_T, "sosaline", it, tsn(:,:,1,jp_sal) * e3t_n(:,:,1) , ndim_hT, ndex_hT )   ! sea surface salinity content
+      ELSE
+         CALL histwrite( nid_T, "votemper", it, tsn(:,:,:,jp_tem) , ndim_T , ndex_T  )   ! temperature
+         CALL histwrite( nid_T, "vosaline", it, tsn(:,:,:,jp_sal) , ndim_T , ndex_T  )   ! salinity
+         CALL histwrite( nid_T, "sosstsst", it, tsn(:,:,1,jp_tem) , ndim_hT, ndex_hT )   ! sea surface temperature
+         CALL histwrite( nid_T, "sosaline", it, tsn(:,:,1,jp_sal) , ndim_hT, ndex_hT )   ! sea surface salinity
+      ENDIF
+      IF( .NOT.ln_linssh ) THEN
+         zw3d(:,:,:) = ( ( e3t_n(:,:,:) - e3t_0(:,:,:) ) / e3t_0(:,:,:) * 100 * tmask(:,:,:) ) ** 2
+         CALL histwrite( nid_T, "vovvle3t", it, e3t_n (:,:,:) , ndim_T , ndex_T  )   ! level thickness
+         CALL histwrite( nid_T, "vovvldep", it, gdept_n(:,:,:) , ndim_T , ndex_T  )   ! t-point depth
+         CALL histwrite( nid_T, "vovvldef", it, zw3d             , ndim_T , ndex_T  )   ! level thickness deformation
+      ENDIF
+      CALL histwrite( nid_T, "sossheig", it, sshn          , ndim_hT, ndex_hT )   ! sea surface height
+      CALL histwrite( nid_T, "sowaflup", it, ( emp-rnf )   , ndim_hT, ndex_hT )   ! upward water flux
+      CALL histwrite( nid_T, "sorunoff", it, rnf           , ndim_hT, ndex_hT )   ! river runoffs
+      CALL histwrite( nid_T, "sosfldow", it, sfx           , ndim_hT, ndex_hT )   ! downward salt flux 
+                                                                                  ! (includes virtual salt flux beneath ice 
+                                                                                  ! in linear free surface case)
+      IF( ln_linssh ) THEN
+         zw2d(:,:) = emp (:,:) * tsn(:,:,1,jp_tem)
+         CALL histwrite( nid_T, "sosst_cd", it, zw2d, ndim_hT, ndex_hT )          ! c/d term on sst
+         zw2d(:,:) = emp (:,:) * tsn(:,:,1,jp_sal)
+         CALL histwrite( nid_T, "sosss_cd", it, zw2d, ndim_hT, ndex_hT )          ! c/d term on sss
+      ENDIF
+      CALL histwrite( nid_T, "sohefldo", it, qns + qsr     , ndim_hT, ndex_hT )   ! total heat flux
+      CALL histwrite( nid_T, "soshfldo", it, qsr           , ndim_hT, ndex_hT )   ! solar heat flux
+      CALL histwrite( nid_T, "somixhgt", it, hmld          , ndim_hT, ndex_hT )   ! turbocline depth
+      CALL histwrite( nid_T, "somxl010", it, hmlp          , ndim_hT, ndex_hT )   ! mixed layer depth
+      CALL histwrite( nid_T, "soicecov", it, fr_i          , ndim_hT, ndex_hT )   ! ice fraction   
+      CALL histwrite( nid_T, "sowindsp", it, wndm          , ndim_hT, ndex_hT )   ! wind speed   
+!
+      IF( ln_icebergs ) THEN
+         !
+         CALL histwrite( nid_T, "calving"             , it, berg_grid%calving      , ndim_hT, ndex_hT )  
+         CALL histwrite( nid_T, "calving_heat"        , it, berg_grid%calving_hflx , ndim_hT, ndex_hT )         
+         CALL histwrite( nid_T, "berg_floating_melt"  , it, berg_grid%floating_melt, ndim_hT, ndex_hT )  
+         !
+         CALL histwrite( nid_T, "berg_stored_ice"     , it, berg_grid%stored_ice   , ndim_bT, ndex_bT )
+         !
+         IF( ln_bergdia ) THEN
+            CALL histwrite( nid_T, "berg_melt"           , it, berg_melt        , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "berg_buoy_melt"      , it, buoy_melt        , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "berg_eros_melt"      , it, eros_melt        , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "berg_conv_melt"      , it, conv_melt        , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "berg_virtual_area"   , it, virtual_area     , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "bits_src"            , it, bits_src         , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "bits_melt"           , it, bits_melt        , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "bits_mass"           , it, bits_mass        , ndim_hT, ndex_hT   )  
+            CALL histwrite( nid_T, "berg_mass"           , it, berg_mass        , ndim_hT, ndex_hT   )  
+            !
+            CALL histwrite( nid_T, "berg_real_calving"   , it, real_calving     , ndim_bT, ndex_bT   )
+         ENDIF
+      ENDIF
+
+      IF( .NOT. ln_cpl ) THEN
+         CALL histwrite( nid_T, "sohefldp", it, qrp           , ndim_hT, ndex_hT )   ! heat flux damping
+         CALL histwrite( nid_T, "sowafldp", it, erp           , ndim_hT, ndex_hT )   ! freshwater flux damping
+         IF( ln_ssr ) zw2d(:,:) = erp(:,:) * tsn(:,:,1,jp_sal) * tmask(:,:,1)
+         CALL histwrite( nid_T, "sosafldp", it, zw2d          , ndim_hT, ndex_hT )   ! salt flux damping
+      ENDIF
+      IF( ln_cpl .AND. nn_ice <= 1 ) THEN
+         CALL histwrite( nid_T, "sohefldp", it, qrp           , ndim_hT, ndex_hT )   ! heat flux damping
+         CALL histwrite( nid_T, "sowafldp", it, erp           , ndim_hT, ndex_hT )   ! freshwater flux damping
+         IF( ln_ssr ) zw2d(:,:) = erp(:,:) * tsn(:,:,1,jp_sal) * tmask(:,:,1)
+         CALL histwrite( nid_T, "sosafldp", it, zw2d          , ndim_hT, ndex_hT )   ! salt flux damping
+      ENDIF
+!      zw2d(:,:) = FLOAT( nmln(:,:) ) * tmask(:,:,1)
+!      CALL histwrite( nid_T, "sobowlin", it, zw2d          , ndim_hT, ndex_hT )   ! ???
+
+#if defined key_diahth
+      CALL histwrite( nid_T, "sothedep", it, hth           , ndim_hT, ndex_hT )   ! depth of the thermocline
+      CALL histwrite( nid_T, "so20chgt", it, hd20          , ndim_hT, ndex_hT )   ! depth of the 20 isotherm
+      CALL histwrite( nid_T, "so28chgt", it, hd28          , ndim_hT, ndex_hT )   ! depth of the 28 isotherm
+      CALL histwrite( nid_T, "sohtc300", it, htc3          , ndim_hT, ndex_hT )   ! first 300m heaat content
+#endif
+
+      CALL histwrite( nid_U, "vozocrtx", it, un            , ndim_U , ndex_U )    ! i-current
+      CALL histwrite( nid_U, "sozotaux", it, utau          , ndim_hU, ndex_hU )   ! i-wind stress
+
+      CALL histwrite( nid_V, "vomecrty", it, vn            , ndim_V , ndex_V  )   ! j-current
+      CALL histwrite( nid_V, "sometauy", it, vtau          , ndim_hV, ndex_hV )   ! j-wind stress
+
+      CALL histwrite( nid_W, "vovecrtz", it, wn             , ndim_T, ndex_T )    ! vert. current
+      CALL histwrite( nid_W, "votkeavt", it, avt            , ndim_T, ndex_T )    ! T vert. eddy diff. coef.
+      CALL histwrite( nid_W, "votkeavm", it, avm            , ndim_T, ndex_T )    ! T vert. eddy visc. coef.
+      IF( ln_zdfddm ) THEN
+         CALL histwrite( nid_W, "voddmavs", it, avs         , ndim_T, ndex_T )    ! S vert. eddy diff. coef.
+      ENDIF
+
+      IF( ln_wave .AND. ln_sdw ) THEN
+         CALL histwrite( nid_U, "sdzocrtx", it, usd         , ndim_U , ndex_U )    ! i-StokesDrift-current
+         CALL histwrite( nid_V, "sdmecrty", it, vsd         , ndim_V , ndex_V )    ! j-StokesDrift-current
+         CALL histwrite( nid_W, "sdvecrtz", it, wsd         , ndim_T , ndex_T )    ! StokesDrift vert. current
+      ENDIF
+
+      ! 3. Close all files
+      ! ---------------------------------------
+      IF( kt == nitend ) THEN
+         CALL histclo( nid_T )
+         CALL histclo( nid_U )
+         CALL histclo( nid_V )
+         CALL histclo( nid_W )
+      ENDIF
+      !
+      IF( ln_timing )   CALL timing_stop('dia_wri')
+      !
+   END SUBROUTINE dia_wri
+#endif
+
+   SUBROUTINE dia_wri_state( cdfile_name )
+      !!---------------------------------------------------------------------
+      !!                 ***  ROUTINE dia_wri_state  ***
+      !!        
+      !! ** Purpose :   create a NetCDF file named cdfile_name which contains 
+      !!      the instantaneous ocean state and forcing fields.
+      !!        Used to find errors in the initial state or save the last
+      !!      ocean state in case of abnormal end of a simulation
+      !!
+      !! ** Method  :   NetCDF files using ioipsl
+      !!      File 'output.init.nc'  is created if ninist = 1 (namelist)
+      !!      File 'output.abort.nc' is created in case of abnormal job end
+      !!----------------------------------------------------------------------
+      CHARACTER (len=* ), INTENT( in ) ::   cdfile_name      ! name of the file created
+      !!
+      INTEGER :: inum
+      !!----------------------------------------------------------------------
+      ! 
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'dia_wri_state : single instantaneous ocean state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~   and forcing fields file created '
+      IF(lwp) WRITE(numout,*) '                and named :', cdfile_name, '...nc'
+
+#if defined key_si3
+     CALL iom_open( TRIM(cdfile_name), inum, ldwrt = .TRUE., kdlev = jpl )
+#else
+     CALL iom_open( TRIM(cdfile_name), inum, ldwrt = .TRUE. )
+#endif
+
+      CALL iom_rstput( 0, 0, inum, 'votemper', tsn(:,:,:,jp_tem) )    ! now temperature
+      CALL iom_rstput( 0, 0, inum, 'vosaline', tsn(:,:,:,jp_sal) )    ! now salinity
+      CALL iom_rstput( 0, 0, inum, 'sossheig', sshn              )    ! sea surface height
+      CALL iom_rstput( 0, 0, inum, 'vozocrtx', un                )    ! now i-velocity
+      CALL iom_rstput( 0, 0, inum, 'vomecrty', vn                )    ! now j-velocity
+      CALL iom_rstput( 0, 0, inum, 'vovecrtz', wn                )    ! now k-velocity
+      IF( ALLOCATED(ahtu) ) THEN
+         CALL iom_rstput( 0, 0, inum,  'ahtu', ahtu              )    ! aht at u-point
+         CALL iom_rstput( 0, 0, inum,  'ahtv', ahtv              )    ! aht at v-point
+      ENDIF
+      IF( ALLOCATED(ahmt) ) THEN
+         CALL iom_rstput( 0, 0, inum,  'ahmt', ahmt              )    ! ahmt at u-point
+         CALL iom_rstput( 0, 0, inum,  'ahmf', ahmf              )    ! ahmf at v-point
+      ENDIF
+      CALL iom_rstput( 0, 0, inum, 'sowaflup', emp - rnf         )    ! freshwater budget
+      CALL iom_rstput( 0, 0, inum, 'sohefldo', qsr + qns         )    ! total heat flux
+      CALL iom_rstput( 0, 0, inum, 'soshfldo', qsr               )    ! solar heat flux
+      CALL iom_rstput( 0, 0, inum, 'soicecov', fr_i              )    ! ice fraction
+      CALL iom_rstput( 0, 0, inum, 'sozotaux', utau              )    ! i-wind stress
+      CALL iom_rstput( 0, 0, inum, 'sometauy', vtau              )    ! j-wind stress
+      IF(  .NOT.ln_linssh  ) THEN             
+         CALL iom_rstput( 0, 0, inum, 'vovvldep', gdept_n        )    !  T-cell depth 
+         CALL iom_rstput( 0, 0, inum, 'vovvle3t', e3t_n          )    !  T-cell thickness  
+      END IF
+      IF( ln_wave .AND. ln_sdw ) THEN
+         CALL iom_rstput( 0, 0, inum, 'sdzocrtx', usd            )    ! now StokesDrift i-velocity
+         CALL iom_rstput( 0, 0, inum, 'sdmecrty', vsd            )    ! now StokesDrift j-velocity
+         CALL iom_rstput( 0, 0, inum, 'sdvecrtz', wsd            )    ! now StokesDrift k-velocity
+      ENDIF
+ 
+#if defined key_si3
+      IF( nn_ice == 2 ) THEN   ! condition needed in case agrif + ice-model but no-ice in child grid
+         CALL ice_wri_state( inum )
+      ENDIF
+#endif
+      !
+      CALL iom_close( inum )
+      ! 
+   END SUBROUTINE dia_wri_state
+
+   !!======================================================================
+END MODULE diawri
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/domvvl.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/domvvl.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/domvvl.F90	(revision 15719)
@@ -0,0 +1,1053 @@
+MODULE domvvl
+   !!======================================================================
+   !!                       ***  MODULE domvvl   ***
+   !! Ocean : 
+   !!======================================================================
+   !! History :  2.0  !  2006-06  (B. Levier, L. Marie)  original code
+   !!            3.1  !  2009-02  (G. Madec, M. Leclair, R. Benshila)  pure z* coordinate
+   !!            3.3  !  2011-10  (M. Leclair) totally rewrote domvvl: vvl option includes z_star and z_tilde coordinates
+   !!            3.6  !  2014-11  (P. Mathiot) add ice shelf capability
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   dom_vvl_init     : define initial vertical scale factors, depths and column thickness
+   !!   dom_vvl_sf_nxt   : Compute next vertical scale factors
+   !!   dom_vvl_sf_swp   : Swap vertical scale factors and update the vertical grid
+   !!   dom_vvl_interpol : Interpolate vertical scale factors from one grid point to another
+   !!   dom_vvl_rst      : read/write restart file
+   !!   dom_vvl_ctl      : Check the vvl options
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE phycst          ! physical constant
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! ocean surface boundary condition
+   USE wet_dry         ! wetting and drying
+   USE usrdef_istate   ! user defined initial state (wad only)
+   USE restart         ! ocean restart
+   !
+   USE in_out_manager  ! I/O manager
+   USE iom             ! I/O manager library
+   USE lib_mpp         ! distributed memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE timing          ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC  dom_vvl_init       ! called by domain.F90
+   PUBLIC  dom_vvl_sf_nxt     ! called by step.F90
+   PUBLIC  dom_vvl_sf_swp     ! called by step.F90
+   PUBLIC  dom_vvl_interpol   ! called by dynnxt.F90
+
+   !                                                      !!* Namelist nam_vvl
+   LOGICAL , PUBLIC :: ln_vvl_zstar           = .FALSE.    ! zstar  vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_ztilde          = .FALSE.    ! ztilde vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_layer           = .FALSE.    ! level  vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_ztilde_as_zstar = .FALSE.    ! ztilde vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_zstar_at_eqtor  = .FALSE.    ! ztilde vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_kepe            = .FALSE.    ! kinetic/potential energy transfer
+   !                                                       ! conservation: not used yet
+   REAL(wp)         :: rn_ahe3                             ! thickness diffusion coefficient
+   REAL(wp)         :: rn_rst_e3t                          ! ztilde to zstar restoration timescale [days]
+   REAL(wp)         :: rn_lf_cutoff                        ! cutoff frequency for low-pass filter  [days]
+   REAL(wp)         :: rn_zdef_max                         ! maximum fractional e3t deformation
+   LOGICAL , PUBLIC :: ln_vvl_dbg = .FALSE.                ! debug control prints
+
+   REAL(wp), PUBLIC, ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: un_td, vn_td                ! thickness diffusion transport
+   REAL(wp)        , ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: hdiv_lf                     ! low frequency part of hz divergence
+   REAL(wp), PUBLIC, ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: tilde_e3t_b, tilde_e3t_n    ! baroclinic scale factors
+   REAL(wp), PUBLIC, ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: tilde_e3t_a, dtilde_e3t_a   ! baroclinic scale factors
+   REAL(wp)        , ALLOCATABLE, SAVE, DIMENSION(:,:)   :: frq_rst_e3t                 ! retoring period for scale factors
+   REAL(wp)        , ALLOCATABLE, SAVE, DIMENSION(:,:)   :: frq_rst_hdv                 ! retoring period for low freq. divergence
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: domvvl.F90 10425 2018-12-19 21:54:16Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   INTEGER FUNCTION dom_vvl_alloc()
+      !!----------------------------------------------------------------------
+      !!                ***  FUNCTION dom_vvl_alloc  ***
+      !!----------------------------------------------------------------------
+      IF( ln_vvl_zstar )   dom_vvl_alloc = 0
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN
+         ALLOCATE( tilde_e3t_b(jpi,jpj,jpk)  , tilde_e3t_n(jpi,jpj,jpk) , tilde_e3t_a(jpi,jpj,jpk) ,   &
+            &      dtilde_e3t_a(jpi,jpj,jpk) , un_td  (jpi,jpj,jpk)     , vn_td  (jpi,jpj,jpk)     ,   &
+            &      STAT = dom_vvl_alloc        )
+         CALL mpp_sum ( 'domvvl', dom_vvl_alloc )
+         IF( dom_vvl_alloc /= 0 )   CALL ctl_stop( 'STOP', 'dom_vvl_alloc: failed to allocate arrays' )
+         un_td = 0._wp
+         vn_td = 0._wp
+      ENDIF
+      IF( ln_vvl_ztilde ) THEN
+         ALLOCATE( frq_rst_e3t(jpi,jpj) , frq_rst_hdv(jpi,jpj) , hdiv_lf(jpi,jpj,jpk) , STAT= dom_vvl_alloc )
+         CALL mpp_sum ( 'domvvl', dom_vvl_alloc )
+         IF( dom_vvl_alloc /= 0 )   CALL ctl_stop( 'STOP', 'dom_vvl_alloc: failed to allocate arrays' )
+      ENDIF
+      !
+   END FUNCTION dom_vvl_alloc
+
+
+   SUBROUTINE dom_vvl_init
+      !!----------------------------------------------------------------------
+      !!                ***  ROUTINE dom_vvl_init  ***
+      !!                   
+      !! ** Purpose :  Initialization of all scale factors, depths
+      !!               and water column heights
+      !!
+      !! ** Method  :  - use restart file and/or initialize
+      !!               - interpolate scale factors
+      !!
+      !! ** Action  : - e3t_(n/b) and tilde_e3t_(n/b)
+      !!              - Regrid: e3(u/v)_n
+      !!                        e3(u/v)_b       
+      !!                        e3w_n           
+      !!                        e3(u/v)w_b      
+      !!                        e3(u/v)w_n      
+      !!                        gdept_n, gdepw_n and gde3w_n
+      !!              - h(t/u/v)_0
+      !!              - frq_rst_e3t and frq_rst_hdv
+      !!
+      !! Reference  : Leclair, M., and G. Madec, 2011, Ocean Modelling.
+      !!----------------------------------------------------------------------
+      INTEGER ::   ji, jj, jk
+      INTEGER ::   ii0, ii1, ij0, ij1
+      REAL(wp)::   zcoef
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'dom_vvl_init : Variable volume activated'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~'
+      !
+      CALL dom_vvl_ctl     ! choose vertical coordinate (z_star, z_tilde or layer)
+      !
+      !                    ! Allocate module arrays
+      IF( dom_vvl_alloc() /= 0 )   CALL ctl_stop( 'STOP', 'dom_vvl_init : unable to allocate arrays' )
+      !
+      !                    ! Read or initialize e3t_(b/n), tilde_e3t_(b/n) and hdiv_lf
+      CALL dom_vvl_rst( nit000, 'READ' )
+      e3t_a(:,:,jpk) = e3t_0(:,:,jpk)  ! last level always inside the sea floor set one for all
+      !
+      !                    !== Set of all other vertical scale factors  ==!  (now and before)
+      !                                ! Horizontal interpolation of e3t
+      CALL dom_vvl_interpol( e3t_b(:,:,:), e3u_b(:,:,:), 'U' )    ! from T to U
+      CALL dom_vvl_interpol( e3t_n(:,:,:), e3u_n(:,:,:), 'U' )
+      CALL dom_vvl_interpol( e3t_b(:,:,:), e3v_b(:,:,:), 'V' )    ! from T to V 
+      CALL dom_vvl_interpol( e3t_n(:,:,:), e3v_n(:,:,:), 'V' )
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3f_n(:,:,:), 'F' )    ! from U to F
+      !                                ! Vertical interpolation of e3t,u,v 
+      CALL dom_vvl_interpol( e3t_n(:,:,:), e3w_n (:,:,:), 'W'  )  ! from T to W
+      CALL dom_vvl_interpol( e3t_b(:,:,:), e3w_b (:,:,:), 'W'  )
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3uw_n(:,:,:), 'UW' )  ! from U to UW
+      CALL dom_vvl_interpol( e3u_b(:,:,:), e3uw_b(:,:,:), 'UW' )
+      CALL dom_vvl_interpol( e3v_n(:,:,:), e3vw_n(:,:,:), 'VW' )  ! from V to UW
+      CALL dom_vvl_interpol( e3v_b(:,:,:), e3vw_b(:,:,:), 'VW' )
+
+      ! We need to define e3[tuv]_a for AGRIF initialisation (should not be a problem for the restartability...)
+      e3t_a(:,:,:) = e3t_n(:,:,:)
+      e3u_a(:,:,:) = e3u_n(:,:,:)
+      e3v_a(:,:,:) = e3v_n(:,:,:)
+      !
+      !                    !==  depth of t and w-point  ==!   (set the isf depth as it is in the initial timestep)
+      gdept_n(:,:,1) = 0.5_wp * e3w_n(:,:,1)       ! reference to the ocean surface (used for MLD and light penetration)
+      gdepw_n(:,:,1) = 0.0_wp
+      gde3w_n(:,:,1) = gdept_n(:,:,1) - sshn(:,:)  ! reference to a common level z=0 for hpg
+      gdept_b(:,:,1) = 0.5_wp * e3w_b(:,:,1)
+      gdepw_b(:,:,1) = 0.0_wp
+      DO jk = 2, jpk                               ! vertical sum
+         DO jj = 1,jpj
+            DO ji = 1,jpi
+               !    zcoef = tmask - wmask    ! 0 everywhere tmask = wmask, ie everywhere expect at jk = mikt
+               !                             ! 1 everywhere from mbkt to mikt + 1 or 1 (if no isf)
+               !                             ! 0.5 where jk = mikt     
+!!gm ???????   BUG ?  gdept_n as well as gde3w_n  does not include the thickness of ISF ??
+               zcoef = ( tmask(ji,jj,jk) - wmask(ji,jj,jk) )
+               gdepw_n(ji,jj,jk) = gdepw_n(ji,jj,jk-1) + e3t_n(ji,jj,jk-1)
+               gdept_n(ji,jj,jk) =      zcoef  * ( gdepw_n(ji,jj,jk  ) + 0.5 * e3w_n(ji,jj,jk))  &
+                  &                + (1-zcoef) * ( gdept_n(ji,jj,jk-1) +       e3w_n(ji,jj,jk)) 
+               gde3w_n(ji,jj,jk) = gdept_n(ji,jj,jk) - sshn(ji,jj)
+               gdepw_b(ji,jj,jk) = gdepw_b(ji,jj,jk-1) + e3t_b(ji,jj,jk-1)
+               gdept_b(ji,jj,jk) =      zcoef  * ( gdepw_b(ji,jj,jk  ) + 0.5 * e3w_b(ji,jj,jk))  &
+                  &                + (1-zcoef) * ( gdept_b(ji,jj,jk-1) +       e3w_b(ji,jj,jk)) 
+            END DO
+         END DO
+      END DO
+      !
+      !                    !==  thickness of the water column  !!   (ocean portion only)
+      ht_n(:,:) = e3t_n(:,:,1) * tmask(:,:,1)   !!gm  BUG  :  this should be 1/2 * e3w(k=1) ....
+      hu_b(:,:) = e3u_b(:,:,1) * umask(:,:,1)
+      hu_n(:,:) = e3u_n(:,:,1) * umask(:,:,1)
+      hv_b(:,:) = e3v_b(:,:,1) * vmask(:,:,1)
+      hv_n(:,:) = e3v_n(:,:,1) * vmask(:,:,1)
+      DO jk = 2, jpkm1
+         ht_n(:,:) = ht_n(:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+         hu_b(:,:) = hu_b(:,:) + e3u_b(:,:,jk) * umask(:,:,jk)
+         hu_n(:,:) = hu_n(:,:) + e3u_n(:,:,jk) * umask(:,:,jk)
+         hv_b(:,:) = hv_b(:,:) + e3v_b(:,:,jk) * vmask(:,:,jk)
+         hv_n(:,:) = hv_n(:,:) + e3v_n(:,:,jk) * vmask(:,:,jk)
+      END DO
+      !
+      !                    !==  inverse of water column thickness   ==!   (u- and v- points)
+      r1_hu_b(:,:) = ssumask(:,:) / ( hu_b(:,:) + 1._wp - ssumask(:,:) )    ! _i mask due to ISF
+      r1_hu_n(:,:) = ssumask(:,:) / ( hu_n(:,:) + 1._wp - ssumask(:,:) )
+      r1_hv_b(:,:) = ssvmask(:,:) / ( hv_b(:,:) + 1._wp - ssvmask(:,:) )
+      r1_hv_n(:,:) = ssvmask(:,:) / ( hv_n(:,:) + 1._wp - ssvmask(:,:) )
+
+      !                    !==   z_tilde coordinate case  ==!   (Restoring frequencies)
+      IF( ln_vvl_ztilde ) THEN
+!!gm : idea: add here a READ in a file of custumized restoring frequency
+         !                                   ! Values in days provided via the namelist
+         !                                   ! use rsmall to avoid possible division by zero errors with faulty settings
+         frq_rst_e3t(:,:) = 2._wp * rpi / ( MAX( rn_rst_e3t  , rsmall ) * 86400.0_wp )
+         frq_rst_hdv(:,:) = 2._wp * rpi / ( MAX( rn_lf_cutoff, rsmall ) * 86400.0_wp )
+         !
+         IF( ln_vvl_ztilde_as_zstar ) THEN   ! z-star emulation using z-tile
+            frq_rst_e3t(:,:) = 0._wp               !Ignore namelist settings
+            frq_rst_hdv(:,:) = 1._wp / rdt
+         ENDIF
+         IF ( ln_vvl_zstar_at_eqtor ) THEN   ! use z-star in vicinity of the Equator
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+!!gm  case |gphi| >= 6 degrees is useless   initialized just above by default
+                  IF( ABS(gphit(ji,jj)) >= 6.) THEN
+                     ! values outside the equatorial band and transition zone (ztilde)
+                     frq_rst_e3t(ji,jj) =  2.0_wp * rpi / ( MAX( rn_rst_e3t  , rsmall ) * 86400.e0_wp )
+                     frq_rst_hdv(ji,jj) =  2.0_wp * rpi / ( MAX( rn_lf_cutoff, rsmall ) * 86400.e0_wp )
+                  ELSEIF( ABS(gphit(ji,jj)) <= 2.5) THEN    ! Equator strip ==> z-star
+                     ! values inside the equatorial band (ztilde as zstar)
+                     frq_rst_e3t(ji,jj) =  0.0_wp
+                     frq_rst_hdv(ji,jj) =  1.0_wp / rdt
+                  ELSE                                      ! transition band (2.5 to 6 degrees N/S)
+                     !                                      ! (linearly transition from z-tilde to z-star)
+                     frq_rst_e3t(ji,jj) = 0.0_wp + (frq_rst_e3t(ji,jj)-0.0_wp)*0.5_wp   &
+                        &            * (  1.0_wp - COS( rad*(ABS(gphit(ji,jj))-2.5_wp)  &
+                        &                                          * 180._wp / 3.5_wp ) )
+                     frq_rst_hdv(ji,jj) = (1.0_wp / rdt)                                &
+                        &            + (  frq_rst_hdv(ji,jj)-(1.e0_wp / rdt) )*0.5_wp   &
+                        &            * (  1._wp  - COS( rad*(ABS(gphit(ji,jj))-2.5_wp)  &
+                        &                                          * 180._wp / 3.5_wp ) )
+                  ENDIF
+               END DO
+            END DO
+            IF( cn_cfg == "orca" .OR. cn_cfg == "ORCA" ) THEN
+               IF( nn_cfg == 3 ) THEN   ! ORCA2: Suppress ztilde in the Foxe Basin for ORCA2
+                  ii0 = 103   ;   ii1 = 111       
+                  ij0 = 128   ;   ij1 = 135   ;   
+                  frq_rst_e3t( mi0(ii0):mi1(ii1) , mj0(ij0):mj1(ij1) ) =  0.0_wp
+                  frq_rst_hdv( mi0(ii0):mi1(ii1) , mj0(ij0):mj1(ij1) ) =  1.e0_wp / rdt
+               ENDIF
+            ENDIF
+         ENDIF
+      ENDIF
+      !
+      IF(lwxios) THEN
+! define variables in restart file when writing with XIOS
+         CALL iom_set_rstw_var_active('e3t_b')
+         CALL iom_set_rstw_var_active('e3t_n')
+         !                                           ! ----------------------- !
+         IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN  ! z_tilde and layer cases !
+            !                                        ! ----------------------- !
+            CALL iom_set_rstw_var_active('tilde_e3t_b')
+            CALL iom_set_rstw_var_active('tilde_e3t_n')
+         END IF
+         !                                           ! -------------!    
+         IF( ln_vvl_ztilde ) THEN                    ! z_tilde case !
+            !                                        ! ------------ !
+            CALL iom_set_rstw_var_active('hdiv_lf')
+         ENDIF
+         !
+      ENDIF
+      !
+   END SUBROUTINE dom_vvl_init
+
+
+   SUBROUTINE dom_vvl_sf_nxt( kt, kcall ) 
+      !!----------------------------------------------------------------------
+      !!                ***  ROUTINE dom_vvl_sf_nxt  ***
+      !!                   
+      !! ** Purpose :  - compute the after scale factors used in tra_zdf, dynnxt,
+      !!                 tranxt and dynspg routines
+      !!
+      !! ** Method  :  - z_star case:  Repartition of ssh INCREMENT proportionnaly to the level thickness.
+      !!               - z_tilde_case: after scale factor increment = 
+      !!                                    high frequency part of horizontal divergence
+      !!                                  + retsoring towards the background grid
+      !!                                  + thickness difusion
+      !!                               Then repartition of ssh INCREMENT proportionnaly
+      !!                               to the "baroclinic" level thickness.
+      !!
+      !! ** Action  :  - hdiv_lf    : restoring towards full baroclinic divergence in z_tilde case
+      !!               - tilde_e3t_a: after increment of vertical scale factor 
+      !!                              in z_tilde case
+      !!               - e3(t/u/v)_a
+      !!
+      !! Reference  : Leclair, M., and Madec, G. 2011, Ocean Modelling.
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in )           ::   kt      ! time step
+      INTEGER, INTENT( in ), OPTIONAL ::   kcall   ! optional argument indicating call sequence
+      !
+      INTEGER                ::   ji, jj, jk            ! dummy loop indices
+      INTEGER , DIMENSION(3) ::   ijk_max, ijk_min      ! temporary integers
+      REAL(wp)               ::   z2dt, z_tmin, z_tmax  ! local scalars
+      LOGICAL                ::   ll_do_bclinic         ! local logical
+      REAL(wp), DIMENSION(jpi,jpj)     ::   zht, z_scale, zwu, zwv, zhdiv
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   ze3t
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_linssh )   RETURN      ! No calculation in linear free surface
+      !
+      IF( ln_timing )   CALL timing_start('dom_vvl_sf_nxt')
+      !
+      IF( kt == nit000 ) THEN
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'dom_vvl_sf_nxt : compute after scale factors'
+         IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~'
+      ENDIF
+
+      ll_do_bclinic = .TRUE.
+      IF( PRESENT(kcall) ) THEN
+         IF( kcall == 2 .AND. ln_vvl_ztilde )   ll_do_bclinic = .FALSE.
+      ENDIF
+
+      ! ******************************* !
+      ! After acale factors at t-points !
+      ! ******************************* !
+      !                                                ! --------------------------------------------- !
+      !                                                ! z_star coordinate and barotropic z-tilde part !
+      !                                                ! --------------------------------------------- !
+      !
+      z_scale(:,:) = ( ssha(:,:) - sshb(:,:) ) * ssmask(:,:) / ( ht_0(:,:) + sshn(:,:) + 1. - ssmask(:,:) )
+      DO jk = 1, jpkm1
+         ! formally this is the same as e3t_a = e3t_0*(1+ssha/ht_0)
+         e3t_a(:,:,jk) = e3t_b(:,:,jk) + e3t_n(:,:,jk) * z_scale(:,:) * tmask(:,:,jk)
+      END DO
+      !
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer .AND. ll_do_bclinic ) THEN   ! z_tilde or layer coordinate !
+         !                                                            ! ------baroclinic part------ !
+         ! I - initialization
+         ! ==================
+
+         ! 1 - barotropic divergence
+         ! -------------------------
+         zhdiv(:,:) = 0._wp
+         zht(:,:)   = 0._wp
+         DO jk = 1, jpkm1
+            zhdiv(:,:) = zhdiv(:,:) + e3t_n(:,:,jk) * hdivn(:,:,jk)
+            zht  (:,:) = zht  (:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+         END DO
+         zhdiv(:,:) = zhdiv(:,:) / ( zht(:,:) + 1. - tmask_i(:,:) )
+
+         ! 2 - Low frequency baroclinic horizontal divergence  (z-tilde case only)
+         ! --------------------------------------------------
+         IF( ln_vvl_ztilde ) THEN
+            IF( kt > nit000 ) THEN
+               DO jk = 1, jpkm1
+                  hdiv_lf(:,:,jk) = hdiv_lf(:,:,jk) - rdt * frq_rst_hdv(:,:)   &
+                     &          * ( hdiv_lf(:,:,jk) - e3t_n(:,:,jk) * ( hdivn(:,:,jk) - zhdiv(:,:) ) )
+               END DO
+            ENDIF
+         ENDIF
+
+         ! II - after z_tilde increments of vertical scale factors
+         ! =======================================================
+         tilde_e3t_a(:,:,:) = 0._wp  ! tilde_e3t_a used to store tendency terms
+
+         ! 1 - High frequency divergence term
+         ! ----------------------------------
+         IF( ln_vvl_ztilde ) THEN     ! z_tilde case
+            DO jk = 1, jpkm1
+               tilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) - ( e3t_n(:,:,jk) * ( hdivn(:,:,jk) - zhdiv(:,:) ) - hdiv_lf(:,:,jk) )
+            END DO
+         ELSE                         ! layer case
+            DO jk = 1, jpkm1
+               tilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) -   e3t_n(:,:,jk) * ( hdivn(:,:,jk) - zhdiv(:,:) ) * tmask(:,:,jk)
+            END DO
+         ENDIF
+
+         ! 2 - Restoring term (z-tilde case only)
+         ! ------------------
+         IF( ln_vvl_ztilde ) THEN
+            DO jk = 1, jpk
+               tilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) - frq_rst_e3t(:,:) * tilde_e3t_b(:,:,jk)
+            END DO
+         ENDIF
+
+         ! 3 - Thickness diffusion term
+         ! ----------------------------
+         zwu(:,:) = 0._wp
+         zwv(:,:) = 0._wp
+         DO jk = 1, jpkm1        ! a - first derivative: diffusive fluxes
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  un_td(ji,jj,jk) = rn_ahe3 * umask(ji,jj,jk) * e2_e1u(ji,jj)           &
+                     &            * ( tilde_e3t_b(ji,jj,jk) - tilde_e3t_b(ji+1,jj  ,jk) )
+                  vn_td(ji,jj,jk) = rn_ahe3 * vmask(ji,jj,jk) * e1_e2v(ji,jj)           & 
+                     &            * ( tilde_e3t_b(ji,jj,jk) - tilde_e3t_b(ji  ,jj+1,jk) )
+                  zwu(ji,jj) = zwu(ji,jj) + un_td(ji,jj,jk)
+                  zwv(ji,jj) = zwv(ji,jj) + vn_td(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         DO jj = 1, jpj          ! b - correction for last oceanic u-v points
+            DO ji = 1, jpi
+               un_td(ji,jj,mbku(ji,jj)) = un_td(ji,jj,mbku(ji,jj)) - zwu(ji,jj)
+               vn_td(ji,jj,mbkv(ji,jj)) = vn_td(ji,jj,mbkv(ji,jj)) - zwv(ji,jj)
+            END DO
+         END DO
+         DO jk = 1, jpkm1        ! c - second derivative: divergence of diffusive fluxes
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  tilde_e3t_a(ji,jj,jk) = tilde_e3t_a(ji,jj,jk) + (   un_td(ji-1,jj  ,jk) - un_td(ji,jj,jk)    &
+                     &                                          +     vn_td(ji  ,jj-1,jk) - vn_td(ji,jj,jk)    &
+                     &                                            ) * r1_e1e2t(ji,jj)
+               END DO
+            END DO
+         END DO
+         !                       ! d - thickness diffusion transport: boundary conditions
+         !                             (stored for tracer advction and continuity equation)
+         CALL lbc_lnk_multi( 'domvvl', un_td , 'U' , -1._wp, vn_td , 'V' , -1._wp)
+
+         ! 4 - Time stepping of baroclinic scale factors
+         ! ---------------------------------------------
+         ! Leapfrog time stepping
+         ! ~~~~~~~~~~~~~~~~~~~~~~
+         IF( neuler == 0 .AND. kt == nit000 ) THEN
+            z2dt =  rdt
+         ELSE
+            z2dt = 2.0_wp * rdt
+         ENDIF
+         CALL lbc_lnk( 'domvvl', tilde_e3t_a(:,:,:), 'T', 1._wp )
+         tilde_e3t_a(:,:,:) = tilde_e3t_b(:,:,:) + z2dt * tmask(:,:,:) * tilde_e3t_a(:,:,:)
+
+         ! Maximum deformation control
+         ! ~~~~~~~~~~~~~~~~~~~~~~~~~~~
+         ze3t(:,:,jpk) = 0._wp
+         DO jk = 1, jpkm1
+            ze3t(:,:,jk) = tilde_e3t_a(:,:,jk) / e3t_0(:,:,jk) * tmask(:,:,jk) * tmask_i(:,:)
+         END DO
+         z_tmax = MAXVAL( ze3t(:,:,:) )
+         CALL mpp_max( 'domvvl', z_tmax )                 ! max over the global domain
+         z_tmin = MINVAL( ze3t(:,:,:) )
+         CALL mpp_min( 'domvvl', z_tmin )                 ! min over the global domain
+         ! - ML - test: for the moment, stop simulation for too large e3_t variations
+         IF( ( z_tmax >  rn_zdef_max ) .OR. ( z_tmin < - rn_zdef_max ) ) THEN
+            IF( lk_mpp ) THEN
+               CALL mpp_maxloc( 'domvvl', ze3t, tmask, z_tmax, ijk_max )
+               CALL mpp_minloc( 'domvvl', ze3t, tmask, z_tmin, ijk_min )
+            ELSE
+               ijk_max = MAXLOC( ze3t(:,:,:) )
+               ijk_max(1) = ijk_max(1) + nimpp - 1
+               ijk_max(2) = ijk_max(2) + njmpp - 1
+               ijk_min = MINLOC( ze3t(:,:,:) )
+               ijk_min(1) = ijk_min(1) + nimpp - 1
+               ijk_min(2) = ijk_min(2) + njmpp - 1
+            ENDIF
+            IF (lwp) THEN
+               WRITE(numout, *) 'MAX( tilde_e3t_a(:,:,:) / e3t_0(:,:,:) ) =', z_tmax
+               WRITE(numout, *) 'at i, j, k=', ijk_max
+               WRITE(numout, *) 'MIN( tilde_e3t_a(:,:,:) / e3t_0(:,:,:) ) =', z_tmin
+               WRITE(numout, *) 'at i, j, k=', ijk_min            
+               CALL ctl_stop( 'STOP', 'MAX( ABS( tilde_e3t_a(:,:,: ) ) / e3t_0(:,:,:) ) too high')
+            ENDIF
+         ENDIF
+         ! - ML - end test
+         ! - ML - Imposing these limits will cause a baroclinicity error which is corrected for below
+         tilde_e3t_a(:,:,:) = MIN( tilde_e3t_a(:,:,:),   rn_zdef_max * e3t_0(:,:,:) )
+         tilde_e3t_a(:,:,:) = MAX( tilde_e3t_a(:,:,:), - rn_zdef_max * e3t_0(:,:,:) )
+
+         !
+         ! "tilda" change in the after scale factor
+         ! ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+         DO jk = 1, jpkm1
+            dtilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) - tilde_e3t_b(:,:,jk)
+         END DO
+         ! III - Barotropic repartition of the sea surface height over the baroclinic profile
+         ! ==================================================================================
+         ! add ( ssh increment + "baroclinicity error" ) proportionly to e3t(n)
+         ! - ML - baroclinicity error should be better treated in the future
+         !        i.e. locally and not spread over the water column.
+         !        (keep in mind that the idea is to reduce Eulerian velocity as much as possible)
+         zht(:,:) = 0.
+         DO jk = 1, jpkm1
+            zht(:,:)  = zht(:,:) + tilde_e3t_a(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_scale(:,:) =  - zht(:,:) / ( ht_0(:,:) + sshn(:,:) + 1. - ssmask(:,:) )
+         DO jk = 1, jpkm1
+            dtilde_e3t_a(:,:,jk) = dtilde_e3t_a(:,:,jk) + e3t_n(:,:,jk) * z_scale(:,:) * tmask(:,:,jk)
+         END DO
+
+      ENDIF
+
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer )  THEN   ! z_tilde or layer coordinate !
+      !                                           ! ---baroclinic part--------- !
+         DO jk = 1, jpkm1
+            e3t_a(:,:,jk) = e3t_a(:,:,jk) + dtilde_e3t_a(:,:,jk) * tmask(:,:,jk)
+         END DO
+      ENDIF
+
+      IF( ln_vvl_dbg .AND. .NOT. ll_do_bclinic ) THEN   ! - ML - test: control prints for debuging
+         !
+         IF( lwp ) WRITE(numout, *) 'kt =', kt
+         IF ( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN
+            z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( zht(:,:) ) )
+            CALL mpp_max( 'domvvl', z_tmax )                             ! max over the global domain
+            IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(SUM(tilde_e3t_a))) =', z_tmax
+         END IF
+         !
+         zht(:,:) = 0.0_wp
+         DO jk = 1, jpkm1
+            zht(:,:) = zht(:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( ht_0(:,:) + sshn(:,:) - zht(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ht_0+sshn-SUM(e3t_n))) =', z_tmax
+         !
+         zht(:,:) = 0.0_wp
+         DO jk = 1, jpkm1
+            zht(:,:) = zht(:,:) + e3t_a(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( ht_0(:,:) + ssha(:,:) - zht(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ht_0+ssha-SUM(e3t_a))) =', z_tmax
+         !
+         zht(:,:) = 0.0_wp
+         DO jk = 1, jpkm1
+            zht(:,:) = zht(:,:) + e3t_b(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( ht_0(:,:) + sshb(:,:) - zht(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ht_0+sshb-SUM(e3t_b))) =', z_tmax
+         !
+         z_tmax = MAXVAL( tmask(:,:,1) *  ABS( sshb(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(sshb))) =', z_tmax
+         !
+         z_tmax = MAXVAL( tmask(:,:,1) *  ABS( sshn(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(sshn))) =', z_tmax
+         !
+         z_tmax = MAXVAL( tmask(:,:,1) *  ABS( ssha(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ssha))) =', z_tmax
+      END IF
+
+      ! *********************************** !
+      ! After scale factors at u- v- points !
+      ! *********************************** !
+
+      CALL dom_vvl_interpol( e3t_a(:,:,:), e3u_a(:,:,:), 'U' )
+      CALL dom_vvl_interpol( e3t_a(:,:,:), e3v_a(:,:,:), 'V' )
+
+      ! *********************************** !
+      ! After depths at u- v points         !
+      ! *********************************** !
+
+      hu_a(:,:) = e3u_a(:,:,1) * umask(:,:,1)
+      hv_a(:,:) = e3v_a(:,:,1) * vmask(:,:,1)
+      DO jk = 2, jpkm1
+         hu_a(:,:) = hu_a(:,:) + e3u_a(:,:,jk) * umask(:,:,jk)
+         hv_a(:,:) = hv_a(:,:) + e3v_a(:,:,jk) * vmask(:,:,jk)
+      END DO
+      !                                        ! Inverse of the local depth
+!!gm BUG ?  don't understand the use of umask_i here .....
+      r1_hu_a(:,:) = ssumask(:,:) / ( hu_a(:,:) + 1._wp - ssumask(:,:) )
+      r1_hv_a(:,:) = ssvmask(:,:) / ( hv_a(:,:) + 1._wp - ssvmask(:,:) )
+      !
+      IF( ln_timing )   CALL timing_stop('dom_vvl_sf_nxt')
+      !
+   END SUBROUTINE dom_vvl_sf_nxt
+
+
+   SUBROUTINE dom_vvl_sf_swp( kt )
+      !!----------------------------------------------------------------------
+      !!                ***  ROUTINE dom_vvl_sf_swp  ***
+      !!                   
+      !! ** Purpose :  compute time filter and swap of scale factors 
+      !!               compute all depths and related variables for next time step
+      !!               write outputs and restart file
+      !!
+      !! ** Method  :  - swap of e3t with trick for volume/tracer conservation
+      !!               - reconstruct scale factor at other grid points (interpolate)
+      !!               - recompute depths and water height fields
+      !!
+      !! ** Action  :  - e3t_(b/n), tilde_e3t_(b/n) and e3(u/v)_n ready for next time step
+      !!               - Recompute:
+      !!                    e3(u/v)_b       
+      !!                    e3w_n           
+      !!                    e3(u/v)w_b      
+      !!                    e3(u/v)w_n      
+      !!                    gdept_n, gdepw_n  and gde3w_n
+      !!                    h(u/v) and h(u/v)r
+      !!
+      !! Reference  : Leclair, M., and G. Madec, 2009, Ocean Modelling.
+      !!              Leclair, M., and G. Madec, 2011, Ocean Modelling.
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt   ! time step
+      !
+      INTEGER  ::   ji, jj, jk   ! dummy loop indices
+      REAL(wp) ::   zcoef        ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_linssh )   RETURN      ! No calculation in linear free surface
+      !
+      IF( ln_timing )   CALL timing_start('dom_vvl_sf_swp')
+      !
+      IF( kt == nit000 )   THEN
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'dom_vvl_sf_swp : - time filter and swap of scale factors'
+         IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   - interpolate scale factors and compute depths for next time step'
+      ENDIF
+      !
+      ! Time filter and swap of scale factors
+      ! =====================================
+      ! - ML - e3(t/u/v)_b are allready computed in dynnxt.
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN
+         IF( neuler == 0 .AND. kt == nit000 ) THEN
+            tilde_e3t_b(:,:,:) = tilde_e3t_n(:,:,:)
+         ELSE
+            tilde_e3t_b(:,:,:) = tilde_e3t_n(:,:,:) & 
+            &         + atfp * ( tilde_e3t_b(:,:,:) - 2.0_wp * tilde_e3t_n(:,:,:) + tilde_e3t_a(:,:,:) )
+         ENDIF
+         tilde_e3t_n(:,:,:) = tilde_e3t_a(:,:,:)
+      ENDIF
+      gdept_b(:,:,:) = gdept_n(:,:,:)
+      gdepw_b(:,:,:) = gdepw_n(:,:,:)
+
+      e3t_n(:,:,:) = e3t_a(:,:,:)
+      e3u_n(:,:,:) = e3u_a(:,:,:)
+      e3v_n(:,:,:) = e3v_a(:,:,:)
+
+      ! Compute all missing vertical scale factor and depths
+      ! ====================================================
+      ! Horizontal scale factor interpolations
+      ! --------------------------------------
+      ! - ML - e3u_b and e3v_b are allready computed in dynnxt
+      ! - JC - hu_b, hv_b, hur_b, hvr_b also
+      
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3f_n(:,:,:), 'F'  )
+      
+      ! Vertical scale factor interpolations
+      CALL dom_vvl_interpol( e3t_n(:,:,:),  e3w_n(:,:,:), 'W'  )
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3uw_n(:,:,:), 'UW' )
+      CALL dom_vvl_interpol( e3v_n(:,:,:), e3vw_n(:,:,:), 'VW' )
+      CALL dom_vvl_interpol( e3t_b(:,:,:),  e3w_b(:,:,:), 'W'  )
+      CALL dom_vvl_interpol( e3u_b(:,:,:), e3uw_b(:,:,:), 'UW' )
+      CALL dom_vvl_interpol( e3v_b(:,:,:), e3vw_b(:,:,:), 'VW' )
+
+      ! t- and w- points depth (set the isf depth as it is in the initial step)
+      gdept_n(:,:,1) = 0.5_wp * e3w_n(:,:,1)
+      gdepw_n(:,:,1) = 0.0_wp
+      gde3w_n(:,:,1) = gdept_n(:,:,1) - sshn(:,:)
+      DO jk = 2, jpk
+         DO jj = 1,jpj
+            DO ji = 1,jpi
+              !    zcoef = (tmask(ji,jj,jk) - wmask(ji,jj,jk))   ! 0 everywhere tmask = wmask, ie everywhere expect at jk = mikt
+                                                                 ! 1 for jk = mikt
+               zcoef = (tmask(ji,jj,jk) - wmask(ji,jj,jk))
+               gdepw_n(ji,jj,jk) = gdepw_n(ji,jj,jk-1) + e3t_n(ji,jj,jk-1)
+               gdept_n(ji,jj,jk) =    zcoef  * ( gdepw_n(ji,jj,jk  ) + 0.5 * e3w_n(ji,jj,jk) )  &
+                   &             + (1-zcoef) * ( gdept_n(ji,jj,jk-1) +       e3w_n(ji,jj,jk) ) 
+               gde3w_n(ji,jj,jk) = gdept_n(ji,jj,jk) - sshn(ji,jj)
+            END DO
+         END DO
+      END DO
+
+      ! Local depth and Inverse of the local depth of the water
+      ! -------------------------------------------------------
+      hu_n(:,:) = hu_a(:,:)   ;   r1_hu_n(:,:) = r1_hu_a(:,:)
+      hv_n(:,:) = hv_a(:,:)   ;   r1_hv_n(:,:) = r1_hv_a(:,:)
+      !
+      ht_n(:,:) = e3t_n(:,:,1) * tmask(:,:,1)
+      DO jk = 2, jpkm1
+         ht_n(:,:) = ht_n(:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+      END DO
+
+      ! write restart file
+      ! ==================
+      IF( lrst_oce  )   CALL dom_vvl_rst( kt, 'WRITE' )
+      !
+      IF( ln_timing )   CALL timing_stop('dom_vvl_sf_swp')
+      !
+   END SUBROUTINE dom_vvl_sf_swp
+
+
+   SUBROUTINE dom_vvl_interpol( pe3_in, pe3_out, pout )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dom_vvl__interpol  ***
+      !!
+      !! ** Purpose :   interpolate scale factors from one grid point to another
+      !!
+      !! ** Method  :   e3_out = e3_0 + interpolation(e3_in - e3_0)
+      !!                - horizontal interpolation: grid cell surface averaging
+      !!                - vertical interpolation: simple averaging
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk), INTENT(in   ) ::  pe3_in    ! input e3 to be interpolated
+      REAL(wp), DIMENSION(jpi,jpj,jpk), INTENT(inout) ::  pe3_out   ! output interpolated e3
+      CHARACTER(LEN=*)                , INTENT(in   ) ::  pout      ! grid point of out scale factors
+      !                                                             !   =  'U', 'V', 'W, 'F', 'UW' or 'VW'
+      !
+      INTEGER ::   ji, jj, jk                                       ! dummy loop indices
+      REAL(wp) ::  zlnwd                                            ! =1./0. when ln_wd_il = T/F
+      !!----------------------------------------------------------------------
+      !
+      IF(ln_wd_il) THEN
+        zlnwd = 1.0_wp
+      ELSE
+        zlnwd = 0.0_wp
+      END IF
+      !
+      SELECT CASE ( pout )    !==  type of interpolation  ==!
+         !
+      CASE( 'U' )                   !* from T- to U-point : hor. surface weighted mean
+         DO jk = 1, jpk
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  pe3_out(ji,jj,jk) = 0.5_wp * (  umask(ji,jj,jk) * (1.0_wp - zlnwd) + zlnwd ) * r1_e1e2u(ji,jj)   &
+                     &                       * (   e1e2t(ji  ,jj) * ( pe3_in(ji  ,jj,jk) - e3t_0(ji  ,jj,jk) )     &
+                     &                           + e1e2t(ji+1,jj) * ( pe3_in(ji+1,jj,jk) - e3t_0(ji+1,jj,jk) ) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'domvvl', pe3_out(:,:,:), 'U', 1._wp )
+         pe3_out(:,:,:) = pe3_out(:,:,:) + e3u_0(:,:,:)
+         !
+      CASE( 'V' )                   !* from T- to V-point : hor. surface weighted mean
+         DO jk = 1, jpk
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  pe3_out(ji,jj,jk) = 0.5_wp * ( vmask(ji,jj,jk)  * (1.0_wp - zlnwd) + zlnwd ) * r1_e1e2v(ji,jj)   &
+                     &                       * (   e1e2t(ji,jj  ) * ( pe3_in(ji,jj  ,jk) - e3t_0(ji,jj  ,jk) )     &
+                     &                           + e1e2t(ji,jj+1) * ( pe3_in(ji,jj+1,jk) - e3t_0(ji,jj+1,jk) ) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'domvvl', pe3_out(:,:,:), 'V', 1._wp )
+         pe3_out(:,:,:) = pe3_out(:,:,:) + e3v_0(:,:,:)
+         !
+      CASE( 'F' )                   !* from U-point to F-point : hor. surface weighted mean
+         DO jk = 1, jpk
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  pe3_out(ji,jj,jk) = 0.5_wp * (  umask(ji,jj,jk) * umask(ji,jj+1,jk) * (1.0_wp - zlnwd) + zlnwd ) &
+                     &                       *    r1_e1e2f(ji,jj)                                                  &
+                     &                       * (   e1e2u(ji,jj  ) * ( pe3_in(ji,jj  ,jk) - e3u_0(ji,jj  ,jk) )     &
+                     &                           + e1e2u(ji,jj+1) * ( pe3_in(ji,jj+1,jk) - e3u_0(ji,jj+1,jk) ) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'domvvl', pe3_out(:,:,:), 'F', 1._wp )
+         pe3_out(:,:,:) = pe3_out(:,:,:) + e3f_0(:,:,:)
+         !
+      CASE( 'W' )                   !* from T- to W-point : vertical simple mean
+         !
+         pe3_out(:,:,1) = e3w_0(:,:,1) + pe3_in(:,:,1) - e3t_0(:,:,1)
+         ! - ML - The use of mask in this formulea enables the special treatment of the last w-point without indirect adressing
+!!gm BUG? use here wmask in case of ISF ?  to be checked
+         DO jk = 2, jpk
+            pe3_out(:,:,jk) = e3w_0(:,:,jk) + ( 1.0_wp - 0.5_wp * ( tmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd ) )   &
+               &                            * ( pe3_in(:,:,jk-1) - e3t_0(:,:,jk-1) )                               &
+               &                            +            0.5_wp * ( tmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd )     &
+               &                            * ( pe3_in(:,:,jk  ) - e3t_0(:,:,jk  ) )
+         END DO
+         !
+      CASE( 'UW' )                  !* from U- to UW-point : vertical simple mean
+         !
+         pe3_out(:,:,1) = e3uw_0(:,:,1) + pe3_in(:,:,1) - e3u_0(:,:,1)
+         ! - ML - The use of mask in this formaula enables the special treatment of the last w- point without indirect adressing
+!!gm BUG? use here wumask in case of ISF ?  to be checked
+         DO jk = 2, jpk
+            pe3_out(:,:,jk) = e3uw_0(:,:,jk) + ( 1.0_wp - 0.5_wp * ( umask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd ) )  &
+               &                             * ( pe3_in(:,:,jk-1) - e3u_0(:,:,jk-1) )                              &
+               &                             +            0.5_wp * ( umask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd )    &
+               &                             * ( pe3_in(:,:,jk  ) - e3u_0(:,:,jk  ) )
+         END DO
+         !
+      CASE( 'VW' )                  !* from V- to VW-point : vertical simple mean
+         !
+         pe3_out(:,:,1) = e3vw_0(:,:,1) + pe3_in(:,:,1) - e3v_0(:,:,1)
+         ! - ML - The use of mask in this formaula enables the special treatment of the last w- point without indirect adressing
+!!gm BUG? use here wvmask in case of ISF ?  to be checked
+         DO jk = 2, jpk
+            pe3_out(:,:,jk) = e3vw_0(:,:,jk) + ( 1.0_wp - 0.5_wp * ( vmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd ) )  &
+               &                             * ( pe3_in(:,:,jk-1) - e3v_0(:,:,jk-1) )                              &
+               &                             +            0.5_wp * ( vmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd )    &
+               &                             * ( pe3_in(:,:,jk  ) - e3v_0(:,:,jk  ) )
+         END DO
+      END SELECT
+      !
+   END SUBROUTINE dom_vvl_interpol
+
+
+   SUBROUTINE dom_vvl_rst( kt, cdrw )
+      !!---------------------------------------------------------------------
+      !!                   ***  ROUTINE dom_vvl_rst  ***
+      !!                     
+      !! ** Purpose :   Read or write VVL file in restart file
+      !!
+      !! ** Method  :   use of IOM library
+      !!                if the restart does not contain vertical scale factors,
+      !!                they are set to the _0 values
+      !!                if the restart does not contain vertical scale factors increments (z_tilde),
+      !!                they are set to 0.
+      !!----------------------------------------------------------------------
+      INTEGER         , INTENT(in) ::   kt     ! ocean time-step
+      CHARACTER(len=*), INTENT(in) ::   cdrw   ! "READ"/"WRITE" flag
+      !
+      INTEGER ::   ji, jj, jk
+      INTEGER ::   id1, id2, id3, id4, id5     ! local integers
+      !!----------------------------------------------------------------------
+      !
+      IF( TRIM(cdrw) == 'READ' ) THEN        ! Read/initialise 
+         !                                   ! ===============
+         IF( ln_rstart ) THEN                   !* Read the restart file
+            CALL rst_read_open                  !  open the restart file if necessary
+            CALL iom_get( numror, jpdom_autoglo, 'sshn'   , sshn, ldxios = lrxios    )
+            !
+            id1 = iom_varid( numror, 'e3t_b', ldstop = .FALSE. )
+            id2 = iom_varid( numror, 'e3t_n', ldstop = .FALSE. )
+            id3 = iom_varid( numror, 'tilde_e3t_b', ldstop = .FALSE. )
+            id4 = iom_varid( numror, 'tilde_e3t_n', ldstop = .FALSE. )
+            id5 = iom_varid( numror, 'hdiv_lf', ldstop = .FALSE. )
+            !                             ! --------- !
+            !                             ! all cases !
+            !                             ! --------- !
+            IF( MIN( id1, id2 ) > 0 ) THEN       ! all required arrays exist
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_b', e3t_b(:,:,:), ldxios = lrxios )
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_n', e3t_n(:,:,:), ldxios = lrxios )
+               ! needed to restart if land processor not computed 
+               IF(lwp) write(numout,*) 'dom_vvl_rst : e3t_b and e3t_n found in restart files'
+               WHERE ( tmask(:,:,:) == 0.0_wp ) 
+                  e3t_n(:,:,:) = e3t_0(:,:,:)
+                  e3t_b(:,:,:) = e3t_0(:,:,:)
+               END WHERE
+               IF( neuler == 0 ) THEN
+                  e3t_b(:,:,:) = e3t_n(:,:,:)
+               ENDIF
+            ELSE IF( id1 > 0 ) THEN
+               IF(lwp) write(numout,*) 'dom_vvl_rst WARNING : e3t_n not found in restart files'
+               IF(lwp) write(numout,*) 'e3t_n set equal to e3t_b.'
+               IF(lwp) write(numout,*) 'neuler is forced to 0'
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_b', e3t_b(:,:,:), ldxios = lrxios )
+               e3t_n(:,:,:) = e3t_b(:,:,:)
+               neuler = 0
+            ELSE IF( id2 > 0 ) THEN
+               IF(lwp) write(numout,*) 'dom_vvl_rst WARNING : e3t_b not found in restart files'
+               IF(lwp) write(numout,*) 'e3t_b set equal to e3t_n.'
+               IF(lwp) write(numout,*) 'neuler is forced to 0'
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_n', e3t_n(:,:,:), ldxios = lrxios )
+               e3t_b(:,:,:) = e3t_n(:,:,:)
+               neuler = 0
+            ELSE
+               IF(lwp) write(numout,*) 'dom_vvl_rst WARNING : e3t_n not found in restart file'
+               IF(lwp) write(numout,*) 'Compute scale factor from sshn'
+               IF(lwp) write(numout,*) 'neuler is forced to 0'
+               DO jk = 1, jpk
+                  e3t_n(:,:,jk) =  e3t_0(:,:,jk) * ( ht_0(:,:) + sshn(:,:) ) &
+                      &                          / ( ht_0(:,:) + 1._wp - ssmask(:,:) ) * tmask(:,:,jk)   &
+                      &          + e3t_0(:,:,jk)                               * (1._wp -tmask(:,:,jk))
+               END DO
+               e3t_b(:,:,:) = e3t_n(:,:,:)
+               neuler = 0
+            ENDIF
+            !                             ! ----------- !
+            IF( ln_vvl_zstar ) THEN       ! z_star case !
+               !                          ! ----------- !
+               IF( MIN( id3, id4 ) > 0 ) THEN
+                  CALL ctl_stop( 'dom_vvl_rst: z_star cannot restart from a z_tilde or layer run' )
+               ENDIF
+               !                          ! ----------------------- !
+            ELSE                          ! z_tilde and layer cases !
+               !                          ! ----------------------- !
+               IF( MIN( id3, id4 ) > 0 ) THEN  ! all required arrays exist
+                  CALL iom_get( numror, jpdom_autoglo, 'tilde_e3t_b', tilde_e3t_b(:,:,:), ldxios = lrxios )
+                  CALL iom_get( numror, jpdom_autoglo, 'tilde_e3t_n', tilde_e3t_n(:,:,:), ldxios = lrxios )
+               ELSE                            ! one at least array is missing
+                  tilde_e3t_b(:,:,:) = 0.0_wp
+                  tilde_e3t_n(:,:,:) = 0.0_wp
+               ENDIF
+               !                          ! ------------ !
+               IF( ln_vvl_ztilde ) THEN   ! z_tilde case !
+                  !                       ! ------------ !
+                  IF( id5 > 0 ) THEN  ! required array exists
+                     CALL iom_get( numror, jpdom_autoglo, 'hdiv_lf', hdiv_lf(:,:,:), ldxios = lrxios )
+                  ELSE                ! array is missing
+                     hdiv_lf(:,:,:) = 0.0_wp
+                  ENDIF
+               ENDIF
+            ENDIF
+            !
+         ELSE                                   !* Initialize at "rest"
+            !
+
+            IF( ll_wd ) THEN   ! MJB ll_wd edits start here - these are essential 
+               !
+               IF( cn_cfg == 'wad' ) THEN
+                  ! Wetting and drying test case
+                  CALL usr_def_istate( gdept_b, tmask, tsb, ub, vb, sshb  )
+                  tsn  (:,:,:,:) = tsb (:,:,:,:)       ! set now values from to before ones
+                  sshn (:,:)     = sshb(:,:)
+                  un   (:,:,:)   = ub  (:,:,:)
+                  vn   (:,:,:)   = vb  (:,:,:)
+               ELSE
+                  ! if not test case
+                  sshn(:,:) = -ssh_ref
+                  sshb(:,:) = -ssh_ref
+
+                  DO jj = 1, jpj
+                     DO ji = 1, jpi
+                        IF( ht_0(ji,jj)-ssh_ref <  rn_wdmin1 ) THEN ! if total depth is less than min depth
+
+                           sshb(ji,jj) = rn_wdmin1 - (ht_0(ji,jj) )
+                           sshn(ji,jj) = rn_wdmin1 - (ht_0(ji,jj) )
+                           ssha(ji,jj) = rn_wdmin1 - (ht_0(ji,jj) )
+                        ENDIF
+                     ENDDO
+                  ENDDO
+               ENDIF !If test case else
+
+               ! Adjust vertical metrics for all wad
+               DO jk = 1, jpk
+                  e3t_n(:,:,jk) =  e3t_0(:,:,jk) * ( ht_0(:,:) + sshn(:,:)  ) &
+                    &                            / ( ht_0(:,:) + 1._wp - ssmask(:,:) ) * tmask(:,:,jk)   &
+                    &            + e3t_0(:,:,jk) * ( 1._wp - tmask(:,:,jk) )
+               END DO
+               e3t_b(:,:,:) = e3t_n(:,:,:)
+
+               DO ji = 1, jpi
+                  DO jj = 1, jpj
+                     IF ( ht_0(ji,jj) .LE. 0.0 .AND. NINT( ssmask(ji,jj) ) .EQ. 1) THEN
+                       CALL ctl_stop( 'dom_vvl_rst: ht_0 must be positive at potentially wet points' )
+                     ENDIF
+                  END DO 
+               END DO 
+               !
+            ELSE
+               !
+               ! usr_def_istate called here only to get sshb, that is needed to initialize e3t_b and e3t_n
+               CALL usr_def_istate( gdept_0, tmask, tsb, ub, vb, sshb  )  
+               ! usr_def_istate will be called again in istate_init to initialize ts(bn), ssh(bn), u(bn) and v(bn)
+               !
+               DO jk=1,jpk
+                  e3t_b(:,:,jk) =  e3t_0(:,:,jk) * ( ht_0(:,:) + sshb(:,:) ) &
+                    &                            / ( ht_0(:,:) + 1._wp - ssmask(:,:) ) * tmask(:,:,jk)   &
+                    &            + e3t_0(:,:,jk) * ( 1._wp - tmask(:,:,jk) )   ! make sure e3t_b != 0 on land points
+               END DO
+               e3t_n(:,:,:) = e3t_b(:,:,:)
+               sshn(:,:) = sshb(:,:)   ! needed later for gde3w
+!!$                e3t_n(:,:,:)=e3t_0(:,:,:)
+!!$                e3t_b(:,:,:)=e3t_0(:,:,:)
+               !
+            END IF           ! end of ll_wd edits
+
+            IF( ln_vvl_ztilde .OR. ln_vvl_layer) THEN
+               tilde_e3t_b(:,:,:) = 0._wp
+               tilde_e3t_n(:,:,:) = 0._wp
+               IF( ln_vvl_ztilde ) hdiv_lf(:,:,:) = 0._wp
+            END IF
+         ENDIF
+         !
+      ELSEIF( TRIM(cdrw) == 'WRITE' ) THEN   ! Create restart file
+         !                                   ! ===================
+         IF(lwp) WRITE(numout,*) '---- dom_vvl_rst ----'
+         IF( lwxios ) CALL iom_swap(      cwxios_context          )
+         !                                           ! --------- !
+         !                                           ! all cases !
+         !                                           ! --------- !
+         CALL iom_rstput( kt, nitrst, numrow, 'e3t_b', e3t_b(:,:,:), ldxios = lwxios )
+         CALL iom_rstput( kt, nitrst, numrow, 'e3t_n', e3t_n(:,:,:), ldxios = lwxios )
+         !                                           ! ----------------------- !
+         IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN  ! z_tilde and layer cases !
+            !                                        ! ----------------------- !
+            CALL iom_rstput( kt, nitrst, numrow, 'tilde_e3t_b', tilde_e3t_b(:,:,:), ldxios = lwxios)
+            CALL iom_rstput( kt, nitrst, numrow, 'tilde_e3t_n', tilde_e3t_n(:,:,:), ldxios = lwxios)
+         END IF
+         !                                           ! -------------!    
+         IF( ln_vvl_ztilde ) THEN                    ! z_tilde case !
+            !                                        ! ------------ !
+            CALL iom_rstput( kt, nitrst, numrow, 'hdiv_lf', hdiv_lf(:,:,:), ldxios = lwxios)
+         ENDIF
+         !
+         IF( lwxios ) CALL iom_swap(      cxios_context          )
+      ENDIF
+      !
+   END SUBROUTINE dom_vvl_rst
+
+
+   SUBROUTINE dom_vvl_ctl
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dom_vvl_ctl  ***
+      !!                
+      !! ** Purpose :   Control the consistency between namelist options
+      !!                for vertical coordinate
+      !!----------------------------------------------------------------------
+      INTEGER ::   ioptio, ios
+      !!
+      NAMELIST/nam_vvl/ ln_vvl_zstar, ln_vvl_ztilde, ln_vvl_layer, ln_vvl_ztilde_as_zstar, &
+         &              ln_vvl_zstar_at_eqtor      , rn_ahe3     , rn_rst_e3t            , &
+         &              rn_lf_cutoff               , rn_zdef_max , ln_vvl_dbg                ! not yet implemented: ln_vvl_kepe
+      !!---------------------------------------------------------------------- 
+      !
+      REWIND( numnam_ref )              ! Namelist nam_vvl in reference namelist : 
+      READ  ( numnam_ref, nam_vvl, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'nam_vvl in reference namelist', lwp )
+      REWIND( numnam_cfg )              ! Namelist nam_vvl in configuration namelist : Parameters of the run
+      READ  ( numnam_cfg, nam_vvl, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 ) CALL ctl_nam ( ios , 'nam_vvl in configuration namelist', lwp )
+      IF(lwm) WRITE ( numond, nam_vvl )
+      !
+      IF(lwp) THEN                    ! Namelist print
+         WRITE(numout,*)
+         WRITE(numout,*) 'dom_vvl_ctl : choice/control of the variable vertical coordinate'
+         WRITE(numout,*) '~~~~~~~~~~~'
+         WRITE(numout,*) '   Namelist nam_vvl : chose a vertical coordinate'
+         WRITE(numout,*) '      zstar                      ln_vvl_zstar   = ', ln_vvl_zstar
+         WRITE(numout,*) '      ztilde                     ln_vvl_ztilde  = ', ln_vvl_ztilde
+         WRITE(numout,*) '      layer                      ln_vvl_layer   = ', ln_vvl_layer
+         WRITE(numout,*) '      ztilde as zstar   ln_vvl_ztilde_as_zstar  = ', ln_vvl_ztilde_as_zstar
+         WRITE(numout,*) '      ztilde near the equator    ln_vvl_zstar_at_eqtor  = ', ln_vvl_zstar_at_eqtor
+         WRITE(numout,*) '      !'
+         WRITE(numout,*) '      thickness diffusion coefficient                      rn_ahe3      = ', rn_ahe3
+         WRITE(numout,*) '      maximum e3t deformation fractional change            rn_zdef_max  = ', rn_zdef_max
+         IF( ln_vvl_ztilde_as_zstar ) THEN
+            WRITE(numout,*) '      ztilde running in zstar emulation mode (ln_vvl_ztilde_as_zstar=T) '
+            WRITE(numout,*) '         ignoring namelist timescale parameters and using:'
+            WRITE(numout,*) '            hard-wired : z-tilde to zstar restoration timescale (days)'
+            WRITE(numout,*) '                         rn_rst_e3t     = 0.e0'
+            WRITE(numout,*) '            hard-wired : z-tilde cutoff frequency of low-pass filter (days)'
+            WRITE(numout,*) '                         rn_lf_cutoff   = 1.0/rdt'
+         ELSE
+            WRITE(numout,*) '      z-tilde to zstar restoration timescale (days)        rn_rst_e3t   = ', rn_rst_e3t
+            WRITE(numout,*) '      z-tilde cutoff frequency of low-pass filter (days)   rn_lf_cutoff = ', rn_lf_cutoff
+         ENDIF
+         WRITE(numout,*) '         debug prints flag                                 ln_vvl_dbg   = ', ln_vvl_dbg
+      ENDIF
+      !
+      ioptio = 0                      ! Parameter control
+      IF( ln_vvl_ztilde_as_zstar )   ln_vvl_ztilde = .true.
+      IF( ln_vvl_zstar           )   ioptio = ioptio + 1
+      IF( ln_vvl_ztilde          )   ioptio = ioptio + 1
+      IF( ln_vvl_layer           )   ioptio = ioptio + 1
+      !
+      IF( ioptio /= 1 )   CALL ctl_stop( 'Choose ONE vertical coordinate in namelist nam_vvl' )
+      IF( .NOT. ln_vvl_zstar .AND. ln_isf ) CALL ctl_stop( 'Only vvl_zstar has been tested with ice shelf cavity' )
+      !
+      IF(lwp) THEN                   ! Print the choice
+         WRITE(numout,*)
+         IF( ln_vvl_zstar           ) WRITE(numout,*) '      ==>>>   zstar vertical coordinate is used'
+         IF( ln_vvl_ztilde          ) WRITE(numout,*) '      ==>>>   ztilde vertical coordinate is used'
+         IF( ln_vvl_layer           ) WRITE(numout,*) '      ==>>>   layer vertical coordinate is used'
+         IF( ln_vvl_ztilde_as_zstar ) WRITE(numout,*) '      ==>>>   to emulate a zstar coordinate'
+      ENDIF
+      !
+#if defined key_agrif
+      IF( (.NOT.Agrif_Root()).AND.(.NOT.ln_vvl_zstar) )   CALL ctl_stop( 'AGRIF is implemented with zstar coordinate only' )
+#endif
+      !
+   END SUBROUTINE dom_vvl_ctl
+
+   !!======================================================================
+END MODULE domvvl
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/stpctl.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/stpctl.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/stpctl.F90	(revision 15719)
@@ -0,0 +1,197 @@
+MODULE stpctl
+   !!======================================================================
+   !!                       ***  MODULE  stpctl  ***
+   !! Ocean run control :  gross check of the ocean time stepping
+   !!======================================================================
+   !! History :  OPA  ! 1991-03  (G. Madec) Original code
+   !!            6.0  ! 1992-06  (M. Imbard)
+   !!            8.0  ! 1997-06  (A.M. Treguier)
+   !!   NEMO     1.0  ! 2002-06  (G. Madec)  F90: Free form and module
+   !!            2.0  ! 2009-07  (G. Madec)  Add statistic for time-spliting
+   !!            3.7  ! 2016-09  (G. Madec)  Remove solver
+   !!            4.0  ! 2017-04  (G. Madec)  regroup global communications
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   stp_ctl      : Control the run
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers variables
+   USE dom_oce         ! ocean space and time domain variables 
+   USE c1d             ! 1D vertical configuration
+   USE diawri          ! Standard run outputs       (dia_wri_state routine)
+   !
+   USE in_out_manager  ! I/O manager
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp         ! distributed memory computing
+   USE zdf_oce ,  ONLY : ln_zad_Aimp       ! ocean vertical physics variables
+   USE wet_dry,   ONLY : ll_wd, ssh_ref    ! reference depth for negative bathy
+
+   USE netcdf          ! NetCDF library
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC stp_ctl           ! routine called by step.F90
+
+   INTEGER  ::   idrun, idtime, idssh, idu, ids1, ids2, idt1, idt2, idc1, idw1, istatus
+   LOGICAL  ::   lsomeoce
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: stpctl.F90 10572 2019-01-24 15:37:13Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE stp_ctl( kt, kindic )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE stp_ctl  ***
+      !!                     
+      !! ** Purpose :   Control the run
+      !!
+      !! ** Method  : - Save the time step in numstp
+      !!              - Print it each 50 time steps
+      !!              - Stop the run IF problem encountered by setting indic=-3
+      !!                Problems checked: |ssh| maximum larger than 10 m
+      !!                                  |U|   maximum larger than 10 m/s 
+      !!                                  negative sea surface salinity
+      !!
+      !! ** Actions :   "time.step" file = last ocean time-step
+      !!                "run.stat"  file = run statistics
+      !!                nstop indicator sheared among all local domain (lk_mpp=T)
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in   ) ::   kt       ! ocean time-step index
+      INTEGER, INTENT(inout) ::   kindic   ! error indicator
+      !!
+      INTEGER                ::   ji, jj, jk          ! dummy loop indices
+      INTEGER, DIMENSION(2)  ::   ih                  ! min/max loc indices
+      INTEGER, DIMENSION(3)  ::   iu, is1, is2        ! min/max loc indices
+      REAL(wp)               ::   zzz                 ! local real 
+      REAL(wp), DIMENSION(9) ::   zmax
+      LOGICAL                ::   ll_wrtstp, ll_colruns, ll_wrtruns
+      CHARACTER(len=20) :: clname
+      !!----------------------------------------------------------------------
+      !
+      ll_wrtstp  = ( MOD( kt, sn_cfctl%ptimincr ) == 0 ) .OR. ( kt == nitend )
+      ll_colruns = ll_wrtstp .AND. ( ln_ctl .OR. sn_cfctl%l_runstat )
+      ll_wrtruns = ll_colruns .AND. lwm
+      IF( kt == nit000 .AND. lwp ) THEN
+         WRITE(numout,*)
+         WRITE(numout,*) 'stp_ctl : time-stepping control'
+         WRITE(numout,*) '~~~~~~~'
+         !                                ! open time.step file
+         IF( lwm ) CALL ctl_opn( numstp, 'time.step', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, narea )
+         !                                ! open run.stat file(s) at start whatever
+         !                                ! the value of sn_cfctl%ptimincr
+         IF( lwm .AND. ( ln_ctl .OR. sn_cfctl%l_runstat ) ) THEN
+            CALL ctl_opn( numrun, 'run.stat', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, narea )
+            clname = 'run.stat.nc'
+            IF( .NOT. Agrif_Root() )   clname = TRIM(Agrif_CFixed())//"_"//TRIM(clname)
+            istatus = NF90_CREATE( TRIM(clname), NF90_CLOBBER, idrun )
+            istatus = NF90_DEF_DIM( idrun, 'time', NF90_UNLIMITED, idtime )
+            istatus = NF90_DEF_VAR( idrun, 'abs_ssh_max', NF90_DOUBLE, (/ idtime /), idssh )
+            istatus = NF90_DEF_VAR( idrun,   'abs_u_max', NF90_DOUBLE, (/ idtime /), idu   )
+            istatus = NF90_DEF_VAR( idrun,       's_min', NF90_DOUBLE, (/ idtime /), ids1  )
+            istatus = NF90_DEF_VAR( idrun,       's_max', NF90_DOUBLE, (/ idtime /), ids2  )
+            istatus = NF90_DEF_VAR( idrun,       't_min', NF90_DOUBLE, (/ idtime /), idt1  )
+            istatus = NF90_DEF_VAR( idrun,       't_max', NF90_DOUBLE, (/ idtime /), idt2  )
+            IF( ln_zad_Aimp ) THEN
+               istatus = NF90_DEF_VAR( idrun,   'abs_wi_max', NF90_DOUBLE, (/ idtime /), idw1  )
+               istatus = NF90_DEF_VAR( idrun,       'Cu_max', NF90_DOUBLE, (/ idtime /), idc1  )
+            ENDIF
+            istatus = NF90_ENDDEF(idrun)
+            zmax(8:9) = 0._wp    ! initialise to zero in case ln_zad_Aimp option is not in use
+         ENDIF
+      ENDIF
+      IF( kt == nit000 )   lsomeoce = COUNT( ssmask(:,:) == 1._wp ) > 0
+      !
+      IF(lwm .AND. ll_wrtstp) THEN        !==  current time step  ==!   ("time.step" file)
+         WRITE ( numstp, '(1x, i8)' )   kt
+         REWIND( numstp )
+      ENDIF
+      !
+      !                                   !==  test of extrema  ==!
+      IF( ll_wd ) THEN
+         zmax(1) = MAXVAL(  ABS( sshn(:,:) + ssh_ref*tmask(:,:,1) )  )        ! ssh max 
+      ELSE
+         zmax(1) = MAXVAL(  ABS( sshn(:,:) )  )                               ! ssh max
+      ENDIF
+      zmax(2) = MAXVAL(  ABS( un(:,:,:) )  )                                  ! velocity max (zonal only)
+      zmax(3) = MAXVAL( -tsn(:,:,:,jp_sal) , mask = tmask(:,:,:) == 1._wp )   ! minus salinity max
+      zmax(4) = MAXVAL(  tsn(:,:,:,jp_sal) , mask = tmask(:,:,:) == 1._wp )   !       salinity max
+      zmax(5) = MAXVAL( -tsn(:,:,:,jp_tem) , mask = tmask(:,:,:) == 1._wp )   ! minus temperature max
+      zmax(6) = MAXVAL(  tsn(:,:,:,jp_tem) , mask = tmask(:,:,:) == 1._wp )   !       temperature max
+      zmax(7) = REAL( nstop , wp )                                            ! stop indicator
+      IF( ln_zad_Aimp ) THEN
+         zmax(8) = MAXVAL(  ABS( wi(:,:,:) ) , mask = wmask(:,:,:) == 1._wp ) ! implicit vertical vel. max
+         zmax(9) = MAXVAL(   Cu_adv(:,:,:)   , mask = tmask(:,:,:) == 1._wp ) !       cell Courant no. max
+      ENDIF
+      !
+      IF( ll_colruns ) THEN
+         CALL mpp_max( "stpctl", zmax )          ! max over the global domain
+         nstop = NINT( zmax(7) )                 ! nstop indicator sheared among all local domains
+      ENDIF
+      !                                   !==  run statistics  ==!   ("run.stat" files)
+      IF( ll_wrtruns ) THEN
+         WRITE(numrun,9500) kt, zmax(1), zmax(2), -zmax(3), zmax(4)
+         istatus = NF90_PUT_VAR( idrun, idssh, (/ zmax(1)/), (/kt/), (/1/) )
+         istatus = NF90_PUT_VAR( idrun,   idu, (/ zmax(2)/), (/kt/), (/1/) )
+         istatus = NF90_PUT_VAR( idrun,  ids1, (/-zmax(3)/), (/kt/), (/1/) )
+         istatus = NF90_PUT_VAR( idrun,  ids2, (/ zmax(4)/), (/kt/), (/1/) )
+         istatus = NF90_PUT_VAR( idrun,  idt1, (/-zmax(5)/), (/kt/), (/1/) )
+         istatus = NF90_PUT_VAR( idrun,  idt2, (/ zmax(6)/), (/kt/), (/1/) )
+         IF( ln_zad_Aimp ) THEN
+            istatus = NF90_PUT_VAR( idrun,  idw1, (/ zmax(8)/), (/kt/), (/1/) )
+            istatus = NF90_PUT_VAR( idrun,  idc1, (/ zmax(9)/), (/kt/), (/1/) )
+         ENDIF
+         IF( MOD( kt , 100 ) == 0 ) istatus = NF90_SYNC(idrun)
+         IF( kt == nitend         ) istatus = NF90_CLOSE(idrun)
+      END IF
+      !                                   !==  error handling  ==!
+      IF( ( ln_ctl .OR. lsomeoce ) .AND. (   &             ! have use mpp_max (because ln_ctl=.T.) or contains some ocean points
+         &  zmax(1) >   50._wp .OR.   &                    ! too large sea surface height ( > 50 m )
+         &  zmax(2) >   20._wp .OR.   &                    ! too large velocity ( > 20 m/s)
+!!$         &  zmax(3) >=   0._wp .OR.   &                    ! negative or zero sea surface salinity
+!!$         &  zmax(4) >= 100._wp .OR.   &                    ! too large sea surface salinity ( > 100 )
+!!$         &  zmax(4) <    0._wp .OR.   &                    ! too large sea surface salinity (keep this line for sea-ice)
+         &  ISNAN( zmax(1) + zmax(2) + zmax(3) ) ) ) THEN   ! NaN encounter in the tests
+         IF( lk_mpp .AND. ln_ctl ) THEN
+            CALL mpp_maxloc( 'stpctl', ABS(sshn)        , ssmask(:,:)  , zzz, ih  )
+            CALL mpp_maxloc( 'stpctl', ABS(un)          , umask (:,:,:), zzz, iu  )
+            CALL mpp_minloc( 'stpctl', tsn(:,:,:,jp_sal), tmask (:,:,:), zzz, is1 )
+            CALL mpp_maxloc( 'stpctl', tsn(:,:,:,jp_sal), tmask (:,:,:), zzz, is2 )
+         ELSE
+            ih(:)  = MAXLOC( ABS( sshn(:,:)   )                              ) + (/ nimpp - 1, njmpp - 1    /)
+            iu(:)  = MAXLOC( ABS( un  (:,:,:) )                              ) + (/ nimpp - 1, njmpp - 1, 0 /)
+            is1(:) = MINLOC( tsn(:,:,:,jp_sal), mask = tmask(:,:,:) == 1._wp ) + (/ nimpp - 1, njmpp - 1, 0 /)
+            is2(:) = MAXLOC( tsn(:,:,:,jp_sal), mask = tmask(:,:,:) == 1._wp ) + (/ nimpp - 1, njmpp - 1, 0 /)
+         ENDIF
+         
+         WRITE(ctmp1,*) ' stp_ctl: |ssh| > 50 m  or  |U| > 20 m/s  or  NaN encounter in the tests'
+         WRITE(ctmp2,9100) kt,   zmax(1), ih(1) , ih(2)
+         WRITE(ctmp3,9200) kt,   zmax(2), iu(1) , iu(2) , iu(3)
+         WRITE(ctmp4,9300) kt, - zmax(3), is1(1), is1(2), is1(3)
+         WRITE(ctmp5,9400) kt,   zmax(4), is2(1), is2(2), is2(3)
+         WRITE(ctmp6,*) '      ===> output of last computed fields in output.abort.nc file'
+         
+         CALL dia_wri_state( 'output.abort' )     ! create an output.abort file
+         
+         IF( .NOT. ln_ctl ) THEN
+            WRITE(ctmp8,*) 'E R R O R message from sub-domain: ', narea
+            CALL ctl_stop( 'STOP', ctmp1, ' ', ctmp8, ' ', ctmp2, ctmp3, ctmp4, ctmp5, ctmp6 )
+         ELSE
+            CALL ctl_stop( ctmp1, ' ', ctmp2, ctmp3, ctmp4, ctmp5, ' ', ctmp6, ' ' )
+         ENDIF
+
+         kindic = -3
+         !
+      ENDIF
+      !
+9100  FORMAT (' kt=',i8,'   |ssh| max: ',1pg11.4,', at  i j  : ',2i5)
+9200  FORMAT (' kt=',i8,'   |U|   max: ',1pg11.4,', at  i j k: ',3i5)
+9300  FORMAT (' kt=',i8,'   S     min: ',1pg11.4,', at  i j k: ',3i5)
+9400  FORMAT (' kt=',i8,'   S     max: ',1pg11.4,', at  i j k: ',3i5)
+9500  FORMAT(' it :', i8, '    |ssh|_max: ', D23.16, ' |U|_max: ', D23.16,' S_min: ', D23.16,' S_max: ', D23.16)
+      !
+   END SUBROUTINE stp_ctl
+
+   !!======================================================================
+END MODULE stpctl
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/trazdf.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/trazdf.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/trazdf.F90	(revision 15719)
@@ -0,0 +1,271 @@
+MODULE trazdf
+   !!==============================================================================
+   !!                 ***  MODULE  trazdf  ***
+   !! Ocean active tracers:  vertical component of the tracer mixing trend
+   !!==============================================================================
+   !! History :  1.0  !  2005-11  (G. Madec)  Original code
+   !!            3.0  !  2008-01  (C. Ethe, G. Madec)  merge TRC-TRA
+   !!            4.0  !  2017-06  (G. Madec)  remove explict time-stepping option
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   tra_zdf       : Update the tracer trend with the vertical diffusion
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers variables
+   USE dom_oce        ! ocean space and time domain variables 
+   USE domvvl         ! variable volume
+   USE phycst         ! physical constant
+   USE zdf_oce        ! ocean vertical physics variables
+   USE sbc_oce        ! surface boundary condition: ocean
+   USE ldftra         ! lateral diffusion: eddy diffusivity
+   USE ldfslp         ! lateral diffusion: iso-neutral slope 
+   USE trd_oce        ! trends: ocean variables
+   USE trdtra         ! trends: tracer trend manager
+   !
+   USE in_out_manager ! I/O manager
+   USE prtctl         ! Print control
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   tra_zdf       ! called by step.F90
+   PUBLIC   tra_zdf_imp   ! called by trczdf.F90
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: trazdf.F90 10572 2019-01-24 15:37:13Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE tra_zdf( kt )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE tra_zdf  ***
+      !!
+      !! ** Purpose :   compute the vertical ocean tracer physics.
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time-step index
+      !
+      INTEGER  ::   jk   ! Dummy loop indices
+      REAL(wp), DIMENSION(:,:,:), ALLOCATABLE ::   ztrdt, ztrds   ! 3D workspace
+      !!---------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('tra_zdf')
+      !
+      IF( kt == nit000 )  THEN
+         IF(lwp)WRITE(numout,*)
+         IF(lwp)WRITE(numout,*) 'tra_zdf : implicit vertical mixing on T & S'
+         IF(lwp)WRITE(numout,*) '~~~~~~~ '
+      ENDIF
+      !
+      IF( neuler == 0 .AND. kt == nit000 ) THEN   ;   r2dt =      rdt   ! at nit000, =   rdt (restarting with Euler time stepping)
+      ELSEIF( kt <= nit000 + 1           ) THEN   ;   r2dt = 2. * rdt   ! otherwise, = 2 rdt (leapfrog)
+      ENDIF
+      !
+      IF( l_trdtra )   THEN                  !* Save ta and sa trends
+         ALLOCATE( ztrdt(jpi,jpj,jpk) , ztrds(jpi,jpj,jpk) )
+         ztrdt(:,:,:) = tsa(:,:,:,jp_tem)
+         ztrds(:,:,:) = tsa(:,:,:,jp_sal)
+      ENDIF
+      !
+      !                                      !* compute lateral mixing trend and add it to the general trend
+      CALL tra_zdf_imp( kt, nit000, 'TRA', r2dt, tsb, tsa, jpts ) 
+
+!!gm WHY here !   and I don't like that !
+      ! DRAKKAR SSS control {
+      ! JMM avoid negative salinities near river outlet ! Ugly fix
+      ! JMM : restore negative salinities to small salinities:
+!!$      WHERE( tsa(:,:,:,jp_sal) < 0._wp )   tsa(:,:,:,jp_sal) = 0.1_wp
+!!gm
+
+      IF( l_trdtra )   THEN                      ! save the vertical diffusive trends for further diagnostics
+         DO jk = 1, jpkm1
+            ztrdt(:,:,jk) = ( ( tsa(:,:,jk,jp_tem)*e3t_a(:,:,jk) - tsb(:,:,jk,jp_tem)*e3t_b(:,:,jk) ) &
+               &          / (e3t_n(:,:,jk)*r2dt) ) - ztrdt(:,:,jk)
+            ztrds(:,:,jk) = ( ( tsa(:,:,jk,jp_sal)*e3t_a(:,:,jk) - tsb(:,:,jk,jp_sal)*e3t_b(:,:,jk) ) &
+              &           / (e3t_n(:,:,jk)*r2dt) ) - ztrds(:,:,jk)
+         END DO
+!!gm this should be moved in trdtra.F90 and done on all trends
+         CALL lbc_lnk_multi( 'trazdf', ztrdt, 'T', 1. , ztrds, 'T', 1. )
+!!gm
+         CALL trd_tra( kt, 'TRA', jp_tem, jptra_zdf, ztrdt )
+         CALL trd_tra( kt, 'TRA', jp_sal, jptra_zdf, ztrds )
+         DEALLOCATE( ztrdt , ztrds )
+      ENDIF
+      !                                          ! print mean trends (used for debugging)
+      IF(ln_ctl)   CALL prt_ctl( tab3d_1=tsa(:,:,:,jp_tem), clinfo1=' zdf  - Ta: ', mask1=tmask,               &
+         &                       tab3d_2=tsa(:,:,:,jp_sal), clinfo2=       ' Sa: ', mask2=tmask, clinfo3='tra' )
+      !
+      IF( ln_timing )   CALL timing_stop('tra_zdf')
+      !
+   END SUBROUTINE tra_zdf
+
+ 
+   SUBROUTINE tra_zdf_imp( kt, kit000, cdtype, p2dt, ptb, pta, kjpt ) 
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE tra_zdf_imp  ***
+      !!
+      !! ** Purpose :   Compute the after tracer through a implicit computation
+      !!     of the vertical tracer diffusion (including the vertical component 
+      !!     of lateral mixing (only for 2nd order operator, for fourth order 
+      !!     it is already computed and add to the general trend in traldf) 
+      !!
+      !! ** Method  :  The vertical diffusion of a tracer ,t , is given by:
+      !!          difft = dz( avt dz(t) ) = 1/e3t dk+1( avt/e3w dk(t) )
+      !!      It is computed using a backward time scheme (t=after field)
+      !!      which provide directly the after tracer field.
+      !!      If ln_zdfddm=T, use avs for salinity or for passive tracers
+      !!      Surface and bottom boundary conditions: no diffusive flux on
+      !!      both tracers (bottom, applied through the masked field avt).
+      !!      If iso-neutral mixing, add to avt the contribution due to lateral mixing.
+      !!
+      !! ** Action  : - pta  becomes the after tracer
+      !!---------------------------------------------------------------------
+      INTEGER                              , INTENT(in   ) ::   kt       ! ocean time-step index
+      INTEGER                              , INTENT(in   ) ::   kit000   ! first time step index
+      CHARACTER(len=3)                     , INTENT(in   ) ::   cdtype   ! =TRA or TRC (tracer indicator)
+      INTEGER                              , INTENT(in   ) ::   kjpt     ! number of tracers
+      REAL(wp)                             , INTENT(in   ) ::   p2dt     ! tracer time-step
+      REAL(wp), DIMENSION(jpi,jpj,jpk,kjpt), INTENT(in   ) ::   ptb      ! before and now tracer fields
+      REAL(wp), DIMENSION(jpi,jpj,jpk,kjpt), INTENT(inout) ::   pta      ! in: tracer trend ; out: after tracer field
+      !
+      INTEGER  ::  ji, jj, jk, jn   ! dummy loop indices
+      REAL(wp) ::  zrhs, zzwi, zzws ! local scalars
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::  zwi, zwt, zwd, zws
+      !!---------------------------------------------------------------------
+      !
+      !                                               ! ============= !
+      DO jn = 1, kjpt                                 !  tracer loop  !
+         !                                            ! ============= !
+         !  Matrix construction
+         ! --------------------
+         ! Build matrix if temperature or salinity (only in double diffusion case) or first passive tracer
+         !
+         IF(  ( cdtype == 'TRA' .AND. ( jn == jp_tem .OR. ( jn == jp_sal .AND. ln_zdfddm ) ) ) .OR.   &
+            & ( cdtype == 'TRC' .AND. jn == 1 )  )  THEN
+            !
+            ! vertical mixing coef.: avt for temperature, avs for salinity and passive tracers
+            IF( cdtype == 'TRA' .AND. jn == jp_tem ) THEN   ;   zwt(:,:,2:jpk) = avt(:,:,2:jpk)
+            ELSE                                            ;   zwt(:,:,2:jpk) = avs(:,:,2:jpk)
+            ENDIF
+            zwt(:,:,1) = 0._wp
+            !
+            IF( l_ldfslp ) THEN            ! isoneutral diffusion: add the contribution 
+               IF( ln_traldf_msc  ) THEN     ! MSC iso-neutral operator 
+                  DO jk = 2, jpkm1
+                     DO jj = 2, jpjm1
+                        DO ji = fs_2, fs_jpim1   ! vector opt.
+                           zwt(ji,jj,jk) = zwt(ji,jj,jk) + akz(ji,jj,jk)  
+                        END DO
+                     END DO
+                  END DO
+               ELSE                          ! standard or triad iso-neutral operator
+                  DO jk = 2, jpkm1
+                     DO jj = 2, jpjm1
+                        DO ji = fs_2, fs_jpim1   ! vector opt.
+                           zwt(ji,jj,jk) = zwt(ji,jj,jk) + ah_wslp2(ji,jj,jk)
+                        END DO
+                     END DO
+                  END DO
+               ENDIF
+            ENDIF
+            !
+            ! Diagonal, lower (i), upper (s)  (including the bottom boundary condition since avt is masked)
+            IF( ln_zad_Aimp ) THEN         ! Adaptive implicit vertical advection
+               DO jk = 1, jpkm1
+                  DO jj = 2, jpjm1
+                     DO ji = fs_2, fs_jpim1   ! vector opt. (ensure same order of calculation as below if wi=0.)
+                        zzwi = - p2dt * zwt(ji,jj,jk  ) / e3w_n(ji,jj,jk  )
+                        zzws = - p2dt * zwt(ji,jj,jk+1) / e3w_n(ji,jj,jk+1)
+                        zwd(ji,jj,jk) = e3t_a(ji,jj,jk) - zzwi - zzws   &
+                           &                 + p2dt * ( MAX( wi(ji,jj,jk  ) , 0._wp ) - MIN( wi(ji,jj,jk+1) , 0._wp ) )
+                        zwi(ji,jj,jk) = zzwi + p2dt *   MIN( wi(ji,jj,jk  ) , 0._wp )
+                        zws(ji,jj,jk) = zzws - p2dt *   MAX( wi(ji,jj,jk+1) , 0._wp )
+                    END DO
+                  END DO
+               END DO
+            ELSE
+               DO jk = 1, jpkm1
+                  DO jj = 2, jpjm1
+                     DO ji = fs_2, fs_jpim1   ! vector opt.
+                        zwi(ji,jj,jk) = - p2dt * zwt(ji,jj,jk  ) / e3w_n(ji,jj,jk)
+                        zws(ji,jj,jk) = - p2dt * zwt(ji,jj,jk+1) / e3w_n(ji,jj,jk+1)
+                        zwd(ji,jj,jk) = e3t_a(ji,jj,jk) - zwi(ji,jj,jk) - zws(ji,jj,jk)
+                    END DO
+                  END DO
+               END DO
+            ENDIF
+            !
+            !! Matrix inversion from the first level
+            !!----------------------------------------------------------------------
+            !   solve m.x = y  where m is a tri diagonal matrix ( jpk*jpk )
+            !
+            !        ( zwd1 zws1   0    0    0  )( zwx1 ) ( zwy1 )
+            !        ( zwi2 zwd2 zws2   0    0  )( zwx2 ) ( zwy2 )
+            !        (  0   zwi3 zwd3 zws3   0  )( zwx3 )=( zwy3 )
+            !        (        ...               )( ...  ) ( ...  )
+            !        (  0    0    0   zwik zwdk )( zwxk ) ( zwyk )
+            !
+            !   m is decomposed in the product of an upper and lower triangular matrix.
+            !   The 3 diagonal terms are in 3d arrays: zwd, zws, zwi.
+            !   Suffices i,s and d indicate "inferior" (below diagonal), diagonal
+            !   and "superior" (above diagonal) components of the tridiagonal system.
+            !   The solution will be in the 4d array pta.
+            !   The 3d array zwt is used as a work space array.
+            !   En route to the solution pta is used a to evaluate the rhs and then 
+            !   used as a work space array: its value is modified.
+            !
+            DO jj = 2, jpjm1        !* 1st recurrence:   Tk = Dk - Ik Sk-1 / Tk-1   (increasing k)
+               DO ji = fs_2, fs_jpim1            ! done one for all passive tracers (so included in the IF instruction)
+                  zwt(ji,jj,1) = zwd(ji,jj,1)
+               END DO
+            END DO
+            DO jk = 2, jpkm1
+               DO jj = 2, jpjm1
+                  DO ji = fs_2, fs_jpim1
+                     zwt(ji,jj,jk) = zwd(ji,jj,jk) - zwi(ji,jj,jk) * zws(ji,jj,jk-1) / zwt(ji,jj,jk-1)
+                  END DO
+               END DO
+            END DO
+            !
+         ENDIF 
+         !         
+         DO jj = 2, jpjm1           !* 2nd recurrence:    Zk = Yk - Ik / Tk-1  Zk-1
+            DO ji = fs_2, fs_jpim1
+               pta(ji,jj,1,jn) = e3t_b(ji,jj,1) * ptb(ji,jj,1,jn) + p2dt * e3t_n(ji,jj,1) * pta(ji,jj,1,jn)
+            END DO
+         END DO
+         DO jk = 2, jpkm1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1
+                  zrhs = e3t_b(ji,jj,jk) * ptb(ji,jj,jk,jn) + p2dt * e3t_n(ji,jj,jk) * pta(ji,jj,jk,jn)   ! zrhs=right hand side
+                  pta(ji,jj,jk,jn) = zrhs - zwi(ji,jj,jk) / zwt(ji,jj,jk-1) * pta(ji,jj,jk-1,jn)
+               END DO
+            END DO
+         END DO
+         !
+         DO jj = 2, jpjm1           !* 3d recurrence:    Xk = (Zk - Sk Xk+1 ) / Tk   (result is the after tracer)
+            DO ji = fs_2, fs_jpim1
+               pta(ji,jj,jpkm1,jn) = pta(ji,jj,jpkm1,jn) / zwt(ji,jj,jpkm1) * tmask(ji,jj,jpkm1)
+            END DO
+         END DO
+         DO jk = jpk-2, 1, -1
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1
+                  pta(ji,jj,jk,jn) = ( pta(ji,jj,jk,jn) - zws(ji,jj,jk) * pta(ji,jj,jk+1,jn) )   &
+                     &             / zwt(ji,jj,jk) * tmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         !                                            ! ================= !
+      END DO                                          !  end tracer loop  !
+      !                                               ! ================= !
+   END SUBROUTINE tra_zdf_imp
+
+   !!==============================================================================
+END MODULE trazdf
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,141 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_hgr  ***
+   !!
+   !!                      ===  CANAL configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2017-11  (J. Chanut)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for CANAL configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx, rn_dy, rn_0xratio, rn_0yratio, rn_ppgphi0, nn_fcase
+   !                                                  and reference latitude
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                CANAL configuration : beta-plance with uniform grid spacing (rn_dx)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zphi0, zlam0, zbeta, zf0
+      REAL(wp) ::   zti, zui, ztj, zvj   ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : CANAL configuration bassin'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '          Beta-plane with regular grid-spacing'
+      IF(lwp) WRITE(numout,*) '          given by rn_dx and rn_dy' 
+      !
+      !                          
+      ! Position coordinates (in kilometers)
+      !                          ==========
+      zlam0 = -REAL(NINT(jpiglo*rn_0xratio)-1, wp) * rn_dx
+      zphi0 = -REAL(NINT(jpjglo*rn_0yratio)-1, wp) * rn_dy 
+
+#if defined key_agrif
+      ! ! let lower left longitude and latitude from parent
+      IF (.NOT.Agrif_root()) THEN
+          zlam0 = (0.5_wp-(Agrif_parent(jpiglo)-1)/2)*Agrif_irhox()*rn_dx &
+             &+(Agrif_Ix()+nbghostcells-1)*Agrif_irhox()*rn_dx-(0.5_wp+nbghostcells)*rn_dx
+          zphi0 = (0.5_wp-(Agrif_parent(jpjglo)-1)/2)*Agrif_irhoy()*rn_dy &
+             &+(Agrif_Iy()+nbghostcells-1)*Agrif_irhoy()*rn_dy-(0.5_wp+nbghostcells)*rn_dy
+      ENDIF 
+#endif
+         
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            zti = FLOAT( ji - 1 + nimpp - 1 )          ;  ztj = FLOAT( jj - 1 + njmpp - 1 )
+            zui = FLOAT( ji - 1 + nimpp - 1 ) + 0.5_wp ;  zvj = FLOAT( jj - 1 + njmpp - 1 ) + 0.5_wp
+
+            plamt(ji,jj) = zlam0 + rn_dx * zti
+            plamu(ji,jj) = zlam0 + rn_dx * zui
+            plamv(ji,jj) = plamt(ji,jj) 
+            plamf(ji,jj) = plamu(ji,jj) 
+   
+            pphit(ji,jj) = zphi0 + rn_dy * ztj
+            pphiv(ji,jj) = zphi0 + rn_dy * zvj
+            pphiu(ji,jj) = pphit(ji,jj) 
+            pphif(ji,jj) = pphiv(ji,jj) 
+         END DO
+      END DO
+      !     
+      ! Horizontal scale factors (in meters)
+      !                              ======
+      pe1t(:,:) = rn_dx * 1.e+3  ;   pe2t(:,:) = rn_dy * 1.e+3 
+      pe1u(:,:) = rn_dx * 1.e+3  ;   pe2u(:,:) = rn_dy * 1.e+3
+      pe1v(:,:) = rn_dx * 1.e+3  ;   pe2v(:,:) = rn_dy * 1.e+3
+      pe1f(:,:) = rn_dx * 1.e+3  ;   pe2f(:,:) = rn_dy * 1.e+3 
+
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_hgr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      SELECT CASE(nn_fcase)
+      CASE(0)
+         zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+         pff_f(:,:) = zf0
+         pff_t(:,:) = zf0
+      CASE(1)
+         zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+         zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+         pff_f(:,:) = zf0 + zbeta * pphif(:,:) * 1.e+3
+         pff_t(:,:) = zf0 + zbeta * pphit(:,:) * 1.e+3
+      CASE(2)
+         pff_f(:,:) = 2._wp * omega * SIN( rad * ( rn_ppgphi0 + pphif(:,:)/110. ) )
+         pff_t(:,:) = 2._wp * omega * SIN( rad * ( rn_ppgphi0 + pphit(:,:)/110. ) )
+      END SELECT
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,303 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                     ***  MODULE usrdef_istate   ***
+   !!
+   !!                      ===  CANAL configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2017-11  (J. Chanut) Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce        
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   !   
+   USE usrdef_nam
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate   ! called by istate.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 10425 2018-12-19 21:54:16Z smasson $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here CANAL configuration 
+      !!
+      !! ** Method  :   Set a gaussian anomaly of pressure and associated
+      !!                geostrophic velocities
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height
+      !
+      INTEGER  :: ji, jj, jk, jl  ! dummy loop indices
+      REAL(wp) :: zx, zy, zP0, zumax, zlambda, zr_lambda2, zn2, zf0, zH, zrho1, za, zf, zdzF
+      REAL(wp) :: zpsurf, zdyPs, zdxPs
+      REAL(wp) :: zdt, zdu, zdv
+      REAL(wp) :: zjetx, zjety, zbeta
+      REAL(wp), DIMENSION(jpi,jpj)  ::   zrandom
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : CANAL configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   '
+      !
+      IF (ln_sshnoise) CALL RANDOM_NUMBER(zrandom)
+      zjetx = ABS(rn_ujetszx)/2.
+      zjety = ABS(rn_ujetszy)/2.
+      !
+      SELECT CASE(nn_initcase)
+      CASE(0)    ! rest
+         
+         ! sea level:
+         pssh(:,:) = 0.
+         ! temperature:
+         pts(:,:,:,jp_tem) = 10._wp
+         ! salinity:  
+         pts(:,:,:,jp_sal) = 35._wp
+         ! velocities:
+         pu(:,:,:) = 0.
+         pv(:,:,:) = 0.
+         
+      CASE(1)    ! geostrophic zonal jet from -zjety to +zjety
+
+         ! sea level:
+         SELECT CASE( nn_fcase )
+         CASE(0)    ! f = f0
+            ! sea level: ssh = - fuy / g
+            WHERE( ABS(gphit) <= zjety )
+               pssh(:,:) = - ff_t(:,:) * rn_uzonal * gphit(:,:) * 1.e3 / grav
+            ELSEWHERE
+               pssh(:,:) = - ff_t(:,:) * rn_uzonal * SIGN(zjety, gphit(:,:)) * 1.e3 / grav
+            END WHERE
+         CASE(1)    ! f = f0 + beta*y
+            ! sea level: ssh = - u / g * ( fy + 0.5 * beta * y^2 )
+            zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+            WHERE( ABS(gphit) <= zjety )
+               pssh(:,:) = - rn_uzonal / grav * ( ff_t(:,:) * gphit(:,:) * 1.e3 + 0.5 * zbeta * gphit(:,:) * gphit(:,:) * 1.e6 )
+            ELSEWHERE
+               pssh(:,:) = - rn_uzonal / grav * ( ff_t(:,:) * SIGN(zjety, gphit(:,:)) * 1.e3   &
+                  &                             + 0.5 * zbeta * zjety * zjety * 1.e6 )
+            END WHERE
+         END SELECT
+         ! temperature:
+         pts(:,:,:,jp_tem) = 10._wp
+         ! salinity:  
+         pts(:,:,jpk,jp_sal) = 0.
+         DO jk=1, jpkm1
+            pts(:,:,jk,jp_sal) = gphit(:,:)
+         END DO
+         ! velocities:
+         pu(:,:,:) = 0.
+         DO jk=1, jpkm1
+            WHERE( ABS(gphit) <= zjety ) pu(:,:,jk) = rn_uzonal
+         END DO
+         pv(:,:,:) = 0.
+         !                  
+      CASE(2)    ! geostrophic zonal current shear
+      
+         ! sea level:
+         SELECT CASE( nn_fcase )
+         CASE(0)    ! f = f0
+            ! sea level: ssh = - fuy / g
+            WHERE( ABS(gphit) <= zjety )
+               pssh(:,:) = - ff_t(:,:) * rn_uzonal * ABS(gphit(:,:)) * 1.e3 / grav
+            ELSEWHERE
+               pssh(:,:) = - ff_t(:,:) * rn_uzonal * zjety * 1.e3 / grav
+            END WHERE
+         CASE(1)    ! f = f0 + beta*y
+            ! sea level: ssh = - u / g * ( fy + 0.5 * beta * y^2 )
+            zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+            WHERE( ABS(gphit) <= zjety )
+               pssh(:,:) = - SIGN(rn_uzonal, gphit(:,:)) / grav   &
+                  &        * ( ff_t(:,:) * gphit(:,:) * 1.e3 + 0.5 * zbeta * gphit(:,:) * gphit(:,:) * 1.e6 )
+            ELSEWHERE
+               pssh(:,:) = - SIGN(rn_uzonal, gphit(:,:)) / grav   &
+                  &        * ( ff_t(:,:) * SIGN(zjety, gphit(:,:)) * 1.e3 + 0.5 * zbeta * zjety * zjety * 1.e6 )
+            END WHERE
+         END SELECT
+         ! temperature:
+         pts(:,:,:,jp_tem) = 10._wp
+         ! salinity:  
+         pts(:,:,:,jp_sal) = 2.
+         DO jk=1, jpkm1
+            WHERE( ABS(gphiv) <= zjety ) pts(:,:,jk,jp_sal) = 2. + SIGN(1.,gphiv(:,:))
+         END DO
+         ! velocities:
+         pu(:,:,:) = 0.
+         DO jk=1, jpkm1
+            WHERE( ABS(gphiv) <= zjety ) pu(:,:,jk) = SIGN(rn_uzonal,gphit(:,:))*SIGN(1.,rn_uzonal)
+            WHERE( ABS(gphiv) == 0.    ) pu(:,:,jk) = 0.  
+         END DO
+         pv(:,:,:) = 0.
+         !                  
+      CASE(3)    ! gaussian zonal currant
+
+         ! zonal current
+         DO jk=1, jpkm1
+            ! gphit and lambda are both in km
+            pu(:,:,jk) = rn_uzonal * EXP( - 0.5 * gphit(:,:)**2 / rn_lambda**2 )
+         END DO
+         
+         ! sea level:
+         pssh(:,1) = - ff_t(:,1) / grav * pu(:,1,1) * e2t(:,1)
+         DO jl=1, jpnj
+            DO jj=nldj, nlej
+               DO ji=nldi, nlei
+                  pssh(ji,jj) = pssh(ji,jj-1) - ff_t(ji,jj) / grav * pu(ji,jj,1) * e2t(ji,jj)
+               END DO
+            END DO
+            CALL lbc_lnk( 'usrdef_istate', pssh, 'T',  1. )
+         END DO
+         
+         ! temperature:
+         pts(:,:,:,jp_tem) = 10._wp
+         ! salinity:  
+         DO jk=1, jpkm1
+            pts(:,:,jk,jp_sal) = gphit(:,:)
+         END DO
+         ! velocities:
+         pv(:,:,:) = 0.
+         !            
+      CASE(4)    ! geostrophic zonal pulse
+   
+         DO jj=1, jpj
+            DO ji=1, jpi
+               IF ( ABS(glamt(ji,jj)) <= zjetx ) THEN
+                  zdu = rn_uzonal
+               ELSEIF ( ABS(glamt(ji,jj)) <= zjetx + 100. ) THEN
+                  zdu = rn_uzonal * ( ( zjetx-ABS(glamt(ji,jj)) )/100. + 1. )
+               ELSE
+                  zdu = 0.
+               END IF
+               IF ( ABS(gphit(ji,jj)) <= zjety ) THEN
+                  pssh(ji,jj) = - ff_t(ji,jj) * zdu * gphit(ji,jj) * 1.e3 / grav
+                  pu(ji,jj,:) = zdu
+                  pts(ji,jj,:,jp_sal) = zdu / rn_uzonal + 1.
+               ELSE
+                  pssh(ji,jj) = - ff_t(ji,jj) * zdu * SIGN(zjety,gphit(ji,jj)) * 1.e3 / grav 
+                  pu(ji,jj,:) = 0.
+                  pts(ji,jj,:,jp_sal) = 1.
+               END IF
+            END DO
+         END DO
+         
+         ! temperature:
+         pts(:,:,:,jp_tem) = 10._wp * ptmask(:,:,:)        
+         pv(:,:,:) = 0.
+         
+         
+       CASE(5)    ! vortex
+                  !
+         zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+         zumax = rn_vtxmax * SIGN(1._wp, zf0) ! Here Anticyclonic: set zumax=-1 for cyclonic
+         zlambda = SQRT(2._wp)*rn_lambda       ! Horizontal scale in meters 
+         zn2 = 3.e-3**2
+         zH = 0.5_wp * 5000._wp
+         !
+         zr_lambda2 = 1._wp / zlambda**2
+         zP0 = rau0 * zf0 * zumax * zlambda * SQRT(EXP(1._wp)/2._wp)
+         !
+         DO jj=1, jpj
+            DO ji=1, jpi
+               zx = glamt(ji,jj) * 1.e3
+               zy = gphit(ji,jj) * 1.e3
+               ! Surface pressure: P(x,y,z) = F(z) * Psurf(x,y)
+               zpsurf = zP0 * EXP(-(zx**2+zy**2)*zr_lambda2) - rau0 * ff_t(ji,jj) * rn_uzonal * zy
+               ! Sea level:
+               pssh(ji,jj) = 0.
+               DO jl=1,5
+                  zdt = pssh(ji,jj)
+                  zdzF = (1._wp - EXP(zdt-zH)) / (zH - 1._wp + EXP(-zH))   ! F'(z)
+                  zrho1 = rau0 * (1._wp + zn2*zdt/grav) - zdzF * zpsurf / grav    ! -1/g Dz(P) = -1/g * F'(z) * Psurf(x,y)
+                  pssh(ji,jj) = zpsurf / (zrho1*grav) * ptmask(ji,jj,1)   ! ssh = Psurf / (Rho*g)
+               END DO
+               ! temperature:
+               DO jk=1,jpk
+                  zdt =  pdept(ji,jj,jk) 
+                  zrho1 = rau0 * (1._wp + zn2*zdt/grav)
+                  IF (zdt < zH) THEN
+                     zdzF = (1._wp-EXP(zdt-zH)) / (zH-1._wp + EXP(-zH))   ! F'(z)
+                     zrho1 = zrho1 - zdzF * zpsurf / grav    ! -1/g Dz(P) = -1/g * F'(z) * Psurf(x,y)
+                  ENDIF
+                  !               pts(ji,jj,jk,jp_tem) = (20._wp + (rau0-zrho1) / 0.28_wp) * ptmask(ji,jj,jk)
+                  pts(ji,jj,jk,jp_tem) = (10._wp + (rau0-zrho1) / 0.28_wp) * ptmask(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         !
+         ! salinity:  
+         pts(:,:,:,jp_sal) = 35._wp * ptmask(:,:,:) 
+         !
+         ! velocities:
+         za = 2._wp * zP0 / zlambda**2
+         DO jj=1, jpj
+            DO ji=1, jpim1
+               zx = glamu(ji,jj) * 1.e3
+               zy = gphiu(ji,jj) * 1.e3
+               DO jk=1, jpk
+                  zdu = 0.5_wp * (pdept(ji,jj,jk) + pdept(ji+1,jj,jk))
+                  IF (zdu < zH) THEN
+                     zf = (zH-1._wp-zdu+EXP(zdu-zH)) / (zH-1._wp+EXP(-zH))
+                     zdyPs = - za * zy * EXP(-(zx**2+zy**2)*zr_lambda2) - rau0 * ff_t(ji,jj) * rn_uzonal
+                     pu(ji,jj,jk) = - zf / ( rau0 * ff_t(ji,jj) ) * zdyPs * ptmask(ji,jj,jk) * ptmask(ji+1,jj,jk)
+                  ELSE
+                     pu(ji,jj,jk) = 0._wp
+                  ENDIF
+               END DO
+            END DO
+         END DO
+         !
+         DO jj=1, jpjm1
+            DO ji=1, jpi
+               zx = glamv(ji,jj) * 1.e3
+               zy = gphiv(ji,jj) * 1.e3
+               DO jk=1, jpk
+                  zdv = 0.5_wp * (pdept(ji,jj,jk) + pdept(ji,jj+1,jk))
+                  IF (zdv < zH) THEN
+                     zf = (zH-1._wp-zdv+EXP(zdv-zH)) / (zH-1._wp+EXP(-zH))
+                     zdxPs = - za * zx * EXP(-(zx**2+zy**2)*zr_lambda2)
+                     pv(ji,jj,jk) = zf / ( rau0 * ff_f(ji,jj) ) * zdxPs * ptmask(ji,jj,jk) * ptmask(ji,jj+1,jk)
+                  ELSE
+                     pv(ji,jj,jk) = 0._wp
+                  ENDIF
+               END DO
+            END DO
+         END DO
+         !            
+      END SELECT
+
+      IF (ln_sshnoise) THEN
+         CALL RANDOM_NUMBER(zrandom)
+         pssh(:,:) = pssh(:,:) + ( 0.1  * zrandom(:,:) - 0.05 )
+      END IF
+      CALL lbc_lnk( 'usrdef_istate', pssh, 'T',  1. )
+      CALL lbc_lnk(  'usrdef_istate', pts, 'T',  1. )
+      CALL lbc_lnk(   'usrdef_istate', pu, 'U', -1. )
+      CALL lbc_lnk(   'usrdef_istate', pv, 'V', -1. )
+
+   END SUBROUTINE usr_def_istate
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,162 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                      ===  EW_CANAL configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2017-10  (J. Chanut)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp)         ::   rn_domszx  = 1800.  ! x horizontal size         [km]
+   REAL(wp)         ::   rn_domszy  = 1800.  ! y horizontal size         [km]
+   REAL(wp), PUBLIC ::   rn_domszz  = 5000.  ! z horizontal size          [m]
+   REAL(wp), PUBLIC ::   rn_dx      =   30.  ! x horizontal resolution   [km]
+   REAL(wp), PUBLIC ::   rn_dy      =   30.  ! y horizontal resolution   [km]
+   REAL(wp), PUBLIC ::   rn_dz      =  500.  ! vertical resolution        [m]
+   REAL(wp), PUBLIC ::   rn_0xratio =    0.5 ! x domain ratio of the 0
+   REAL(wp), PUBLIC ::   rn_0yratio =    0.5 ! x domain ratio of the 0
+   INTEGER , PUBLIC ::   nn_fcase   =    1   ! F computation (0:f0, 1:Beta, 2:real)
+   REAL(wp), PUBLIC ::   rn_ppgphi0 =   38.5 ! reference latitude for beta-plane 
+   REAL(wp), PUBLIC ::   rn_u10     =    0.  ! 10m wind speed              [m/s]
+   REAL(wp), PUBLIC ::   rn_windszx =  150.  ! longitudinal wind extension  [km]
+   REAL(wp), PUBLIC ::   rn_windszy =  150.  ! latitudinal wind extension   [km]
+   REAL(wp), PUBLIC ::   rn_uofac   =    0.  ! Uoce multiplicative factor (0.:absolute or 1.:relative winds)
+   REAL(wp), PUBLIC ::   rn_vtxmax  =    0.  ! initial canal max current  [m/s]
+   REAL(wp), PUBLIC ::   rn_uzonal  =    0.  ! initial zonal current       [m/s]
+   REAL(wp), PUBLIC ::   rn_ujetszx =  150.  ! longitudinal jet extension  [km]
+   REAL(wp), PUBLIC ::   rn_ujetszy =  150.  ! latitudinal jet extension   [km]
+   INTEGER , PUBLIC ::   nn_botcase =    0   ! bottom definition (0:flat, 1:bump)
+   INTEGER , PUBLIC ::   nn_initcase=    0   ! initial condition case (0=rest, 1=zonal current, 2=canal)
+   LOGICAL , PUBLIC ::   ln_sshnoise=.false. ! add random noise on initial ssh
+   REAL(wp), PUBLIC ::   rn_lambda  = 50.    ! gaussian lambda
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here EW_CANAL configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii      ! Local integer
+      REAL(wp)::   zh ! Local scalars
+      !!
+      NAMELIST/namusr_def/  rn_domszx, rn_domszy, rn_domszz, rn_dx, rn_dy, rn_dz, rn_0xratio, rn_0yratio   &
+         &                 , nn_fcase, rn_ppgphi0, rn_vtxmax, rn_uzonal, rn_ujetszx, rn_ujetszy   &
+         &                 , rn_u10, rn_windszx, rn_windszy, rn_uofac   &
+         &                 , nn_botcase, nn_initcase, ln_sshnoise, rn_lambda
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+#if defined key_agrif 
+      ! Domain parameters are taken from parent:
+      IF( .NOT. Agrif_Root() ) THEN
+         rn_dx = Agrif_Parent(rn_dx)/Agrif_Rhox()
+         rn_dy = Agrif_Parent(rn_dy)/Agrif_Rhoy()
+         rn_dz = Agrif_Parent(rn_dz)
+         rn_ppgphi0 = Agrif_Parent(rn_ppgphi0)
+      ENDIF
+      rn_0xratio = 0.5
+      rn_0yratio = 0.5
+#endif
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      cd_cfg = 'EW_CANAL'             ! name & resolution (not used)
+      kk_cfg = INT( rn_dx )
+      !
+      ! Global Domain size:  EW_CANAL global domain is  1800 km x 1800 Km x 5000 m
+      kpi = NINT( rn_domszx / rn_dx ) + 1
+      kpj = NINT( rn_domszy / rn_dy ) + 3
+      kpk = NINT( rn_domszz / rn_dz ) + 1
+#if defined key_agrif
+      IF( .NOT. Agrif_Root() ) THEN
+         kpi  = nbcellsx + 2 + 2*nbghostcells
+         kpj  = nbcellsy + 2 + 2*nbghostcells
+      ENDIF
+#endif
+      !
+      zh  = (kpk-1)*rn_dz
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : EW_CANAL test case'                                  ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal domain size-x          rn_domszx  = ', rn_domszx, ' km'      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal domain size-y          rn_domszy  = ', rn_domszy, ' km'      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      vertical   domain size-z          rn_domszz  = ', rn_domszz, '  m'      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal x-resolution           rn_dx      = ',     rn_dx, ' km'      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal y-resolution           rn_dy      = ',     rn_dy, ' km'      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      vertical resolution               rn_dz      = ',     rn_dz, '  m'      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      x-domain ratio of the 0           rn_0xratio = ', rn_0xratio            ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      y-domain ratio of the 0           rn_0yratio = ', rn_0yratio            ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '          H [m] : ', zh                                                       ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      F computation                     nn_fcase   = ',   nn_fcase            ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      Reference latitude                rn_ppgphi0 = ', rn_ppgphi0            ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      10m wind speed                    rn_u10     = ',     rn_u10, ' m/s'    ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         wind latitudinal extension     rn_windszy = ', rn_windszy, ' km'     ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         wind longitudinal extension    rn_windszx = ', rn_windszx, ' km'     ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         Uoce multiplicative factor     rn_uofac   = ',   rn_uofac            ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      initial Canal max current        rn_vtxmax  = ',  rn_vtxmax, ' m/s'    ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      initial zonal current             rn_uzonal  = ',  rn_uzonal, ' m/s'    ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         Jet latitudinal extension      rn_ujetszy = ', rn_ujetszy, ' km'     ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         Jet longitudinal extension     rn_ujetszx = ', rn_ujetszx, ' km'     ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      bottom definition (0:flat)        nn_botcase = ', nn_botcase            ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      initial condition case            nn_initcase= ', nn_initcase           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                   (0:rest, 1:zonal current, 10:shear)'                       ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      add random noise on initial ssh   ln_sshnoise= ', ln_sshnoise           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      Gaussian lambda parameter          rn_lambda = ', rn_lambda             ;   ii = ii + 1
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 1                    ! EW_CANAL configuration : closed basin
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      EW_CANAL : closed basin            jperio = ', kperio                   ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,112 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_sbc  ***
+   !! 
+   !!                      ===  CANAL configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2017-11  (J.Chanut)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in OVERFLOW case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY : rn_u10, rn_uofac, rn_windszy 
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for CANAL case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      
+      INTEGER  ::   ji, jj               ! dummy loop indices
+      REAL(wp) :: zrhoair = 1.22     ! approximate air density [Kg/m3]
+      REAL(wp) :: zcd = 1.13e-3      ! approximate drag coefficient
+      REAL(wp) :: zrhocd             ! Rho * Cd
+      REAL(wp), DIMENSION(jpi,jpj) :: zwndrel   ! relative wind
+      !!---------------------------------------------------------------------
+      !
+      zrhocd = zrhoair * zcd
+      
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : EW_CANAL case: surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         IF( rn_u10 /= 0. .AND. rn_windszy > 0. ) THEN
+            WHERE( ABS(gphit) <= rn_windszy/2. ) utau(:,:) = zrhocd * rn_u10 * rn_u10
+         ENDIF
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !         
+      ENDIF
+
+      IF( rn_uofac /= 0. ) THEN
+         
+         WHERE( ABS(gphit) <= rn_windszy/2. )
+            zwndrel(:,:) = rn_u10 - rn_uofac * un(:,:,1)
+         ELSEWHERE
+            zwndrel(:,:) =        - rn_uofac * un(:,:,1)
+         END WHERE
+         utau(:,:) = zrhocd * zwndrel(:,:) * zwndrel(:,:)
+
+         zwndrel(:,:) = - rn_uofac * vn(:,:,1)
+         vtau(:,:) = zrhocd * zwndrel(:,:) * zwndrel(:,:)
+
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,250 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                      ===  CANAL configuration  ===
+   !!
+   !! User defined : vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2017-11  (J. Chanut)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system
+   !!      zgr_z      : reference 1D z-coordinate 
+   !!      zgr_top_bot: ocean top and bottom level indices
+   !!      zgr_zco    : 3D verticl coordinate in pure z-coordinate case
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce        ! ocean domain
+   USE phycst         ! physical constants
+   USE usrdef_nam, ONLY: rn_domszz, nn_botcase
+   USE depth_e3       ! depth <=> e3
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr        ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10425 2018-12-19 21:54:16Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v   , pe3f ,             &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw         ,             &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   inum   ! local logical unit
+      REAL(WP) ::   z_zco, z_zps, z_sco, z_cav
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : CANAL configuration (z-coordinate closed flat box ocean)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate
+      ! ---------------------------
+      ld_zco    = .TRUE.         ! CANAL case:  z-coordinate without ocean cavities
+      ld_zps    = .FALSE.
+      ld_sco    = .FALSE.
+      ld_isfcav = .FALSE.
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      CALL zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      CALL zgr_msk_top_bot( k_top , k_bot )                 ! masked top and bottom ocean t-level indices
+      !
+      !                                                     ! z-coordinate (3D arrays) from the 1D z-coord.
+      CALL zgr_zco( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in  : 1D reference vertical coordinate
+         &          pdept   , pdepw   ,                     &   ! out : 3D t & w-points depth
+         &          pe3t    , pe3u    , pe3v   , pe3f   ,   &   !       vertical scale factors
+         &          pe3w    , pe3uw   , pe3vw             )     !           -      -      -
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z  ***
+      !!
+      !! ** Purpose :   set the 1D depth of model levels and the resulting 
+      !!              vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!           with at top and bottom :
+      !!                   e3w_1d( 1 ) = 2 * ( dept_1d( 1 ) - depw_1d( 1 ) )
+      !!                   e3t_1d(jpk) = 2 * ( dept_1d(jpk) - depw_1d(jpk) )
+      !!       The depth are then re-computed from the sum of e3. This ensures 
+      !!    that depths are identical when reading domain configuration file. 
+      !!    Indeed, only e3. are saved in this file, depth are compute by a call
+      !!    to the e3_to_depth subroutine.
+      !!
+      !!       Here the Madec & Imbard (1996) function is used.
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!
+      !! Reference : Marti, Madec & Delecluse, 1992, JGR, 97, No8, 12,763-12,766.
+      !!             Madec and Imbard, 1996, Clim. Dyn.
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zd       ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      zd = rn_domszz/FLOAT(jpkm1)
+      !
+      IF(lwp) THEN            ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z   : Reference vertical z-coordinates '
+         WRITE(numout,*) '    ~~~~~~~'
+         WRITE(numout,*) '       CANAL case : uniform vertical grid :'
+         WRITE(numout,*) '                     with thickness = ', zd
+      ENDIF
+
+      !
+      ! 1D Reference z-coordinate    (using Madec & Imbard 1996 function)
+      ! -------------------------
+      !
+      pdepw_1d(1) = 0._wp
+      pdept_1d(1) = 0.5_wp * zd
+      ! 
+      DO jk = 2, jpk          ! depth at T and W-points
+         pdepw_1d(jk) = pdepw_1d(jk-1) + zd 
+         pdept_1d(jk) = pdept_1d(jk-1) + zd 
+      END DO
+      !
+      !                       ! e3t and e3w from depth
+      CALL depth_to_e3( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d ) 
+      !
+      !                       ! recompute depths from SUM(e3)  <== needed
+      CALL e3_to_depth( pe3t_1d, pe3w_1d, pdept_1d, pdepw_1d ) 
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z
+
+
+   SUBROUTINE zgr_msk_top_bot( k_top , k_bot )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE zgr_msk_top_bot  ***
+      !!
+      !! ** Purpose :   set the masked top and bottom ocean t-levels
+      !!
+      !! ** Method  :   CANAL case = closed flat box ocean without ocean cavities
+      !!                   k_top = 1     except along north, south, east and west boundaries
+      !!                   k_bot = jpk-1 except along north, south, east and west boundaries
+      !!
+      !! ** Action  : - k_top : first wet ocean level index
+      !!              - k_bot : last  wet ocean level index
+      !!----------------------------------------------------------------------
+      INTEGER , DIMENSION(:,:), INTENT(out) ::   k_top , k_bot   ! first & last wet ocean level
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D local workspace
+      REAL(wp)                     ::   zmaxlam, zscl
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '    zgr_top_bot : defines the top and bottom wet ocean levels.'
+      IF(lwp) WRITE(numout,*) '    ~~~~~~~~~~~'
+      IF(lwp) WRITE(numout,*) '       CANAL case : closed flat box ocean without ocean cavities'
+      !
+      SELECT CASE(nn_botcase)
+      CASE(0)
+         z2d(:,:) = REAL( jpkm1 , wp )          ! flat bottom
+      CASE(1)
+         zmaxlam = MAXVAL(glamt)
+         CALL mpp_max( 'usrdef_zgr', zmaxlam )                 ! max over the global domain
+         zscl = rpi / zmaxlam
+         z2d(:,:) = 0.5 * ( 1. - COS( glamt(:,:) * zscl ) )
+         z2d(:,:) = REAL(jpkm1 - NINT( 0.75 * REAL(jpkm1,wp) * z2d(:,:) ), wp)
+      END SELECT
+      !
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )           ! set surrounding land to zero (here jperio=0 ==>> closed)
+      !
+      k_bot(:,:) = INT( z2d(:,:) )           ! =jpkm1 over the ocean point, =0 elsewhere
+      !
+      k_top(:,:) = MIN( 1 , k_bot(:,:) )     ! = 1    over the ocean point, =0 elsewhere
+      !
+   END SUBROUTINE zgr_msk_top_bot
+   
+
+   SUBROUTINE zgr_zco( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in : 1D reference vertical coordinate
+      &                pdept   , pdepw   ,                     &   ! out: 3D t & w-points depth
+      &                pe3t    , pe3u    , pe3v   , pe3f   ,   &   !      vertical scale factors
+      &                pe3w    , pe3uw   , pe3vw             )     !          -      -      -
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zgr_zco  ***
+      !!
+      !! ** Purpose :   define the reference z-coordinate system
+      !!
+      !! ** Method  :   set 3D coord. arrays to reference 1D array 
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pe3t_1d , pe3w_1d           ! 1D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! grid-point depth          [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors    [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         !    -       -      -
+      !
+      INTEGER  ::   jk
+      !!----------------------------------------------------------------------
+      !
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE zgr_zco
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/README.md	(revision 15719)
@@ -0,0 +1,71 @@
+# Canal demonstration case
+Here a description of the test case + link toward the src and notebooks. 
+<br>
+We here provide a physical description of this experiment and additional details as to how to run this experiment within NEMO. This experiment is **created and tested** for NEMO **code at revision 8097**. 
+
+A **ipython notebook is also provided** as a demonstration of possible analysis. If you have already run the NEMO experiment and want to analyse the resulting output, you can directly look at the notebook : **[here](....)**.
+
+## Objectives
+The ..... experiment is......
+
+
+## Physical description
+NEMO .... demonstration case follows the specifications of .... et al. (2012): 
+......  <br>
+
+
+### Exemple of run
+In this exemple we assess the behaviour of the ....<br>
+
+* The **Reference Simulation** : **FCT2** is the first simulation, ....
+
+```
+cd TEST_CASES/........
+ln -sf namelist_....._cfg namelist_cfg
+```
+choice of..... is done in namtra_.... block of namelist: 
+
+~~~fortran
+!-----------------------------------------------------------------------
+
+~~~
+
+Run the executable : (if you haven't compiled NEMO see [here](https://github.com/sflavoni/NEMO-test-cases) )
+
+``` 
+ mpirun -np 1 ./opa 
+```
+Output files are: <br>
+
+~~~
+
+~~~
+
+* The **Sensibility Simulation** : .
+
+
+```
+ln -sf namelist_xxxx_cfg namelist_cfg
+```
+
+Run the executable again : 
+
+``` 
+ mpirun -np 1 ./opa 
+```
+
+Output files : <br>
+
+~~~
+
+~~~
+
+* You can change output file name  in variable @expname@ in file\_def\_nemo-opa.xml
+
+~~~xml
+<file_definition type="multiple_file" name="@expname@" sync_freq="10d" min_digits="4">
+~~~
+
+* Available notebook python is **[here]()**.
+
+## References
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/cpp_CANAL.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/cpp_CANAL.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CANAL/cpp_CANAL.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys key_iomput key_mpp_mpi 
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/batch_script_example
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/batch_script_example	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/batch_script_example	(revision 15719)
@@ -0,0 +1,58 @@
+#!/bin/bash
+#SBATCH --time=00:10:00
+#SBATCH -p normal64         # partition/queue
+#SBATCH --job-name=toyatm   # job name
+#SBATCH -N 1                # number of nodes
+#SBATCH -o /scratch/work/cglo315/ESIWACE/release-4.0/tests/CPL_ORCA2_ICE_PISCES/EXP00/Log/job.out%j
+#SBATCH -e /scratch/work/cglo315/ESIWACE/release-4.0/tests/CPL_ORCA2_ICE_PISCES/EXP00/Log/job.out%j
+#SBATCH --exclusive
+
+set -vx
+module list
+
+
+CONFIG_DIR=/scratch/work/cglo315/ESIWACE/release-4.0/tests/CPL_ORCA2_ICE_PISCES/EXP00
+echo $CONFIGDIR
+cd ${TMPDIR}
+echo "RUN directory " `pwd`
+
+# Get input  files
+DATA1DIR=/scratch/work/cglo315/ESIWACE/initial_intrumented/cfgs/ORCA2_ICE_PISCES/EXP00/Inputs
+for file in $DATA1DIR/* 
+do
+ln -s $file . || exit 2
+done
+
+# Get input namelist  and xml files
+for file in $CONFIG_DIR/*namelist*_ref $CONFIG_DIR/*namelist*_cfg $CONFIG_DIR/*.xml
+do
+    cp $file . || exit 3
+done
+
+# Get data for toyatm
+TOYATM_DIR=/scratch/work/cglo315/ESIWACE/release-4.0/tools/TOYATM
+for file in $TOYATM_DIR/EXP/*
+do
+    cp $file . || exit 4
+done
+
+# Get Executables
+cp $CONFIG_DIR/../BLD/bin/nemo.exe .  || exit 5
+cp $TOYATM_DIR/toyatm.exe . || exit 5
+
+echo "DIR BEFORE EXEC"
+ls -l
+
+echo 'Prepare launch of the run'
+echo '----------------'
+
+NB_PROCS_NEMO=38
+NB_PROCS_TOYATM=1
+#
+echo 'Run the code'
+echo '----------------'
+time mpirun -np ${NB_PROCS_NEMO} ./nemo.exe : -np ${NB_PROCS_TOYATM} ./toyatm.exe
+echo "DIR AFTER EXEC"
+ls -l
+date
+pwd
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/debug.root.01
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/debug.root.01	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/debug.root.01	(revision 15719)
@@ -0,0 +1,81724 @@
+ (oasis_init_comp) OPEN debug file for root pe, unit :        1026
+ (oasis_init_comp) model compid oceanx           1
+ (oasis_unitget)           3        1027
+ -- ENTER (oasis_init_comp)
+ ---- ENTER (oasis_mpi_maxi1)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_maxi1)
+ ---- ENTER (oasis_mem_init)
+(oasis_mem_init) Initset conversion flag is    T
+(oasis_mem_init) 8 MB memory   alloc in MB is             8.00
+(oasis_mem_init) 8 MB memory dealloc in MB is             0.00
+(oasis_mem_init) Memory block size conversion in bytes is          4096.00
+ ---- EXIT  (oasis_mem_init)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       675.4141       20.1914 (oasis_init_comp)
+ ---- EXIT  (oasis_mem_print)
+ -- EXIT  (oasis_init_comp)
+ -- ENTER (oasis_get_localcomm)
+ localcomm : -2080374784
+ -- EXIT  (oasis_get_localcomm)
+ -- ENTER (oasis_def_partition)
+ ---- ENTER (oasis_part_zero)
+ ---- EXIT  (oasis_part_zero)
+ -- EXIT  (oasis_def_partition)
+ -- ENTER (oasis_def_var)
+ (oasis_def_var) variable not in namcouple return 
+ OIceFrc                                                                        
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            1
+ (oasis_def_var) varname =            1 O_SSTSST
+ (oasis_def_var) varpart =            1           1
+ (oasis_def_var) varndim =            1           2
+ (oasis_def_var) varnum  =            1           1
+ (oasis_def_var) varops  =            1          20
+ (oasis_def_var) vartype =            1           4
+ (oasis_def_var) varsize =            1         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ (oasis_def_var) variable not in namcouple return 
+ O_TepIce                                                                       
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ (oasis_def_var) variable not in namcouple return 
+ OIceFrd                                                                        
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            2
+ (oasis_def_var) varname =            2 O_OTaux1
+ (oasis_def_var) varpart =            2           1
+ (oasis_def_var) varndim =            2           2
+ (oasis_def_var) varnum  =            2           1
+ (oasis_def_var) varops  =            2          21
+ (oasis_def_var) vartype =            2           4
+ (oasis_def_var) varsize =            2         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            3
+ (oasis_def_var) varname =            3 O_OTauy1
+ (oasis_def_var) varpart =            3           1
+ (oasis_def_var) varndim =            3           2
+ (oasis_def_var) varnum  =            3           1
+ (oasis_def_var) varops  =            3          21
+ (oasis_def_var) vartype =            3           4
+ (oasis_def_var) varsize =            3         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            4
+ (oasis_def_var) varname =            4 O_QsrIce
+ (oasis_def_var) varpart =            4           1
+ (oasis_def_var) varndim =            4           2
+ (oasis_def_var) varnum  =            4           1
+ (oasis_def_var) varops  =            4          21
+ (oasis_def_var) vartype =            4           4
+ (oasis_def_var) varsize =            4         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            5
+ (oasis_def_var) varname =            5 O_QsrMix
+ (oasis_def_var) varpart =            5           1
+ (oasis_def_var) varndim =            5           2
+ (oasis_def_var) varnum  =            5           1
+ (oasis_def_var) varops  =            5          21
+ (oasis_def_var) vartype =            5           4
+ (oasis_def_var) varsize =            5         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            6
+ (oasis_def_var) varname =            6 O_QnsIce
+ (oasis_def_var) varpart =            6           1
+ (oasis_def_var) varndim =            6           2
+ (oasis_def_var) varnum  =            6           1
+ (oasis_def_var) varops  =            6          21
+ (oasis_def_var) vartype =            6           4
+ (oasis_def_var) varsize =            6         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            7
+ (oasis_def_var) varname =            7 O_QnsMix
+ (oasis_def_var) varpart =            7           1
+ (oasis_def_var) varndim =            7           2
+ (oasis_def_var) varnum  =            7           1
+ (oasis_def_var) varops  =            7          21
+ (oasis_def_var) vartype =            7           4
+ (oasis_def_var) varsize =            7         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            8
+ (oasis_def_var) varname =            8 OTotRain
+ (oasis_def_var) varpart =            8           1
+ (oasis_def_var) varndim =            8           2
+ (oasis_def_var) varnum  =            8           1
+ (oasis_def_var) varops  =            8          21
+ (oasis_def_var) vartype =            8           4
+ (oasis_def_var) varsize =            8         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            9
+ (oasis_def_var) varname =            9 OTotSnow
+ (oasis_def_var) varpart =            9           1
+ (oasis_def_var) varndim =            9           2
+ (oasis_def_var) varnum  =            9           1
+ (oasis_def_var) varops  =            9          21
+ (oasis_def_var) vartype =            9           4
+ (oasis_def_var) varsize =            9         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =           10
+ (oasis_def_var) varname =           10 OTotEvap
+ (oasis_def_var) varpart =           10           1
+ (oasis_def_var) varndim =           10           2
+ (oasis_def_var) varnum  =           10           1
+ (oasis_def_var) varops  =           10          21
+ (oasis_def_var) vartype =           10           4
+ (oasis_def_var) varsize =           10         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =           11
+ (oasis_def_var) varname =           11 OIceEvap
+ (oasis_def_var) varpart =           11           1
+ (oasis_def_var) varndim =           11           2
+ (oasis_def_var) varnum  =           11           1
+ (oasis_def_var) varops  =           11          21
+ (oasis_def_var) vartype =           11           4
+ (oasis_def_var) varsize =           11         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =           12
+ (oasis_def_var) varname =           12 O_dQnsdT
+ (oasis_def_var) varpart =           12           1
+ (oasis_def_var) varndim =           12           2
+ (oasis_def_var) varnum  =           12           1
+ (oasis_def_var) varops  =           12          21
+ (oasis_def_var) vartype =           12           4
+ (oasis_def_var) varsize =           12         722
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_enddef)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       713.3945       54.0508 (oasis_enddef):start
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_mpi_maxi1)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_maxi1)
+ (oasis_enddef) compid         =            1
+ (oasis_enddef) compnm         = oceanx
+ (oasis_enddef) mpi_comm_world =   1140850688
+ (oasis_enddef) mpi_comm_global=  -2080374779
+ (oasis_enddef)     size_global=           39
+ (oasis_enddef)     rank_global=            0
+ (oasis_enddef) mpi_comm_local =  -2080374784
+ (oasis_enddef)     size_local =           38
+ (oasis_enddef)     rank_local =            0
+ (oasis_enddef)     root_local =            0
+ (oasis_enddef) OASIS_debug    =           10
+ (oasis_enddef)   n,prism_model,root =            1 oceanx           0
+ (oasis_enddef)   n,prism_model,root =            2 toyatm          38
+ ---- ENTER (oasis_part_setup)
+ ------ ENTER (oasis_mpi_reducelists)
+ -------- ENTER (oasis_mpi_commrank)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commrank)
+ -------- ENTER (oasis_mpi_commsize)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commsize)
+ -------- ENTER (oasis_mpi_bcasti0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_bcastc1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_mini0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_mini0)
+ ------ EXIT  (oasis_mpi_reducelists)
+ (oasis_part_setup)ig_size =       27118 icpl =           1
+ ------ ENTER (oasis_part_write)
+  
+ (oasis_part_write) partnm = oceanx_part000001
+ (oasis_part_write) npart  =            1
+ (oasis_part_write) mpicom =  -2080374778
+ (oasis_part_write) npes   =           38
+ (oasis_part_write) rank   =            0
+ (oasis_part_write) compid =            1
+ (oasis_part_write) ngseg  =         1418
+ (oasis_part_write) gsize  =        27118
+ (oasis_part_write) start  =            1         183         365         547
+         729         911        1093        1275        1457        1639
+        1821        2003        2185        2367        2549        2731
+        2913        3095        3277        3459        3641        3823
+        4005        4187        4369        4551        4733        4915
+        5097        5279        5461        5643        5825        6007
+        6189        6371        6553        6735          20         202
+         384         566         748         930        1112        1294
+        1476        1658        1840        2022        2204        2386
+        2568        2750        2932        3114        3296        3478
+        3660        3842        4024        4206        4388        4570
+        4752        4934        5116        5298        5480        5662
+        5844        6026        6208        6390        6572        6754
+          38         220         402         584         766         948
+        1130        1312        1494        1676        1858        2040
+        2222        2404        2586        2768        2950        3132
+        3314        3496        3678        3860        4042        4224
+        4406        4588        4770        4952        5134        5316
+        5498        5680        5862        6044        6226        6408
+        6590        6772          56         238         420         602
+         784         966        1148        1330        1512        1694
+        1876        2058        2240        2422        2604        2786
+        2968        3150        3332        3514        3696        3878
+        4060        4242        4424        4606        4788        4970
+        5152        5334        5516        5698        5880        6062
+        6244        6426        6608        6790          74         256
+         438         620         802         984        1166        1348
+        1530        1712        1894        2076        2258        2440
+        2622        2804        2986        3168        3350        3532
+        3714        3896        4078        4260        4442        4624
+        4806        4988        5170        5352        5534        5716
+        5898        6080        6262        6444        6626        6808
+          92         274         456         638         820        1002
+        1184        1366        1548        1730        1912        2094
+        2276        2458        2640        2822        3004        3186
+        3368        3550        3732        3914        4096        4278
+        4460        4642        4824        5006        5188        5370
+        5552        5734        5916        6098        6280        6462
+        6644        6826         110         292         474         656
+         838        1020        1202        1384        1566        1748
+        1930        2112        2294        2476        2658        2840
+        3022        3204        3386        3568        3750        3932
+        4114        4296        4478        4660        4842        5024
+        5206        5388        5570        5752        5934        6116
+        6298        6480        6662        6844         128         310
+         492         674         856        1038        1220        1402
+        1584        1766        1948        2130        2312        2494
+        2676        2858        3040        3222        3404        3586
+        3768        3950        4132        4314        4496        4678
+        4860        5042        5224        5406        5588        5770
+        5952        6134        6316        6498        6680        6862
+         146         328         510         692         874        1056
+        1238        1420        1602        1784        1966        2148
+        2330        2512        2694        2876        3058        3240
+        3422        3604        3786        3968        4150        4332
+        4514        4696        4878        5060        5242        5424
+        5606        5788        5970        6152        6334        6516
+        6698        6880         164         346         528         710
+         892        1074        1256        1438        1620        1802
+        1984        2166        2348        2530        2712        2894
+        3076        3258        3440        3622        3804        3986
+        4168        4350        4532        4714        4896        5078
+        5260        5442        5624        5806        5988        6170
+        6352        6534        6716        6898        6917        7099
+        7281        7463        7645        7827        8009        8191
+        8373        8555        8737        8919        9101        9283
+        9465        9647        9829       10011       10193       10375
+       10557       10739       10921       11103       11285       11467
+       11649       11831       12013       12195       12377       12559
+       12741       12923       13105       13287       13469        6936
+        7118        7300        7482        7664        7846        8028
+        8210        8392        8574        8756        8938        9120
+        9302        9484        9666        9848       10030       10212
+       10394       10576       10758       10940       11122       11304
+       11486       11668       11850       12032       12214       12396
+       12578       12760       12942       13124       13306       13488
+        6954        7136        7318        7500        7682        7864
+        8046        8228        8410        8592        8774        8956
+        9138        9320        9502        9684        9866       10048
+       10230       10412       10594       10776       10958       11140
+       11322       11504       11686       11868       12050       12232
+       12414       12596       12778       12960       13142       13324
+       13506        6972        7154        7336        7518        7700
+        7882        8064        8246        8428        8610        8792
+        8974        9156        9338        9520        9702        9884
+       10066       10248       10430       10612       10794       10976
+       11158       11340       11522       11704       11886       12068
+       12250       12432       12614       12796       12978       13160
+       13342       13524        6990        7172        7354        7536
+        7718        7900        8082        8264        8446        8628
+        8810        8992        9174        9356        9538        9720
+        9902       10084       10266       10448       10630       10812
+       10994       11176       11358       11540       11722       11904
+       12086       12268       12450       12632       12814       12996
+       13178       13360       13542        7008        7190        7372
+        7554        7736        7918        8100        8282        8464
+        8646        8828        9010        9192        9374        9556
+        9738        9920       10102       10284       10466       10648
+       10830       11012       11194       11376       11558       11740
+       11922       12104       12286       12468       12650       12832
+       13014       13196       13378       13560        7026        7208
+        7390        7572        7754        7936        8118        8300
+        8482        8664        8846        9028        9210        9392
+        9574        9756        9938       10120       10302       10484
+       10666       10848       11030       11212       11394       11576
+       11758       11940       12122       12304       12486       12668
+       12850       13032       13214       13396       13578        7044
+        7226        7408        7590        7772        7954        8136
+        8318        8500        8682        8864        9046        9228
+        9410        9592        9774        9956       10138       10320
+       10502       10684       10866       11048       11230       11412
+       11594       11776       11958       12140       12322       12504
+       12686       12868       13050       13232       13414       13596
+        7062        7244        7426        7608        7790        7972
+        8154        8336        8518        8700        8882        9064
+        9246        9428        9610        9792        9974       10156
+       10338       10520       10702       10884       11066       11248
+       11430       11612       11794       11976       12158       12340
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+       13614        7080        7262        7444        7626        7808
+        7990        8172        8354        8536        8718        8900
+        9082        9264        9446        9628        9810        9992
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+       12358       12540       12722       12904       13086       13268
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+       14379       14561       14743       14925       15107       15289
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+       17655       17837       18019       18201       18383       18565
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+       19839       20021       20203       20385       13670       13852
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+       18402       18584       18766       18948       19130       19312
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+       13870       14052       14234       14416       14598       14780
+       14962       15144       15326       15508       15690       15872
+       16054       16236       16418       16600       16782       16964
+       17146       17328       17510       17692       17874       18056
+       18238       18420       18602       18784       18966       19148
+       19330       19512       19694       19876       20058       20240
+       13706       13888       14070       14252       14434       14616
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+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19
+ (oasis_part_write) ppe_loc=            0           0           0           0
+           0           0           0           0           0           0
+           0           0           0           0           0           0
+           0           0           0           0           0           0
+           0           0           0           0           0           0
+           0           0           0           0           0           0
+           0           0           0           0           1           1
+           1           1           1           1           1           1
+           1           1           1           1           1           1
+           1           1           1           1           1           1
+           1           1           1           1           1           1
+           1           1           1           1           1           1
+           1           1           1           1           1           1
+           2           2           2           2           2           2
+           2           2           2           2           2           2
+           2           2           2           2           2           2
+           2           2           2           2           2           2
+           2           2           2           2           2           2
+           2           2           2           2           2           2
+           2           2           3           3           3           3
+           3           3           3           3           3           3
+           3           3           3           3           3           3
+           3           3           3           3           3           3
+           3           3           3           3           3           3
+           3           3           3           3           3           3
+           3           3           3           3           4           4
+           4           4           4           4           4           4
+           4           4           4           4           4           4
+           4           4           4           4           4           4
+           4           4           4           4           4           4
+           4           4           4           4           4           4
+           4           4           4           4           4           4
+           5           5           5           5           5           5
+           5           5           5           5           5           5
+           5           5           5           5           5           5
+           5           5           5           5           5           5
+           5           5           5           5           5           5
+           5           5           5           5           5           5
+           5           5           6           6           6           6
+           6           6           6           6           6           6
+           6           6           6           6           6           6
+           6           6           6           6           6           6
+           6           6           6           6           6           6
+           6           6           6           6           6           6
+           6           6           6           6           7           7
+           7           7           7           7           7           7
+           7           7           7           7           7           7
+           7           7           7           7           7           7
+           7           7           7           7           7           7
+           7           7           7           7           7           7
+           7           7           7           7           7           7
+           8           8           8           8           8           8
+           8           8           8           8           8           8
+           8           8           8           8           8           8
+           8           8           8           8           8           8
+           8           8           8           8           8           8
+           8           8           8           8           8           8
+           8           8           9           9           9           9
+           9           9           9           9           9           9
+           9           9           9           9           9           9
+           9           9           9           9           9           9
+           9           9           9           9           9           9
+           9           9           9           9           9           9
+           9           9           9           9          10          10
+          10          10          10          10          10          10
+          10          10          10          10          10          10
+          10          10          10          10          10          10
+          10          10          10          10          10          10
+          10          10          10          10          10          10
+          10          10          10          10          10          11
+          11          11          11          11          11          11
+          11          11          11          11          11          11
+          11          11          11          11          11          11
+          11          11          11          11          11          11
+          11          11          11          11          11          11
+          11          11          11          11          11          11
+          12          12          12          12          12          12
+          12          12          12          12          12          12
+          12          12          12          12          12          12
+          12          12          12          12          12          12
+          12          12          12          12          12          12
+          12          12          12          12          12          12
+          12          13          13          13          13          13
+          13          13          13          13          13          13
+          13          13          13          13          13          13
+          13          13          13          13          13          13
+          13          13          13          13          13          13
+          13          13          13          13          13          13
+          13          13          14          14          14          14
+          14          14          14          14          14          14
+          14          14          14          14          14          14
+          14          14          14          14          14          14
+          14          14          14          14          14          14
+          14          14          14          14          14          14
+          14          14          14          15          15          15
+          15          15          15          15          15          15
+          15          15          15          15          15          15
+          15          15          15          15          15          15
+          15          15          15          15          15          15
+          15          15          15          15          15          15
+          15          15          15          15          16          16
+          16          16          16          16          16          16
+          16          16          16          16          16          16
+          16          16          16          16          16          16
+          16          16          16          16          16          16
+          16          16          16          16          16          16
+          16          16          16          16          16          17
+          17          17          17          17          17          17
+          17          17          17          17          17          17
+          17          17          17          17          17          17
+          17          17          17          17          17          17
+          17          17          17          17          17          17
+          17          17          17          17          17          17
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          18          18          18          18          18
+          18          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          19          19          19          19
+          19          19          20          20          20          20
+          20          20          20          20          20          20
+          20          20          20          20          20          20
+          20          20          20          20          20          20
+          20          20          20          20          20          20
+          20          20          20          20          20          20
+          20          20          20          20          21          21
+          21          21          21          21          21          21
+          21          21          21          21          21          21
+          21          21          21          21          21          21
+          21          21          21          21          21          21
+          21          21          21          21          21          21
+          21          21          21          21          21          22
+          22          22          22          22          22          22
+          22          22          22          22          22          22
+          22          22          22          22          22          22
+          22          22          22          22          22          22
+          22          22          22          22          22          22
+          22          22          22          22          22          22
+          23          23          23          23          23          23
+          23          23          23          23          23          23
+          23          23          23          23          23          23
+          23          23          23          23          23          23
+          23          23          23          23          23          23
+          23          23          23          23          23          23
+          23          24          24          24          24          24
+          24          24          24          24          24          24
+          24          24          24          24          24          24
+          24          24          24          24          24          24
+          24          24          24          24          24          24
+          24          24          24          24          24          24
+          24          24          25          25          25          25
+          25          25          25          25          25          25
+          25          25          25          25          25          25
+          25          25          25          25          25          25
+          25          25          25          25          25          25
+          25          25          25          25          25          25
+          25          25          25          26          26          26
+          26          26          26          26          26          26
+          26          26          26          26          26          26
+          26          26          26          26          26          26
+          26          26          26          26          26          26
+          26          26          26          26          26          26
+          26          26          26          26          27          27
+          27          27          27          27          27          27
+          27          27          27          27          27          27
+          27          27          27          27          27          27
+          27          27          27          27          27          27
+          27          27          27          27          27          27
+          27          27          27          27          27          28
+          28          28          28          28          28          28
+          28          28          28          28          28          28
+          28          28          28          28          28          28
+          28          28          28          28          28          28
+          28          28          28          28          28          28
+          28          28          28          28          28          28
+          29          29          29          29          29          29
+          29          29          29          29          29          29
+          29          29          29          29          29          29
+          29          29          29          29          29          29
+          29          29          29          29          29          29
+          29          29          29          29          29          29
+          29          29          30          30          30          30
+          30          30          30          30          30          30
+          30          30          30          30          30          30
+          30          30          30          30          30          30
+          30          30          30          30          30          30
+          30          30          30          30          30          30
+          30          30          30          31          31          31
+          31          31          31          31          31          31
+          31          31          31          31          31          31
+          31          31          31          31          31          31
+          31          31          31          31          31          31
+          31          31          31          31          31          31
+          31          31          31          31          32          32
+          32          32          32          32          32          32
+          32          32          32          32          32          32
+          32          32          32          32          32          32
+          32          32          32          32          32          32
+          32          32          32          32          32          32
+          32          32          32          32          32          33
+          33          33          33          33          33          33
+          33          33          33          33          33          33
+          33          33          33          33          33          33
+          33          33          33          33          33          33
+          33          33          33          33          33          33
+          33          33          33          33          33          33
+          34          34          34          34          34          34
+          34          34          34          34          34          34
+          34          34          34          34          34          34
+          34          34          34          34          34          34
+          34          34          34          34          34          34
+          34          34          34          34          34          34
+          34          35          35          35          35          35
+          35          35          35          35          35          35
+          35          35          35          35          35          35
+          35          35          35          35          35          35
+          35          35          35          35          35          35
+          35          35          35          35          35          35
+          35          35          36          36          36          36
+          36          36          36          36          36          36
+          36          36          36          36          36          36
+          36          36          36          36          36          36
+          36          36          36          36          36          36
+          36          36          36          36          36          36
+          36          36          36          37          37          37
+          37          37          37          37          37          37
+          37          37          37          37          37          37
+          37          37          37          37          37          37
+          37          37          37          37          37          37
+          37          37          37          37          37          37
+          37          37          37          37
+  
+ ------ EXIT  (oasis_part_write)
+ ---- EXIT  (oasis_part_setup)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       713.7188       54.5508 (oasis_enddef):part_setup
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_var_setup)
+ ------ ENTER (oasis_mpi_reducelists)
+ -------- ENTER (oasis_mpi_commrank)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commrank)
+ -------- ENTER (oasis_mpi_commsize)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commsize)
+ -------- ENTER (oasis_mpi_bcasti0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_bcastc1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_mini0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_mini0)
+ ------ EXIT  (oasis_mpi_reducelists)
+ ---- EXIT  (oasis_var_setup)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       713.7188       54.5547 (oasis_enddef):var_setup
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_mpi_barrier)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_barrier)
+ ---- ENTER (oasis_write2files)
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ ---- EXIT  (oasis_write2files)
+ ---- ENTER (oasis_mpi_barrier)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_barrier)
+ ---- ENTER (oasis_mpi_barrier)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_barrier)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       713.7188       54.5625 (oasis_enddef):write2files
+ ---- EXIT  (oasis_mem_print)
+ (oasis_enddef) done mct_world_init 
+ ---- ENTER (oasis_coupler_setup)
+ (oasis_coupler_setup) smatread_method = ceg
+ (oasis_coupler_setup) BCAST from            1           0
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ (oasis_coupler_setup) bcast mynvar           12
+ ------ ENTER (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcastc1)
+ (oasis_coupler_setup) bcast myvar O_SSTSST
+ ------ ENTER (oasis_mpi_bcasti1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti1)
+ (oasis_coupler_setup) bcast myops           20
+ (oasis_coupler_setup) BCAST from            2          38
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ (oasis_coupler_setup) bcast mynvar            3
+ ------ ENTER (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcastc1)
+ (oasis_coupler_setup) bcast myvar ATSSTSST
+ ------ ENTER (oasis_mpi_bcasti1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti1)
+ (oasis_coupler_setup) bcast myops           21
+ (oasis_coupler_setup) model variable info:
+         model,nvars =      1    12
+                 model,idx,var,ops =      1     1  O_SSTSST    20  prism_out
+                 model,idx,var,ops =      1     2  O_OTaux1    21  prism_in
+                 model,idx,var,ops =      1     3  O_OTauy1    21  prism_in
+                 model,idx,var,ops =      1     4  O_QsrIce    21  prism_in
+                 model,idx,var,ops =      1     5  O_QsrMix    21  prism_in
+                 model,idx,var,ops =      1     6  O_QnsIce    21  prism_in
+                 model,idx,var,ops =      1     7  O_QnsMix    21  prism_in
+                 model,idx,var,ops =      1     8  OTotRain    21  prism_in
+                 model,idx,var,ops =      1     9  OTotSnow    21  prism_in
+                 model,idx,var,ops =      1    10  OTotEvap    21  prism_in
+                 model,idx,var,ops =      1    11  OIceEvap    21  prism_in
+                 model,idx,var,ops =      1    12  O_dQnsdT    21  prism_in
+         model,nvars =      2     3
+                 model,idx,var,ops =      2     1  ATSSTSST    21  prism_in
+                 model,idx,var,ops =      2     2  ATSOLFLX    20  prism_out
+                 model,idx,var,ops =      2     3  ATFLXEMP    20  prism_out
+  
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_mpi_maxi1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_maxi1)
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            1           1
+ ------ ENTER (oasis_map_genmap)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc torc.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read masks.nc torc.msk
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc torc.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc torc.lat
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc lmdz.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read masks.nc lmdz.msk
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc lmdz.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc lmdz.lat
+ -------- EXIT  (oasis_io_read_field_fromroot)
+  
+ Entering routine grid_init
+  
+ Using lat/lon boxes to restrict search.
+  
+ Leaving routine grid_init
+  
+  
+ Entering routine scrip
+  Computing remappings between: 
+ torc                                                                           
+  
+                           and  
+ lmdz                                                                           
+  
+  
+ Entering routine init_remap_vars
+  
+ Leaving routine init_remap_vars
+  
+ Entering routine remap_bilin
+  
+ WARNING: Cannot make bilinear interpolation for target point           6
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point            6
+ with longitude and latitude  0.174532925199433       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13432
+ with longitude and latitude  0.139634376655219       0.000000000000000E+000
+  
+ WARNING: Cannot make bilinear interpolation for target point           7
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point            7
+ with longitude and latitude  0.209439510239320       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point           8
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point            8
+ with longitude and latitude  0.244346095279206       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point           9
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point            9
+ with longitude and latitude  0.279252680319093       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          10
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           10
+ with longitude and latitude  0.314159265358979       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          11
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           11
+ with longitude and latitude  0.349065850398866       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        11614
+ with longitude and latitude  0.209448228375417      -0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point          12
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           12
+ with longitude and latitude  0.383972435438752       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        11614
+ with longitude and latitude  0.209448228375417      -0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point          13
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           13
+ with longitude and latitude  0.418879020478639       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        11614
+ with longitude and latitude  0.209448228375417      -0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point          14
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           14
+ with longitude and latitude  0.453785605518526       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          15
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           15
+ with longitude and latitude  0.488692190558412       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          16
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           16
+ with longitude and latitude  0.523598775598299       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          17
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           17
+ with longitude and latitude  0.558505360638185       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          18
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           18
+ with longitude and latitude  0.593411945678072       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          19
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           19
+ with longitude and latitude  0.628318530717959       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          20
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           20
+ with longitude and latitude  0.663225115757845       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          21
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           21
+ with longitude and latitude  0.698131700797732       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          22
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           22
+ with longitude and latitude  0.733038285837618       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          23
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          40
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          50
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          51
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          52
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           52
+ with longitude and latitude   1.78023583703422       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13300
+ with longitude and latitude   1.81513544892668       0.000000000000000E+000
+  
+ WARNING: Cannot make bilinear interpolation for target point          55
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          56
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           56
+ with longitude and latitude   1.91986217719376       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12757
+ with longitude and latitude   1.91985394284041      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          57
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           57
+ with longitude and latitude   1.95476876223365       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12757
+ with longitude and latitude   1.91985394284041      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          58
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           58
+ with longitude and latitude   1.98967534727354       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14396
+ with longitude and latitude   1.95476017067720       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          59
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           59
+ with longitude and latitude   2.02458193231342       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13307
+ with longitude and latitude   2.05947906215159       0.000000000000000E+000
+  
+ WARNING: Cannot make bilinear interpolation for target point          61
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          62
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point           62
+ with longitude and latitude   2.12930168743308       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13673
+ with longitude and latitude   2.12929183944601       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point          64
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          65
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          66
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point          67
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          141
+ with longitude and latitude   4.88692190558412       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13752
+ with longitude and latitude   4.88691855306531       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          142
+ with longitude and latitude   4.92182849062401       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13752
+ with longitude and latitude   4.88691855306531       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          143
+ with longitude and latitude   4.95673507566390       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          144
+ with longitude and latitude   4.99164166070378       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          145
+ with longitude and latitude   5.02654824574367       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          146
+ with longitude and latitude   5.06145483078356       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          147
+ with longitude and latitude   5.09636141582344       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          148
+ with longitude and latitude   5.13126800086333       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          149
+ with longitude and latitude   5.16617458590322       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         150
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          150
+ with longitude and latitude   5.20108117094310       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         151
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          151
+ with longitude and latitude   5.23598775598299       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          152
+ with longitude and latitude   5.27089434102288       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         153
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          153
+ with longitude and latitude   5.30580092606276       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13585
+ with longitude and latitude   5.41051648455070       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         154
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          154
+ with longitude and latitude   5.34070751110265       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13585
+ with longitude and latitude   5.41051648455070       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         155
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          155
+ with longitude and latitude   5.37561409614254       0.000000000000000E+000
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13585
+ with longitude and latitude   5.41051648455070       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         186
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          186
+ with longitude and latitude  0.174532925199433       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13796
+ with longitude and latitude  0.139634376655219       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         187
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          187
+ with longitude and latitude  0.209439510239320       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13796
+ with longitude and latitude  0.139634376655219       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          188
+ with longitude and latitude  0.244346095279206       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          189
+ with longitude and latitude  0.279252680319093       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          190
+ with longitude and latitude  0.314159265358979       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          191
+ with longitude and latitude  0.349065850398866       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          192
+ with longitude and latitude  0.383972435438752       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        11614
+ with longitude and latitude  0.209448228375417      -0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          193
+ with longitude and latitude  0.418879020478639       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        11614
+ with longitude and latitude  0.209448228375417      -0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          194
+ with longitude and latitude  0.453785605518526       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          195
+ with longitude and latitude  0.488692190558412       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          196
+ with longitude and latitude  0.523598775598299       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          197
+ with longitude and latitude  0.558505360638185       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          198
+ with longitude and latitude  0.593411945678072       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          199
+ with longitude and latitude  0.628318530717959       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          200
+ with longitude and latitude  0.663225115757845       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         201
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          201
+ with longitude and latitude  0.698131700797732       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         202
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          202
+ with longitude and latitude  0.733038285837618       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          231
+ with longitude and latitude   1.74532925199433       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13116
+ with longitude and latitude   1.74532326136181      -8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          232
+ with longitude and latitude   1.78023583703422       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13664
+ with longitude and latitude   1.81513544892668       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          236
+ with longitude and latitude   1.91986217719376       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14031
+ with longitude and latitude   1.91985394284041       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         237
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          237
+ with longitude and latitude   1.95476876223365       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14031
+ with longitude and latitude   1.91985394284041       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         238
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          238
+ with longitude and latitude   1.98967534727354       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14396
+ with longitude and latitude   1.95476017067720       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         239
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          239
+ with longitude and latitude   2.02458193231342       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13671
+ with longitude and latitude   2.05947906215159       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          245
+ with longitude and latitude   2.23402144255274       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13130
+ with longitude and latitude   2.23401129186603      -8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          322
+ with longitude and latitude   4.92182849062401       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          323
+ with longitude and latitude   4.95673507566390       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          324
+ with longitude and latitude   4.99164166070378       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          325
+ with longitude and latitude   5.02654824574367       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          326
+ with longitude and latitude   5.06145483078356       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          327
+ with longitude and latitude   5.09636141582344       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          328
+ with longitude and latitude   5.13126800086333       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          329
+ with longitude and latitude   5.16617458590322       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          330
+ with longitude and latitude   5.20108117094310       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         331
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          331
+ with longitude and latitude   5.23598775598299       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         332
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          332
+ with longitude and latitude   5.27089434102288       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         333
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          333
+ with longitude and latitude   5.30580092606276       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15039
+ with longitude and latitude   5.34070302536209       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point         334
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          334
+ with longitude and latitude   5.34070751110265       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13767
+ with longitude and latitude   5.41051648455070       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         335
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          335
+ with longitude and latitude   5.37561409614254       1.745329251994330E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13767
+ with longitude and latitude   5.41051648455070       1.757647516123450E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          366
+ with longitude and latitude  0.174532925199433       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14160
+ with longitude and latitude  0.139634376655219       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          367
+ with longitude and latitude  0.209439510239320       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14160
+ with longitude and latitude  0.139634376655219       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          368
+ with longitude and latitude  0.244346095279206       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14160
+ with longitude and latitude  0.139634376655219       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          369
+ with longitude and latitude  0.279252680319093       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14160
+ with longitude and latitude  0.139634376655219       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          370
+ with longitude and latitude  0.314159265358979       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          371
+ with longitude and latitude  0.349065850398866       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          372
+ with longitude and latitude  0.383972435438752       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          373
+ with longitude and latitude  0.418879020478639       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        11614
+ with longitude and latitude  0.209448228375417      -0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          374
+ with longitude and latitude  0.453785605518526       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          375
+ with longitude and latitude  0.488692190558412       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          376
+ with longitude and latitude  0.523598775598299       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          377
+ with longitude and latitude  0.558505360638185       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          378
+ with longitude and latitude  0.593411945678072       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          379
+ with longitude and latitude  0.628318530717959       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          380
+ with longitude and latitude  0.663225115757845       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          381
+ with longitude and latitude  0.698131700797732       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         382
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          382
+ with longitude and latitude  0.733038285837618       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         383
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          383
+ with longitude and latitude  0.767944870877505       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         411
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          411
+ with longitude and latitude   1.74532925199433       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14025
+ with longitude and latitude   1.71041720453974       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         412
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          412
+ with longitude and latitude   1.78023583703422       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14028
+ with longitude and latitude   1.81513544892668       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         417
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          417
+ with longitude and latitude   1.95476876223365       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14396
+ with longitude and latitude   1.95476017067720       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         418
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          418
+ with longitude and latitude   1.98967534727354       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14396
+ with longitude and latitude   1.95476017067720       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         419
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          419
+ with longitude and latitude   2.02458193231342       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14035
+ with longitude and latitude   2.05947906215159       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          503
+ with longitude and latitude   4.95673507566390       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          504
+ with longitude and latitude   4.99164166070378       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          505
+ with longitude and latitude   5.02654824574367       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          506
+ with longitude and latitude   5.06145483078356       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14299
+ with longitude and latitude   4.92182488667793       4.660193609795724E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          507
+ with longitude and latitude   5.09636141582344       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          508
+ with longitude and latitude   5.13126800086333       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          509
+ with longitude and latitude   5.16617458590322       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          510
+ with longitude and latitude   5.20108117094310       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         511
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          511
+ with longitude and latitude   5.23598775598299       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         512
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          512
+ with longitude and latitude   5.27089434102288       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         513
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          513
+ with longitude and latitude   5.30580092606276       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15039
+ with longitude and latitude   5.34070302536209       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point         514
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          514
+ with longitude and latitude   5.34070751110265       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14858
+ with longitude and latitude   5.37560973895876       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         515
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          515
+ with longitude and latitude   5.37561409614254       3.490658503988659E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14131
+ with longitude and latitude   5.41051648455070       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         546
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          546
+ with longitude and latitude  0.174532925199433       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14524
+ with longitude and latitude  0.139634376655219       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         547
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          547
+ with longitude and latitude  0.209439510239320       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14524
+ with longitude and latitude  0.139634376655219       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          548
+ with longitude and latitude  0.244346095279206       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14524
+ with longitude and latitude  0.139634376655219       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          549
+ with longitude and latitude  0.279252680319093       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14524
+ with longitude and latitude  0.139634376655219       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          550
+ with longitude and latitude  0.314159265358979       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14524
+ with longitude and latitude  0.139634376655219       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          551
+ with longitude and latitude  0.349065850398866       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          552
+ with longitude and latitude  0.383972435438752       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          553
+ with longitude and latitude  0.418879020478639       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          554
+ with longitude and latitude  0.453785605518526       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          555
+ with longitude and latitude  0.488692190558412       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          556
+ with longitude and latitude  0.523598775598299       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          557
+ with longitude and latitude  0.558505360638185       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          558
+ with longitude and latitude  0.593411945678072       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          559
+ with longitude and latitude  0.628318530717959       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          560
+ with longitude and latitude  0.663225115757845       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          561
+ with longitude and latitude  0.698131700797732       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         562
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          562
+ with longitude and latitude  0.733038285837618       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         563
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          563
+ with longitude and latitude  0.767944870877505       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14179
+ with longitude and latitude  0.802860370766605       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         591
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          591
+ with longitude and latitude   1.74532925199433       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14754
+ with longitude and latitude   1.74532326136181       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         592
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          592
+ with longitude and latitude   1.78023583703422       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14392
+ with longitude and latitude   1.81513544892668       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         598
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          598
+ with longitude and latitude   1.98967534727354       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14761
+ with longitude and latitude   1.98966643242432       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          599
+ with longitude and latitude   2.02458193231342       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14399
+ with longitude and latitude   2.05947906215159       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          683
+ with longitude and latitude   4.95673507566390       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14481
+ with longitude and latitude   4.92182488667793       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          684
+ with longitude and latitude   4.99164166070378       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14481
+ with longitude and latitude   4.92182488667793       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          685
+ with longitude and latitude   5.02654824574367       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14481
+ with longitude and latitude   4.92182488667793       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         686
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          686
+ with longitude and latitude   5.06145483078356       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14481
+ with longitude and latitude   4.92182488667793       5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         687
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          687
+ with longitude and latitude   5.09636141582344       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         688
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          688
+ with longitude and latitude   5.13126800086333       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          689
+ with longitude and latitude   5.16617458590322       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          690
+ with longitude and latitude   5.20108117094310       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          691
+ with longitude and latitude   5.23598775598299       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         692
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          692
+ with longitude and latitude   5.27089434102288       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         693
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          693
+ with longitude and latitude   5.30580092606276       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15039
+ with longitude and latitude   5.34070302536209       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point         694
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          694
+ with longitude and latitude   5.34070751110265       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14858
+ with longitude and latitude   5.37560973895876       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         695
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          695
+ with longitude and latitude   5.37561409614254       5.235987755982989E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14858
+ with longitude and latitude   5.37560973895876       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         726
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          726
+ with longitude and latitude  0.174532925199433       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         727
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          727
+ with longitude and latitude  0.209439510239320       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         728
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          728
+ with longitude and latitude  0.244346095279206       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         729
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          729
+ with longitude and latitude  0.279252680319093       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         730
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          730
+ with longitude and latitude  0.314159265358979       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          731
+ with longitude and latitude  0.349065850398866       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          732
+ with longitude and latitude  0.383972435438752       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          733
+ with longitude and latitude  0.418879020478639       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12341
+ with longitude and latitude  0.174541316355593      -5.797398664855333E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          734
+ with longitude and latitude  0.453785605518526       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          735
+ with longitude and latitude  0.488692190558412       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          736
+ with longitude and latitude  0.523598775598299       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          737
+ with longitude and latitude  0.558505360638185       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          738
+ with longitude and latitude  0.593411945678072       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          739
+ with longitude and latitude  0.628318530717959       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          740
+ with longitude and latitude  0.663225115757845       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          741
+ with longitude and latitude  0.698131700797732       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         742
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          742
+ with longitude and latitude  0.733038285837618       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         743
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          743
+ with longitude and latitude  0.767944870877505       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14179
+ with longitude and latitude  0.802860370766605       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         744
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          744
+ with longitude and latitude  0.802851455917392       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14179
+ with longitude and latitude  0.802860370766605       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         772
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          772
+ with longitude and latitude   1.78023583703422       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14574
+ with longitude and latitude   1.81513544892668       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          779
+ with longitude and latitude   2.02458193231342       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14581
+ with longitude and latitude   2.05947906215159       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          863
+ with longitude and latitude   4.95673507566390       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14663
+ with longitude and latitude   4.92182488667793       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          864
+ with longitude and latitude   4.99164166070378       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14663
+ with longitude and latitude   4.92182488667793       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          865
+ with longitude and latitude   5.02654824574367       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14663
+ with longitude and latitude   4.92182488667793       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         866
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          866
+ with longitude and latitude   5.06145483078356       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         867
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          867
+ with longitude and latitude   5.09636141582344       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         868
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          868
+ with longitude and latitude   5.13126800086333       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point         869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          869
+ with longitude and latitude   5.16617458590322       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          870
+ with longitude and latitude   5.20108117094310       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          871
+ with longitude and latitude   5.23598775598299       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          872
+ with longitude and latitude   5.27089434102288       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         873
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          873
+ with longitude and latitude   5.30580092606276       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15039
+ with longitude and latitude   5.34070302536209       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point         874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          874
+ with longitude and latitude   5.34070751110265       6.981317007977318E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15039
+ with longitude and latitude   5.34070302536209       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point         875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         906
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          906
+ with longitude and latitude  0.174532925199433       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         907
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          907
+ with longitude and latitude  0.209439510239320       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         908
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          908
+ with longitude and latitude  0.244346095279206       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         909
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          909
+ with longitude and latitude  0.279252680319093       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         910
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          910
+ with longitude and latitude  0.314159265358979       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         911
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          911
+ with longitude and latitude  0.349065850398866       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          912
+ with longitude and latitude  0.383972435438752       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          913
+ with longitude and latitude  0.418879020478639       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         914
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          914
+ with longitude and latitude  0.453785605518526       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         915
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          915
+ with longitude and latitude  0.488692190558412       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         916
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          916
+ with longitude and latitude  0.523598775598299       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12174
+ with longitude and latitude  0.698141371201210      -7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         917
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          917
+ with longitude and latitude  0.558505360638185       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          918
+ with longitude and latitude  0.593411945678072       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          919
+ with longitude and latitude  0.628318530717959       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        12903
+ with longitude and latitude  0.733047741039338      -2.667816790543791E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          920
+ with longitude and latitude  0.663225115757845       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          921
+ with longitude and latitude  0.698131700797732       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          922
+ with longitude and latitude  0.733038285837618       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point         923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          923
+ with longitude and latitude  0.767944870877505       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14179
+ with longitude and latitude  0.802860370766605       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          924
+ with longitude and latitude  0.802851455917392       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14726
+ with longitude and latitude  0.837766632513722       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point         925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         952
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          952
+ with longitude and latitude   1.78023583703422       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15119
+ with longitude and latitude   1.78022934216730       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point          959
+ with longitude and latitude   2.02458193231342       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15126
+ with longitude and latitude   2.02457272924617       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point         960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1043
+ with longitude and latitude   4.95673507566390       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14845
+ with longitude and latitude   4.92182488667793       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1044
+ with longitude and latitude   4.99164166070378       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14845
+ with longitude and latitude   4.92182488667793       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1045
+ with longitude and latitude   5.02654824574367       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1046
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1046
+ with longitude and latitude   5.06145483078356       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1047
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1047
+ with longitude and latitude   5.09636141582344       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1048
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1048
+ with longitude and latitude   5.13126800086333       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1049
+ with longitude and latitude   5.16617458590322       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15582
+ with longitude and latitude   5.23598307833583       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1050
+ with longitude and latitude   5.20108117094310       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1051
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1051
+ with longitude and latitude   5.23598775598299       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1052
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1052
+ with longitude and latitude   5.27089434102288       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1053
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1053
+ with longitude and latitude   5.30580092606276       8.726646259971647E-002
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15220
+ with longitude and latitude   5.30579634402527       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1086
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1086
+ with longitude and latitude  0.174532925199433       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1087
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1087
+ with longitude and latitude  0.209439510239320       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1088
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1088
+ with longitude and latitude  0.244346095279206       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1089
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1089
+ with longitude and latitude  0.279252680319093       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1090
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1090
+ with longitude and latitude  0.314159265358979       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1091
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1091
+ with longitude and latitude  0.349065850398866       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1092
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1092
+ with longitude and latitude  0.383972435438752       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1093
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1093
+ with longitude and latitude  0.418879020478639       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1094
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1094
+ with longitude and latitude  0.453785605518526       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1095
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1095
+ with longitude and latitude  0.488692190558412       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1096
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1096
+ with longitude and latitude  0.523598775598299       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1097
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1097
+ with longitude and latitude  0.558505360638185       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1098
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1098
+ with longitude and latitude  0.593411945678072       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1099
+ with longitude and latitude  0.628318530717959       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1100
+ with longitude and latitude  0.663225115757845       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1101
+ with longitude and latitude  0.698131700797732       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        13632
+ with longitude and latitude  0.767954073944755       8.738717825380406E-003
+  
+ WARNING: Cannot make bilinear interpolation for target point        1102
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1102
+ with longitude and latitude  0.733038285837618       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14179
+ with longitude and latitude  0.802860370766605       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1103
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1103
+ with longitude and latitude  0.767944870877505       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14179
+ with longitude and latitude  0.802860370766605       3.626574450544773E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1104
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1104
+ with longitude and latitude  0.802851455917392       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14726
+ with longitude and latitude  0.837766632513722       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1223
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1223
+ with longitude and latitude   4.95673507566390       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15027
+ with longitude and latitude   4.92182488667793       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1224
+ with longitude and latitude   4.99164166070378       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1225
+ with longitude and latitude   5.02654824574367       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1226
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1226
+ with longitude and latitude   5.06145483078356       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1227
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1227
+ with longitude and latitude   5.09636141582344       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1228
+ with longitude and latitude   5.13126800086333       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1229
+ with longitude and latitude   5.16617458590322       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15763
+ with longitude and latitude   5.20107649366135       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1230
+ with longitude and latitude   5.20108117094310       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15582
+ with longitude and latitude   5.23598307833583       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1231
+ with longitude and latitude   5.23598775598299       0.104719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15219
+ with longitude and latitude   5.27088969504198       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1261
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1261
+ with longitude and latitude  0.000000000000000E+000  0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14884
+ with longitude and latitude  6.380132012075813E-006  8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1264
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1264
+ with longitude and latitude  0.104719755119660       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1265
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1265
+ with longitude and latitude  0.139626340159546       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1266
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1266
+ with longitude and latitude  0.174532925199433       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1267
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1267
+ with longitude and latitude  0.209439510239320       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1268
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1268
+ with longitude and latitude  0.244346095279206       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1269
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1269
+ with longitude and latitude  0.279252680319093       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1270
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1270
+ with longitude and latitude  0.314159265358979       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1271
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1271
+ with longitude and latitude  0.349065850398866       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1272
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1272
+ with longitude and latitude  0.383972435438752       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1273
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1273
+ with longitude and latitude  0.418879020478639       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1274
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1274
+ with longitude and latitude  0.453785605518526       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1275
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1275
+ with longitude and latitude  0.488692190558412       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1276
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1276
+ with longitude and latitude  0.523598775598299       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1277
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1277
+ with longitude and latitude  0.558505360638185       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1278
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1278
+ with longitude and latitude  0.593411945678072       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1279
+ with longitude and latitude  0.628318530717959       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1280
+ with longitude and latitude  0.663225115757845       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1281
+ with longitude and latitude  0.698131700797732       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1282
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1282
+ with longitude and latitude  0.733038285837618       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1283
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1283
+ with longitude and latitude  0.767944870877505       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1284
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1284
+ with longitude and latitude  0.802851455917392       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14726
+ with longitude and latitude  0.837766632513722       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1285
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1285
+ with longitude and latitude  0.837758040957278       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15273
+ with longitude and latitude  0.872672860350508       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1301
+ with longitude and latitude   1.39626340159546       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14926
+ with longitude and latitude   1.39626340159546       0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1403
+ with longitude and latitude   4.95673507566390       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15209
+ with longitude and latitude   4.92182488667793       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1404
+ with longitude and latitude   4.99164166070378       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1405
+ with longitude and latitude   5.02654824574367       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1406
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1406
+ with longitude and latitude   5.06145483078356       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1407
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1407
+ with longitude and latitude   5.09636141582344       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1408
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1408
+ with longitude and latitude   5.13126800086333       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1409
+ with longitude and latitude   5.16617458590322       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15763
+ with longitude and latitude   5.20107649366135       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1410
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1410
+ with longitude and latitude   5.20108117094310       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15582
+ with longitude and latitude   5.23598307833583       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1437
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1437
+ with longitude and latitude   6.14355896702004       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14879
+ with longitude and latitude   6.10865632217645       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1438
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1438
+ with longitude and latitude   6.17846555205993       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1439
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1439
+ with longitude and latitude   6.21337213709981       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1440
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1440
+ with longitude and latitude   6.24827872213970       0.122173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1441
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1441
+ with longitude and latitude  0.000000000000000E+000  0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1442
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1442
+ with longitude and latitude  3.490658503988659E-002  0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1443
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1443
+ with longitude and latitude  6.981317007977318E-002  0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1444
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1444
+ with longitude and latitude  0.104719755119660       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1445
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1445
+ with longitude and latitude  0.139626340159546       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1446
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1446
+ with longitude and latitude  0.174532925199433       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1447
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1447
+ with longitude and latitude  0.209439510239320       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1448
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1448
+ with longitude and latitude  0.244346095279206       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1449
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1449
+ with longitude and latitude  0.279252680319093       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1450
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1450
+ with longitude and latitude  0.314159265358979       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1451
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1451
+ with longitude and latitude  0.349065850398866       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1452
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1452
+ with longitude and latitude  0.383972435438752       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1453
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1453
+ with longitude and latitude  0.418879020478639       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1454
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1454
+ with longitude and latitude  0.453785605518526       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1455
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1455
+ with longitude and latitude  0.488692190558412       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1456
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1456
+ with longitude and latitude  0.523598775598299       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1457
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1457
+ with longitude and latitude  0.558505360638185       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1458
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1458
+ with longitude and latitude  0.593411945678072       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1459
+ with longitude and latitude  0.628318530717959       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1460
+ with longitude and latitude  0.663225115757845       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1461
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1461
+ with longitude and latitude  0.698131700797732       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1462
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1462
+ with longitude and latitude  0.733038285837618       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1463
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1463
+ with longitude and latitude  0.767944870877505       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1464
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1464
+ with longitude and latitude  0.802851455917392       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1465
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1465
+ with longitude and latitude  0.837758040957278       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15273
+ with longitude and latitude  0.872672860350508       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1481
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1481
+ with longitude and latitude   1.39626340159546       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15472
+ with longitude and latitude   1.39626340159546       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1503
+ with longitude and latitude   2.16420827247297       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15311
+ with longitude and latitude   2.12929183944601       0.140091558187565     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1584
+ with longitude and latitude   4.99164166070378       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1585
+ with longitude and latitude   5.02654824574367       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1586
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1586
+ with longitude and latitude   5.06145483078356       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1587
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1587
+ with longitude and latitude   5.09636141582344       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1588
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1588
+ with longitude and latitude   5.13126800086333       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15761
+ with longitude and latitude   5.13126341859582       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1589
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1589
+ with longitude and latitude   5.16617458590322       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15763
+ with longitude and latitude   5.20107649366135       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1590
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1590
+ with longitude and latitude   5.20108117094310       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15582
+ with longitude and latitude   5.23598307833583       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1616
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1616
+ with longitude and latitude   6.10865238198015       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15242
+ with longitude and latitude   6.07374922398454       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1617
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1617
+ with longitude and latitude   6.14355896702004       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14879
+ with longitude and latitude   6.10865632217645       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1618
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1618
+ with longitude and latitude   6.17846555205993       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1619
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1619
+ with longitude and latitude   6.21337213709981       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1620
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1620
+ with longitude and latitude   6.24827872213970       0.139626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1621
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1621
+ with longitude and latitude  0.000000000000000E+000  0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1622
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1622
+ with longitude and latitude  3.490658503988659E-002  0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1623
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1623
+ with longitude and latitude  6.981317007977318E-002  0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1624
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1624
+ with longitude and latitude  0.104719755119660       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1625
+ with longitude and latitude  0.139626340159546       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1626
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1626
+ with longitude and latitude  0.174532925199433       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1627
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1627
+ with longitude and latitude  0.209439510239320       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1628
+ with longitude and latitude  0.244346095279206       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1629
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1629
+ with longitude and latitude  0.279252680319093       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1630
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1630
+ with longitude and latitude  0.314159265358979       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1631
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1631
+ with longitude and latitude  0.349065850398866       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1632
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1632
+ with longitude and latitude  0.383972435438752       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1633
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1633
+ with longitude and latitude  0.418879020478639       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1634
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1634
+ with longitude and latitude  0.453785605518526       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1635
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1635
+ with longitude and latitude  0.488692190558412       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1636
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1636
+ with longitude and latitude  0.523598775598299       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1637
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1637
+ with longitude and latitude  0.558505360638185       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1638
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1638
+ with longitude and latitude  0.593411945678072       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1639
+ with longitude and latitude  0.628318530717959       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1640
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1640
+ with longitude and latitude  0.663225115757845       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1641
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1641
+ with longitude and latitude  0.698131700797732       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1642
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1642
+ with longitude and latitude  0.733038285837618       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1643
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1643
+ with longitude and latitude  0.767944870877505       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1644
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1644
+ with longitude and latitude  0.802851455917392       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1646
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1646
+ with longitude and latitude  0.872664625997165       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15638
+ with longitude and latitude  0.907579055591745       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1683
+ with longitude and latitude   2.16420827247297       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15493
+ with longitude and latitude   2.12929183944601       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1764
+ with longitude and latitude   4.99164166070378       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1765
+ with longitude and latitude   5.02654824574367       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15940
+ with longitude and latitude   5.02654403069797       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1766
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1766
+ with longitude and latitude   5.06145483078356       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1769
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1769
+ with longitude and latitude   5.16617458590322       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15763
+ with longitude and latitude   5.20107649366135       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1796
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1796
+ with longitude and latitude   6.10865238198015       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15242
+ with longitude and latitude   6.07374922398454       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1797
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1797
+ with longitude and latitude   6.14355896702004       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15242
+ with longitude and latitude   6.07374922398454       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1798
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1798
+ with longitude and latitude   6.17846555205993       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1799
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1799
+ with longitude and latitude   6.21337213709981       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1800
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1800
+ with longitude and latitude   6.24827872213970       0.157079632679490     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1801
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1801
+ with longitude and latitude  0.000000000000000E+000  0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1802
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1802
+ with longitude and latitude  3.490658503988659E-002  0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1803
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1803
+ with longitude and latitude  6.981317007977318E-002  0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1804
+ with longitude and latitude  0.104719755119660       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1805
+ with longitude and latitude  0.139626340159546       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1806
+ with longitude and latitude  0.174532925199433       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1807
+ with longitude and latitude  0.209439510239320       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1808
+ with longitude and latitude  0.244346095279206       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1809
+ with longitude and latitude  0.279252680319093       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1810
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1810
+ with longitude and latitude  0.314159265358979       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1811
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1811
+ with longitude and latitude  0.349065850398866       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1812
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1812
+ with longitude and latitude  0.383972435438752       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1813
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1813
+ with longitude and latitude  0.418879020478639       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1814
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1814
+ with longitude and latitude  0.453785605518526       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1815
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1815
+ with longitude and latitude  0.488692190558412       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1816
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1816
+ with longitude and latitude  0.523598775598299       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1817
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1817
+ with longitude and latitude  0.558505360638185       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1818
+ with longitude and latitude  0.593411945678072       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1819
+ with longitude and latitude  0.628318530717959       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1820
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1820
+ with longitude and latitude  0.663225115757845       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1821
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1821
+ with longitude and latitude  0.698131700797732       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1822
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1822
+ with longitude and latitude  0.733038285837618       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1823
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1823
+ with longitude and latitude  0.767944870877505       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15816
+ with longitude and latitude  0.793953717654656       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1840
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1840
+ with longitude and latitude   1.36135681655558       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15289
+ with longitude and latitude   1.36135745736503       0.140091558187565     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1863
+ with longitude and latitude   2.16420827247297       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15493
+ with longitude and latitude   2.12929183944601       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1944
+ with longitude and latitude   4.99164166070378       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15574
+ with longitude and latitude   4.95673124312257       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1945
+ with longitude and latitude   5.02654824574367       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15940
+ with longitude and latitude   5.02654403069797       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1946
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1946
+ with longitude and latitude   5.06145483078356       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15760
+ with longitude and latitude   5.09635692689328       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1949
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1949
+ with longitude and latitude   5.16617458590322       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15763
+ with longitude and latitude   5.20107649366135       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1976
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1976
+ with longitude and latitude   6.10865238198015       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15242
+ with longitude and latitude   6.07374922398454       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1977
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1977
+ with longitude and latitude   6.14355896702004       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15242
+ with longitude and latitude   6.07374922398454       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1978
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1978
+ with longitude and latitude   6.17846555205993       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1979
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1979
+ with longitude and latitude   6.21337213709981       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1980
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1980
+ with longitude and latitude   6.24827872213970       0.174532925199433     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1981
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1981
+ with longitude and latitude  0.000000000000000E+000  0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1982
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1982
+ with longitude and latitude  3.490658503988659E-002  0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1983
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1983
+ with longitude and latitude  6.981317007977318E-002  0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1984
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1984
+ with longitude and latitude  0.104719755119660       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1985
+ with longitude and latitude  0.139626340159546       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1986
+ with longitude and latitude  0.174532925199433       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1987
+ with longitude and latitude  0.209439510239320       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1988
+ with longitude and latitude  0.244346095279206       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1989
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1989
+ with longitude and latitude  0.279252680319093       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1990
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1990
+ with longitude and latitude  0.314159265358979       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1991
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1991
+ with longitude and latitude  0.349065850398866       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1992
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1992
+ with longitude and latitude  0.383972435438752       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        1993
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1993
+ with longitude and latitude  0.418879020478639       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1994
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1994
+ with longitude and latitude  0.453785605518526       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1995
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1995
+ with longitude and latitude  0.488692190558412       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1996
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1996
+ with longitude and latitude  0.523598775598299       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1997
+ with longitude and latitude  0.558505360638185       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1998
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1998
+ with longitude and latitude  0.593411945678072       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        1999
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         1999
+ with longitude and latitude  0.628318530717959       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2000
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2000
+ with longitude and latitude  0.663225115757845       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16174
+ with longitude and latitude  0.728682807262326       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2001
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2001
+ with longitude and latitude  0.698131700797732       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2002
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2002
+ with longitude and latitude  0.733038285837618       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15994
+ with longitude and latitude  0.746136099782269       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2003
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2003
+ with longitude and latitude  0.767944870877505       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15996
+ with longitude and latitude  0.764585806891610       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2020
+ with longitude and latitude   1.36135681655558       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15654
+ with longitude and latitude   1.39626340159546       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2155
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2155
+ with longitude and latitude   6.07374579694027       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2156
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2156
+ with longitude and latitude   6.10865238198015       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2157
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2157
+ with longitude and latitude   6.14355896702004       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15242
+ with longitude and latitude   6.07374922398454       0.119512494575544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2158
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2158
+ with longitude and latitude   6.17846555205993       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2159
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2159
+ with longitude and latitude   6.21337213709981       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2160
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2160
+ with longitude and latitude   6.24827872213970       0.191986217719376     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2161
+ with longitude and latitude  0.000000000000000E+000  0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2162
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2162
+ with longitude and latitude  3.490658503988659E-002  0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2163
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2163
+ with longitude and latitude  6.981317007977318E-002  0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2164
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2164
+ with longitude and latitude  0.104719755119660       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2165
+ with longitude and latitude  0.139626340159546       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2166
+ with longitude and latitude  0.174532925199433       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2167
+ with longitude and latitude  0.209439510239320       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2168
+ with longitude and latitude  0.244346095279206       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2169
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2169
+ with longitude and latitude  0.279252680319093       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2170
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2170
+ with longitude and latitude  0.314159265358979       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2171
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2171
+ with longitude and latitude  0.349065850398866       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2172
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2172
+ with longitude and latitude  0.383972435438752       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2173
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2173
+ with longitude and latitude  0.418879020478639       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2174
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2174
+ with longitude and latitude  0.453785605518526       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2175
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2175
+ with longitude and latitude  0.488692190558412       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2176
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2176
+ with longitude and latitude  0.523598775598299       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2177
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2177
+ with longitude and latitude  0.558505360638185       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2178
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2178
+ with longitude and latitude  0.593411945678072       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2179
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2179
+ with longitude and latitude  0.628318530717959       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2180
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2180
+ with longitude and latitude  0.663225115757845       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2181
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2181
+ with longitude and latitude  0.698131700797732       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16174
+ with longitude and latitude  0.728682807262326       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2200
+ with longitude and latitude   1.36135681655558       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15654
+ with longitude and latitude   1.39626340159546       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2214
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2214
+ with longitude and latitude   1.85004900711399       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15668
+ with longitude and latitude   1.88494774759918       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2334
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2334
+ with longitude and latitude   6.03883921190038       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15786
+ with longitude and latitude   6.00393502268193       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2335
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2335
+ with longitude and latitude   6.07374579694027       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2336
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2336
+ with longitude and latitude   6.10865238198015       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2337
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2337
+ with longitude and latitude   6.14355896702004       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2338
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2338
+ with longitude and latitude   6.17846555205993       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2339
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2339
+ with longitude and latitude   6.21337213709981       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2340
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2340
+ with longitude and latitude   6.24827872213970       0.209439510239320     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2341
+ with longitude and latitude  0.000000000000000E+000  0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2342
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2342
+ with longitude and latitude  3.490658503988659E-002  0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2343
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2343
+ with longitude and latitude  6.981317007977318E-002  0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2344
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2344
+ with longitude and latitude  0.104719755119660       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2345
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2345
+ with longitude and latitude  0.139626340159546       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2346
+ with longitude and latitude  0.174532925199433       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2347
+ with longitude and latitude  0.209439510239320       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2348
+ with longitude and latitude  0.244346095279206       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2349
+ with longitude and latitude  0.279252680319093       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2350
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2350
+ with longitude and latitude  0.314159265358979       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2351
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2351
+ with longitude and latitude  0.349065850398866       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2352
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2352
+ with longitude and latitude  0.383972435438752       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2353
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2353
+ with longitude and latitude  0.418879020478639       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2354
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2354
+ with longitude and latitude  0.453785605518526       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2355
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2355
+ with longitude and latitude  0.488692190558412       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2356
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2356
+ with longitude and latitude  0.523598775598299       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2357
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2357
+ with longitude and latitude  0.558505360638185       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2358
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2358
+ with longitude and latitude  0.593411945678072       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2359
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2359
+ with longitude and latitude  0.628318530717959       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2360
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2360
+ with longitude and latitude  0.663225115757845       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2361
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2361
+ with longitude and latitude  0.698131700797732       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16174
+ with longitude and latitude  0.728682807262326       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2380
+ with longitude and latitude   1.36135681655558       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15654
+ with longitude and latitude   1.39626340159546       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2381
+ with longitude and latitude   1.39626340159546       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15837
+ with longitude and latitude   1.43116934582590       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2394
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2394
+ with longitude and latitude   1.85004900711399       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15668
+ with longitude and latitude   1.88494774759918       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2514
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2514
+ with longitude and latitude   6.03883921190038       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15786
+ with longitude and latitude   6.00393502268193       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2515
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2515
+ with longitude and latitude   6.07374579694027       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2516
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2516
+ with longitude and latitude   6.10865238198015       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2517
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2517
+ with longitude and latitude   6.14355896702004       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2518
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2518
+ with longitude and latitude   6.17846555205993       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14881
+ with longitude and latitude   6.17847050109119       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2519
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2519
+ with longitude and latitude   6.21337213709981       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2520
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2520
+ with longitude and latitude   6.24827872213970       0.226892802759263     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14883
+ with longitude and latitude   6.24828463942120       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2521
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2521
+ with longitude and latitude  0.000000000000000E+000  0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2522
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2522
+ with longitude and latitude  3.490658503988659E-002  0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2523
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2523
+ with longitude and latitude  6.981317007977318E-002  0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2524
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2524
+ with longitude and latitude  0.104719755119660       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2525
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2525
+ with longitude and latitude  0.139626340159546       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2526
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2526
+ with longitude and latitude  0.174532925199433       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2527
+ with longitude and latitude  0.209439510239320       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2528
+ with longitude and latitude  0.244346095279206       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2529
+ with longitude and latitude  0.279252680319093       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2530
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2530
+ with longitude and latitude  0.314159265358979       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2531
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2531
+ with longitude and latitude  0.349065850398866       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2532
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2532
+ with longitude and latitude  0.383972435438752       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2533
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2533
+ with longitude and latitude  0.418879020478639       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2534
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2534
+ with longitude and latitude  0.453785605518526       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2535
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2535
+ with longitude and latitude  0.488692190558412       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2536
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2536
+ with longitude and latitude  0.523598775598299       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2537
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2537
+ with longitude and latitude  0.558505360638185       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2538
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2538
+ with longitude and latitude  0.593411945678072       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2539
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2539
+ with longitude and latitude  0.628318530717959       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2540
+ with longitude and latitude  0.663225115757845       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2541
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2541
+ with longitude and latitude  0.698131700797732       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16174
+ with longitude and latitude  0.728682807262326       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2560
+ with longitude and latitude   1.36135681655558       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15654
+ with longitude and latitude   1.39626340159546       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2561
+ with longitude and latitude   1.39626340159546       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16019
+ with longitude and latitude   1.43116934582590       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2570
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2570
+ with longitude and latitude   1.71042266695444       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16026
+ with longitude and latitude   1.67551116962302       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2573
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2573
+ with longitude and latitude   1.81514242207410       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2574
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2574
+ with longitude and latitude   1.85004900711399       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15668
+ with longitude and latitude   1.88494774759918       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2694
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2694
+ with longitude and latitude   6.03883921190038       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15786
+ with longitude and latitude   6.00393502268193       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2695
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2695
+ with longitude and latitude   6.07374579694027       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2696
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2696
+ with longitude and latitude   6.10865238198015       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2697
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2697
+ with longitude and latitude   6.14355896702004       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2698
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2698
+ with longitude and latitude   6.17846555205993       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2699
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2699
+ with longitude and latitude   6.21337213709981       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2700
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2700
+ with longitude and latitude   6.24827872213970       0.244346095279206     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2701
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2701
+ with longitude and latitude  0.000000000000000E+000  0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2702
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2702
+ with longitude and latitude  3.490658503988659E-002  0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2703
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2703
+ with longitude and latitude  6.981317007977318E-002  0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2704
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2704
+ with longitude and latitude  0.104719755119660       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2705
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2705
+ with longitude and latitude  0.139626340159546       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2706
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2706
+ with longitude and latitude  0.174532925199433       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2707
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2707
+ with longitude and latitude  0.209439510239320       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2708
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2708
+ with longitude and latitude  0.244346095279206       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2709
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2709
+ with longitude and latitude  0.279252680319093       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2710
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2710
+ with longitude and latitude  0.314159265358979       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2711
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2711
+ with longitude and latitude  0.349065850398866       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2712
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2712
+ with longitude and latitude  0.383972435438752       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2713
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2713
+ with longitude and latitude  0.418879020478639       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2714
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2714
+ with longitude and latitude  0.453785605518526       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2715
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2715
+ with longitude and latitude  0.488692190558412       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2716
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2716
+ with longitude and latitude  0.523598775598299       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2717
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2717
+ with longitude and latitude  0.558505360638185       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2718
+ with longitude and latitude  0.593411945678072       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16533
+ with longitude and latitude  0.680745898351624       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2719
+ with longitude and latitude  0.628318530717959       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2720
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2720
+ with longitude and latitude  0.663225115757845       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2723
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2723
+ with longitude and latitude  0.767944870877505       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16358
+ with longitude and latitude  0.746136099782269       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2724
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2724
+ with longitude and latitude  0.802851455917392       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16182
+ with longitude and latitude  0.842596263370186       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2739
+ with longitude and latitude   1.32645023151569       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16195
+ with longitude and latitude   1.29154555863758       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2740
+ with longitude and latitude   1.36135681655558       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2741
+ with longitude and latitude   1.39626340159546       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2751
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2751
+ with longitude and latitude   1.74532925199433       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15846
+ with longitude and latitude   1.74532326136181       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2752
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2752
+ with longitude and latitude   1.78023583703422       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2753
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2753
+ with longitude and latitude   1.81514242207410       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2754
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2754
+ with longitude and latitude   1.85004900711399       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16396
+ with longitude and latitude   1.88494774759918       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2836
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2836
+ with longitude and latitude   4.71238898038469       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16112
+ with longitude and latitude   4.67748092911693       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2874
+ with longitude and latitude   6.03883921190038       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16331
+ with longitude and latitude   5.96902792457377       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2875
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2875
+ with longitude and latitude   6.07374579694027       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15786
+ with longitude and latitude   6.00393502268193       0.188341903027146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2876
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2876
+ with longitude and latitude   6.10865238198015       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2877
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2877
+ with longitude and latitude   6.14355896702004       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2878
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2878
+ with longitude and latitude   6.17846555205993       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2879
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2879
+ with longitude and latitude   6.21337213709981       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2880
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2880
+ with longitude and latitude   6.24827872213970       0.261799387799149     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2881
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2881
+ with longitude and latitude  0.000000000000000E+000  0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2882
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2882
+ with longitude and latitude  3.490658503988659E-002  0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2883
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2883
+ with longitude and latitude  6.981317007977318E-002  0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2884
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2884
+ with longitude and latitude  0.104719755119660       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2885
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2885
+ with longitude and latitude  0.139626340159546       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2886
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2886
+ with longitude and latitude  0.174532925199433       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2887
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2887
+ with longitude and latitude  0.209439510239320       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2888
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2888
+ with longitude and latitude  0.244346095279206       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2889
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2889
+ with longitude and latitude  0.279252680319093       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        2890
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2890
+ with longitude and latitude  0.314159265358979       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2891
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2891
+ with longitude and latitude  0.349065850398866       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2892
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2892
+ with longitude and latitude  0.383972435438752       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2893
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2893
+ with longitude and latitude  0.418879020478639       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2894
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2894
+ with longitude and latitude  0.453785605518526       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2895
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2895
+ with longitude and latitude  0.488692190558412       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2896
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2896
+ with longitude and latitude  0.523598775598299       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2897
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2897
+ with longitude and latitude  0.558505360638185       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2898
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2898
+ with longitude and latitude  0.593411945678072       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2899
+ with longitude and latitude  0.628318530717959       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16533
+ with longitude and latitude  0.680745898351624       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2900
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2900
+ with longitude and latitude  0.663225115757845       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16352
+ with longitude and latitude  0.692166096269691       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2904
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2904
+ with longitude and latitude  0.802851455917392       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16182
+ with longitude and latitude  0.842596263370186       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2906
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2906
+ with longitude and latitude  0.872664625997165       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16183
+ with longitude and latitude  0.873668885141255       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2919
+ with longitude and latitude   1.32645023151569       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16195
+ with longitude and latitude   1.29154555863758       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2920
+ with longitude and latitude   1.36135681655558       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2921
+ with longitude and latitude   1.39626340159546       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2931
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2931
+ with longitude and latitude   1.74532925199433       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15846
+ with longitude and latitude   1.74532326136181       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2932
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2932
+ with longitude and latitude   1.78023583703422       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2933
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2933
+ with longitude and latitude   1.81514242207410       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2934
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         2934
+ with longitude and latitude   1.85004900711399       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16396
+ with longitude and latitude   1.88494774759918       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        2935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3014
+ with longitude and latitude   4.64257581030492       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16111
+ with longitude and latitude   4.64257470262713       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3015
+ with longitude and latitude   4.67748239534480       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16112
+ with longitude and latitude   4.67748092911693       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3016
+ with longitude and latitude   4.71238898038469       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16112
+ with longitude and latitude   4.67748092911693       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3054
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3054
+ with longitude and latitude   6.03883921190038       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16331
+ with longitude and latitude   5.96902792457377       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3055
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3055
+ with longitude and latitude   6.07374579694027       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16331
+ with longitude and latitude   5.96902792457377       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3056
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3056
+ with longitude and latitude   6.10865238198015       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16331
+ with longitude and latitude   5.96902792457377       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3057
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3057
+ with longitude and latitude   6.14355896702004       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3058
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3058
+ with longitude and latitude   6.17846555205993       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3059
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3059
+ with longitude and latitude   6.21337213709981       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        3060
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3060
+ with longitude and latitude   6.24827872213970       0.279252680319093     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3061
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3061
+ with longitude and latitude  0.000000000000000E+000  0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3062
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3062
+ with longitude and latitude  3.490658503988659E-002  0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3063
+ with longitude and latitude  6.981317007977318E-002  0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3064
+ with longitude and latitude  0.104719755119660       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3065
+ with longitude and latitude  0.139626340159546       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3066
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3066
+ with longitude and latitude  0.174532925199433       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3067
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3067
+ with longitude and latitude  0.209439510239320       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14706
+ with longitude and latitude  0.139634376655219       7.067738309137230E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        3068
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3068
+ with longitude and latitude  0.244346095279206       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3069
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3069
+ with longitude and latitude  0.279252680319093       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3070
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3070
+ with longitude and latitude  0.314159265358979       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3071
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3071
+ with longitude and latitude  0.349065850398866       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3072
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3072
+ with longitude and latitude  0.383972435438752       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3073
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3073
+ with longitude and latitude  0.418879020478639       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3074
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3074
+ with longitude and latitude  0.453785605518526       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3075
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3075
+ with longitude and latitude  0.488692190558412       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3076
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3076
+ with longitude and latitude  0.523598775598299       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3077
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3077
+ with longitude and latitude  0.558505360638185       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3078
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3078
+ with longitude and latitude  0.593411945678072       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3079
+ with longitude and latitude  0.628318530717959       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3083
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3083
+ with longitude and latitude  0.767944870877505       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16358
+ with longitude and latitude  0.746136099782269       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3084
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3084
+ with longitude and latitude  0.802851455917392       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16358
+ with longitude and latitude  0.746136099782269       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3085
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3085
+ with longitude and latitude  0.837758040957278       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16182
+ with longitude and latitude  0.842596263370186       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3086
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3086
+ with longitude and latitude  0.872664625997165       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16183
+ with longitude and latitude  0.873668885141255       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3087
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3087
+ with longitude and latitude  0.907571211037051       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16367
+ with longitude and latitude  0.942485219696892       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3099
+ with longitude and latitude   1.32645023151569       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16195
+ with longitude and latitude   1.29154555863758       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3100
+ with longitude and latitude   1.36135681655558       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3101
+ with longitude and latitude   1.39626340159546       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3110
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3110
+ with longitude and latitude   1.71042266695444       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3111
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3111
+ with longitude and latitude   1.74532925199433       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3112
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3112
+ with longitude and latitude   1.78023583703422       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3113
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3113
+ with longitude and latitude   1.81514242207410       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16396
+ with longitude and latitude   1.88494774759918       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3193
+ with longitude and latitude   4.60766922526503       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16291
+ with longitude and latitude   4.57276226793751       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3194
+ with longitude and latitude   4.64257581030492       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16657
+ with longitude and latitude   4.64257470262713       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3195
+ with longitude and latitude   4.67748239534480       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16658
+ with longitude and latitude   4.67748092911693       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3196
+ with longitude and latitude   4.71238898038469       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16658
+ with longitude and latitude   4.67748092911693       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3234
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3234
+ with longitude and latitude   6.03883921190038       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3235
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3235
+ with longitude and latitude   6.07374579694027       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3236
+ with longitude and latitude   6.10865238198015       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3237
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3237
+ with longitude and latitude   6.14355896702004       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3238
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3238
+ with longitude and latitude   6.17846555205993       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15605
+ with longitude and latitude   6.03884212331660       0.163033601778696     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3239
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3239
+ with longitude and latitude   6.21337213709981       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        14882
+ with longitude and latitude   6.21337757659675       8.499958546875495E-002
+  
+ WARNING: Cannot make bilinear interpolation for target point        3240
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3240
+ with longitude and latitude   6.24827872213970       0.296705972839036     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3241
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3241
+ with longitude and latitude  0.000000000000000E+000  0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3242
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3242
+ with longitude and latitude  3.490658503988659E-002  0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3243
+ with longitude and latitude  6.981317007977318E-002  0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3244
+ with longitude and latitude  0.104719755119660       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3245
+ with longitude and latitude  0.139626340159546       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3246
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3246
+ with longitude and latitude  0.174532925199433       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3247
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3247
+ with longitude and latitude  0.209439510239320       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3248
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3248
+ with longitude and latitude  0.244346095279206       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3249
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3249
+ with longitude and latitude  0.279252680319093       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3250
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3250
+ with longitude and latitude  0.314159265358979       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3251
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3251
+ with longitude and latitude  0.349065850398866       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3252
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3252
+ with longitude and latitude  0.383972435438752       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3253
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3253
+ with longitude and latitude  0.418879020478639       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3254
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3254
+ with longitude and latitude  0.453785605518526       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3255
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3255
+ with longitude and latitude  0.488692190558412       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3256
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3256
+ with longitude and latitude  0.523598775598299       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3257
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3257
+ with longitude and latitude  0.558505360638185       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3258
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3258
+ with longitude and latitude  0.593411945678072       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3259
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3259
+ with longitude and latitude  0.628318530717959       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3263
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3263
+ with longitude and latitude  0.767944870877505       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3264
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3264
+ with longitude and latitude  0.802851455917392       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3265
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3265
+ with longitude and latitude  0.837758040957278       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16182
+ with longitude and latitude  0.842596263370186       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3266
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3266
+ with longitude and latitude  0.872664625997165       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16183
+ with longitude and latitude  0.873668885141255       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3267
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3267
+ with longitude and latitude  0.907571211037051       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16367
+ with longitude and latitude  0.942485219696892       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3279
+ with longitude and latitude   1.32645023151569       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16558
+ with longitude and latitude   1.25663959899009       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3280
+ with longitude and latitude   1.36135681655558       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3281
+ with longitude and latitude   1.39626340159546       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3290
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3290
+ with longitude and latitude   1.71042266695444       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3291
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3291
+ with longitude and latitude   1.74532925199433       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3292
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3292
+ with longitude and latitude   1.78023583703422       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15847
+ with longitude and latitude   1.78022934216730       0.215914093557269     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3293
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3293
+ with longitude and latitude   1.81514242207410       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16396
+ with longitude and latitude   1.88494774759918       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3372
+ with longitude and latitude   4.57276264022514       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16291
+ with longitude and latitude   4.57276226793751       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3376
+ with longitude and latitude   4.71238898038469       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16658
+ with longitude and latitude   4.67748092911693       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3414
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3414
+ with longitude and latitude   6.03883921190038       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3415
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3415
+ with longitude and latitude   6.07374579694027       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3416
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3416
+ with longitude and latitude   6.10865238198015       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3417
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3417
+ with longitude and latitude   6.14355896702004       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3418
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3418
+ with longitude and latitude   6.17846555205993       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16513
+ with longitude and latitude   5.96902792457377       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3419
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3419
+ with longitude and latitude   6.21337213709981       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3420
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3420
+ with longitude and latitude   6.24827872213970       0.314159265358979     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3421
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3421
+ with longitude and latitude  0.000000000000000E+000  0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3422
+ with longitude and latitude  3.490658503988659E-002  0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3423
+ with longitude and latitude  6.981317007977318E-002  0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3424
+ with longitude and latitude  0.104719755119660       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3425
+ with longitude and latitude  0.139626340159546       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3426
+ with longitude and latitude  0.174532925199433       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3427
+ with longitude and latitude  0.209439510239320       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3428
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3428
+ with longitude and latitude  0.244346095279206       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3429
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3429
+ with longitude and latitude  0.279252680319093       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3430
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3430
+ with longitude and latitude  0.314159265358979       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3431
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3431
+ with longitude and latitude  0.349065850398866       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3432
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3432
+ with longitude and latitude  0.383972435438752       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3433
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3433
+ with longitude and latitude  0.418879020478639       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3434
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3434
+ with longitude and latitude  0.453785605518526       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3435
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3435
+ with longitude and latitude  0.488692190558412       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3436
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3436
+ with longitude and latitude  0.523598775598299       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3437
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3437
+ with longitude and latitude  0.558505360638185       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3438
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3438
+ with longitude and latitude  0.593411945678072       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3439
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3439
+ with longitude and latitude  0.628318530717959       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3442
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3442
+ with longitude and latitude  0.733038285837618       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16538
+ with longitude and latitude  0.728682807262326       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3443
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3443
+ with longitude and latitude  0.767944870877505       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3444
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3444
+ with longitude and latitude  0.802851455917392       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3445
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3445
+ with longitude and latitude  0.837758040957278       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16182
+ with longitude and latitude  0.842596263370186       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3446
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3446
+ with longitude and latitude  0.872664625997165       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16183
+ with longitude and latitude  0.873668885141255       0.245525889079220     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3447
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3447
+ with longitude and latitude  0.907571211037051       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16367
+ with longitude and latitude  0.942485219696892       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3448
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3448
+ with longitude and latitude  0.942477796076938       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3459
+ with longitude and latitude   1.32645023151569       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3460
+ with longitude and latitude   1.36135681655558       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3461
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3461
+ with longitude and latitude   1.39626340159546       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3462
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3462
+ with longitude and latitude   1.43116998663535       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3469
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3469
+ with longitude and latitude   1.67551608191456       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16389
+ with longitude and latitude   1.64060515443493       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3470
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3470
+ with longitude and latitude   1.71042266695444       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3471
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3471
+ with longitude and latitude   1.74532925199433       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3472
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3472
+ with longitude and latitude   1.78023583703422       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3473
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3473
+ with longitude and latitude   1.81514242207410       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3551
+ with longitude and latitude   4.53785605518526       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16471
+ with longitude and latitude   4.50294984243300       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3594
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3594
+ with longitude and latitude   6.03883921190038       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3595
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3595
+ with longitude and latitude   6.07374579694027       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3596
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3596
+ with longitude and latitude   6.10865238198015       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3597
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3597
+ with longitude and latitude   6.14355896702004       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3598
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3598
+ with longitude and latitude   6.17846555205993       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3599
+ with longitude and latitude   6.21337213709981       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3600
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3600
+ with longitude and latitude   6.24827872213970       0.331612557878923     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3601
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3601
+ with longitude and latitude  0.000000000000000E+000  0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3602
+ with longitude and latitude  3.490658503988659E-002  0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15067
+ with longitude and latitude  3.491341074547440E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3603
+ with longitude and latitude  6.981317007977318E-002  0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3604
+ with longitude and latitude  0.104719755119660       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        15068
+ with longitude and latitude  6.982042181186865E-002  0.101203757070905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3605
+ with longitude and latitude  0.139626340159546       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3606
+ with longitude and latitude  0.174532925199433       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3607
+ with longitude and latitude  0.209439510239320       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3608
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3608
+ with longitude and latitude  0.244346095279206       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3609
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3609
+ with longitude and latitude  0.279252680319093       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3610
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3610
+ with longitude and latitude  0.314159265358979       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3611
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3611
+ with longitude and latitude  0.349065850398866       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3612
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3612
+ with longitude and latitude  0.383972435438752       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3613
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3613
+ with longitude and latitude  0.418879020478639       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3614
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3614
+ with longitude and latitude  0.453785605518526       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3615
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3615
+ with longitude and latitude  0.488692190558412       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3616
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3616
+ with longitude and latitude  0.523598775598299       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3617
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3617
+ with longitude and latitude  0.558505360638185       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3618
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3618
+ with longitude and latitude  0.593411945678072       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16713
+ with longitude and latitude  0.652896188099818       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3622
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3622
+ with longitude and latitude  0.733038285837618       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3623
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3623
+ with longitude and latitude  0.767944870877505       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3624
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3624
+ with longitude and latitude  0.802851455917392       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3625
+ with longitude and latitude  0.837758040957278       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3626
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3626
+ with longitude and latitude  0.872664625997165       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16367
+ with longitude and latitude  0.942485219696892       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3627
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3627
+ with longitude and latitude  0.907571211037051       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3628
+ with longitude and latitude  0.942477796076938       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3639
+ with longitude and latitude   1.32645023151569       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3640
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3640
+ with longitude and latitude   1.36135681655558       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16201
+ with longitude and latitude   1.43116934582590       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3641
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3641
+ with longitude and latitude   1.39626340159546       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3642
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3642
+ with longitude and latitude   1.43116998663535       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3649
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3649
+ with longitude and latitude   1.67551608191456       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16389
+ with longitude and latitude   1.64060515443493       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3650
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3650
+ with longitude and latitude   1.71042266695444       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16389
+ with longitude and latitude   1.64060515443493       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3651
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3651
+ with longitude and latitude   1.74532925199433       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3652
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3652
+ with longitude and latitude   1.78023583703422       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3653
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3653
+ with longitude and latitude   1.81514242207410       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3730
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3730
+ with longitude and latitude   4.50294947014537       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16471
+ with longitude and latitude   4.50294984243300       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3731
+ with longitude and latitude   4.53785605518526       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16471
+ with longitude and latitude   4.50294984243300       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3774
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3774
+ with longitude and latitude   6.03883921190038       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3775
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3775
+ with longitude and latitude   6.07374579694027       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3776
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3776
+ with longitude and latitude   6.10865238198015       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16695
+ with longitude and latitude   5.96902792457377       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3777
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3777
+ with longitude and latitude   6.14355896702004       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3778
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3778
+ with longitude and latitude   6.17846555205993       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3779
+ with longitude and latitude   6.21337213709981       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3780
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3780
+ with longitude and latitude   6.24827872213970       0.349065850398866     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3781
+ with longitude and latitude  0.000000000000000E+000  0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3782
+ with longitude and latitude  3.490658503988659E-002  0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3783
+ with longitude and latitude  6.981317007977318E-002  0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3784
+ with longitude and latitude  0.104719755119660       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3785
+ with longitude and latitude  0.139626340159546       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3786
+ with longitude and latitude  0.174532925199433       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3787
+ with longitude and latitude  0.209439510239320       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3788
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3788
+ with longitude and latitude  0.244346095279206       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3789
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3789
+ with longitude and latitude  0.279252680319093       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3790
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3790
+ with longitude and latitude  0.314159265358979       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3791
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3791
+ with longitude and latitude  0.349065850398866       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3792
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3792
+ with longitude and latitude  0.383972435438752       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3793
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3793
+ with longitude and latitude  0.418879020478639       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3794
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3794
+ with longitude and latitude  0.453785605518526       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3795
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3795
+ with longitude and latitude  0.488692190558412       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3796
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3796
+ with longitude and latitude  0.523598775598299       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3797
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3797
+ with longitude and latitude  0.558505360638185       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3798
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3798
+ with longitude and latitude  0.593411945678072       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16895
+ with longitude and latitude  0.652888346021038       0.374869845562381     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3802
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3802
+ with longitude and latitude  0.733038285837618       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3803
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3803
+ with longitude and latitude  0.767944870877505       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3804
+ with longitude and latitude  0.802851455917392       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3805
+ with longitude and latitude  0.837758040957278       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3806
+ with longitude and latitude  0.872664625997165       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16367
+ with longitude and latitude  0.942485219696892       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3807
+ with longitude and latitude  0.907571211037051       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3808
+ with longitude and latitude  0.942477796076938       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3809
+ with longitude and latitude  0.977384381116825       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16733
+ with longitude and latitude   1.01229746102363       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3818
+ with longitude and latitude   1.29154364647580       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3819
+ with longitude and latitude   1.32645023151569       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3820
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3820
+ with longitude and latitude   1.36135681655558       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3821
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3821
+ with longitude and latitude   1.39626340159546       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3822
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3822
+ with longitude and latitude   1.43116998663535       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3823
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3823
+ with longitude and latitude   1.46607657167524       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3829
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3829
+ with longitude and latitude   1.67551608191456       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3830
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3830
+ with longitude and latitude   1.71042266695444       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16389
+ with longitude and latitude   1.64060515443493       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3831
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3831
+ with longitude and latitude   1.74532925199433       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16208
+ with longitude and latitude   1.67551116962302       0.276814819528605     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3832
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3832
+ with longitude and latitude   1.78023583703422       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3833
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3833
+ with longitude and latitude   1.81514242207410       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3834
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3834
+ with longitude and latitude   1.85004900711399       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3910
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3910
+ with longitude and latitude   4.50294947014537       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16471
+ with longitude and latitude   4.50294984243300       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3911
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3911
+ with longitude and latitude   4.53785605518526       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16838
+ with longitude and latitude   4.60766922502061       0.374870471863725     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3954
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3954
+ with longitude and latitude   6.03883921190038       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16877
+ with longitude and latitude   5.96902604232195       0.374870913455732     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3955
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3955
+ with longitude and latitude   6.07374579694027       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3956
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3956
+ with longitude and latitude   6.10865238198015       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3957
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3957
+ with longitude and latitude   6.14355896702004       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3958
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3958
+ with longitude and latitude   6.17846555205993       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3959
+ with longitude and latitude   6.21337213709981       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3960
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3960
+ with longitude and latitude   6.24827872213970       0.366519142918809     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3961
+ with longitude and latitude  0.000000000000000E+000  0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3962
+ with longitude and latitude  3.490658503988659E-002  0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3963
+ with longitude and latitude  6.981317007977318E-002  0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3964
+ with longitude and latitude  0.104719755119660       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3965
+ with longitude and latitude  0.139626340159546       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3966
+ with longitude and latitude  0.174532925199433       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3967
+ with longitude and latitude  0.209439510239320       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3968
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3968
+ with longitude and latitude  0.244346095279206       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3969
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3969
+ with longitude and latitude  0.279252680319093       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3970
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3970
+ with longitude and latitude  0.314159265358979       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3971
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3971
+ with longitude and latitude  0.349065850398866       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3972
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3972
+ with longitude and latitude  0.383972435438752       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3973
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3973
+ with longitude and latitude  0.418879020478639       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3974
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3974
+ with longitude and latitude  0.453785605518526       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3975
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3975
+ with longitude and latitude  0.488692190558412       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3976
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3976
+ with longitude and latitude  0.523598775598299       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3977
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3977
+ with longitude and latitude  0.558505360638185       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3978
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3978
+ with longitude and latitude  0.593411945678072       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17076
+ with longitude and latitude  0.636713931910878       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3982
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3982
+ with longitude and latitude  0.733038285837618       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3983
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3983
+ with longitude and latitude  0.767944870877505       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3984
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3984
+ with longitude and latitude  0.802851455917392       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3985
+ with longitude and latitude  0.837758040957278       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3986
+ with longitude and latitude  0.872664625997165       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3987
+ with longitude and latitude  0.907571211037051       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3988
+ with longitude and latitude  0.942477796076938       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16733
+ with longitude and latitude   1.01229746102363       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3989
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3989
+ with longitude and latitude  0.977384381116825       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16733
+ with longitude and latitude   1.01229746102363       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3997
+ with longitude and latitude   1.25663706143592       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3998
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3998
+ with longitude and latitude   1.29154364647580       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        3999
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         3999
+ with longitude and latitude   1.32645023151569       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4000
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4000
+ with longitude and latitude   1.36135681655558       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4001
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4001
+ with longitude and latitude   1.39626340159546       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4002
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4002
+ with longitude and latitude   1.43116998663535       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4003
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4003
+ with longitude and latitude   1.46607657167524       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4009
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4009
+ with longitude and latitude   1.67551608191456       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4010
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4010
+ with longitude and latitude   1.71042266695444       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4011
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4011
+ with longitude and latitude   1.74532925199433       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16389
+ with longitude and latitude   1.64060515443493       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4012
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4012
+ with longitude and latitude   1.78023583703422       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4013
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4013
+ with longitude and latitude   1.81514242207410       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4014
+ with longitude and latitude   1.85004900711399       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4015
+ with longitude and latitude   1.88495559215388       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4090
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4090
+ with longitude and latitude   4.50294947014537       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4091
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4091
+ with longitude and latitude   4.53785605518526       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16838
+ with longitude and latitude   4.60766922502061       0.374870471863725     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4134
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4134
+ with longitude and latitude   6.03883921190038       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4135
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4135
+ with longitude and latitude   6.07374579694027       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4136
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4136
+ with longitude and latitude   6.10865238198015       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4137
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4137
+ with longitude and latitude   6.14355896702004       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4138
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4138
+ with longitude and latitude   6.17846555205993       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4139
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4139
+ with longitude and latitude   6.21337213709981       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4140
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4140
+ with longitude and latitude   6.24827872213970       0.383972435438752     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4141
+ with longitude and latitude  0.000000000000000E+000  0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4142
+ with longitude and latitude  3.490658503988659E-002  0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4143
+ with longitude and latitude  6.981317007977318E-002  0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4144
+ with longitude and latitude  0.104719755119660       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4145
+ with longitude and latitude  0.139626340159546       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4146
+ with longitude and latitude  0.174532925199433       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4147
+ with longitude and latitude  0.209439510239320       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4148
+ with longitude and latitude  0.244346095279206       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4149
+ with longitude and latitude  0.279252680319093       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4150
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4150
+ with longitude and latitude  0.314159265358979       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4151
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4151
+ with longitude and latitude  0.349065850398866       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4152
+ with longitude and latitude  0.383972435438752       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4153
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4153
+ with longitude and latitude  0.418879020478639       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4154
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4154
+ with longitude and latitude  0.453785605518526       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4155
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4155
+ with longitude and latitude  0.488692190558412       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4156
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4156
+ with longitude and latitude  0.523598775598299       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4157
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4157
+ with longitude and latitude  0.558505360638185       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4158
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4158
+ with longitude and latitude  0.593411945678072       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4161
+ with longitude and latitude  0.698131700797732       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4162
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4162
+ with longitude and latitude  0.733038285837618       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16897
+ with longitude and latitude  0.680738056272842       0.374869845562381     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4163
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4163
+ with longitude and latitude  0.767944870877505       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4164
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4164
+ with longitude and latitude  0.802851455917392       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4165
+ with longitude and latitude  0.837758040957278       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16539
+ with longitude and latitude  0.737409453522298       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4166
+ with longitude and latitude  0.872664625997165       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4167
+ with longitude and latitude  0.907571211037051       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4168
+ with longitude and latitude  0.942477796076938       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16733
+ with longitude and latitude   1.01229746102363       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4169
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4169
+ with longitude and latitude  0.977384381116825       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4177
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4177
+ with longitude and latitude   1.25663706143592       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4178
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4178
+ with longitude and latitude   1.29154364647580       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4179
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4179
+ with longitude and latitude   1.32645023151569       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4180
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4180
+ with longitude and latitude   1.36135681655558       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4181
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4181
+ with longitude and latitude   1.39626340159546       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16384
+ with longitude and latitude   1.46607529262583       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4182
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4182
+ with longitude and latitude   1.43116998663535       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4183
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4183
+ with longitude and latitude   1.46607657167524       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4184
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4184
+ with longitude and latitude   1.50098315671512       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4188
+ with longitude and latitude   1.64060949687467       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4189
+ with longitude and latitude   1.67551608191456       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4190
+ with longitude and latitude   1.71042266695444       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4191
+ with longitude and latitude   1.74532925199433       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4192
+ with longitude and latitude   1.78023583703422       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4193
+ with longitude and latitude   1.81514242207410       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4194
+ with longitude and latitude   1.85004900711399       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4195
+ with longitude and latitude   1.88495559215388       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4196
+ with longitude and latitude   1.91986217719376       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4269
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4269
+ with longitude and latitude   4.46804288510548       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4270
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4270
+ with longitude and latitude   4.50294947014537       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4271
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4271
+ with longitude and latitude   4.53785605518526       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17020
+ with longitude and latitude   4.60766914108206       0.407112826457914     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4314
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4314
+ with longitude and latitude   6.03883921190038       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4315
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4315
+ with longitude and latitude   6.07374579694027       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4316
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4316
+ with longitude and latitude   6.10865238198015       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4317
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4317
+ with longitude and latitude   6.14355896702004       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4318
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4318
+ with longitude and latitude   6.17846555205993       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4319
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4319
+ with longitude and latitude   6.21337213709981       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4320
+ with longitude and latitude   6.24827872213970       0.401425727958696     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4321
+ with longitude and latitude  0.000000000000000E+000  0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4322
+ with longitude and latitude  3.490658503988659E-002  0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4323
+ with longitude and latitude  6.981317007977318E-002  0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4324
+ with longitude and latitude  0.104719755119660       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4325
+ with longitude and latitude  0.139626340159546       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4326
+ with longitude and latitude  0.174532925199433       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4327
+ with longitude and latitude  0.209439510239320       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4328
+ with longitude and latitude  0.244346095279206       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4329
+ with longitude and latitude  0.279252680319093       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4330
+ with longitude and latitude  0.314159265358979       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4331
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4331
+ with longitude and latitude  0.349065850398866       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4332
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4332
+ with longitude and latitude  0.383972435438752       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4333
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4333
+ with longitude and latitude  0.418879020478639       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4334
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4334
+ with longitude and latitude  0.453785605518526       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4335
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4335
+ with longitude and latitude  0.488692190558412       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4336
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4336
+ with longitude and latitude  0.523598775598299       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4337
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4337
+ with longitude and latitude  0.558505360638185       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4341
+ with longitude and latitude  0.698131700797732       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4342
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4342
+ with longitude and latitude  0.733038285837618       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4343
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4343
+ with longitude and latitude  0.767944870877505       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16897
+ with longitude and latitude  0.680738056272842       0.374869845562381     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4344
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4344
+ with longitude and latitude  0.802851455917392       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4345
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4345
+ with longitude and latitude  0.837758040957278       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4346
+ with longitude and latitude  0.872664625997165       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16550
+ with longitude and latitude  0.977391354264236       0.309263959206139     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4347
+ with longitude and latitude  0.907571211037051       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16733
+ with longitude and latitude   1.01229746102363       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4348
+ with longitude and latitude  0.942477796076938       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4349
+ with longitude and latitude  0.977384381116825       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4357
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4357
+ with longitude and latitude   1.25663706143592       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4358
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4358
+ with longitude and latitude   1.29154364647580       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4359
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4359
+ with longitude and latitude   1.32645023151569       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4360
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4360
+ with longitude and latitude   1.36135681655558       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4361
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4361
+ with longitude and latitude   1.39626340159546       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4362
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4362
+ with longitude and latitude   1.43116998663535       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4363
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4363
+ with longitude and latitude   1.46607657167524       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4364
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4364
+ with longitude and latitude   1.50098315671512       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4365
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4365
+ with longitude and latitude   1.53588974175501       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4366
+ with longitude and latitude   1.57079632679490       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4367
+ with longitude and latitude   1.60570291183478       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4368
+ with longitude and latitude   1.64060949687467       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4369
+ with longitude and latitude   1.67551608191456       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4370
+ with longitude and latitude   1.71042266695444       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4371
+ with longitude and latitude   1.74532925199433       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4372
+ with longitude and latitude   1.78023583703422       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4373
+ with longitude and latitude   1.81514242207410       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4374
+ with longitude and latitude   1.85004900711399       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4375
+ with longitude and latitude   1.88495559215388       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4376
+ with longitude and latitude   1.91986217719376       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4377
+ with longitude and latitude   1.95476876223365       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4378
+ with longitude and latitude   1.98967534727354       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16763
+ with longitude and latitude   1.98967534446457       0.374869945165161     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4449
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4449
+ with longitude and latitude   4.46804288510548       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4450
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4450
+ with longitude and latitude   4.50294947014537       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4451
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4451
+ with longitude and latitude   4.53785605518526       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17020
+ with longitude and latitude   4.60766914108206       0.407112826457914     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4494
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4494
+ with longitude and latitude   6.03883921190038       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17242
+ with longitude and latitude   6.00393502268193       0.438990162534041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4495
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4495
+ with longitude and latitude   6.07374579694027       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4496
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4496
+ with longitude and latitude   6.10865238198015       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4497
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4497
+ with longitude and latitude   6.14355896702004       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4498
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4498
+ with longitude and latitude   6.17846555205993       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4499
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4499
+ with longitude and latitude   6.21337213709981       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4500
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4500
+ with longitude and latitude   6.24827872213970       0.418879020478639     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4501
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4501
+ with longitude and latitude  0.000000000000000E+000  0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4502
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4502
+ with longitude and latitude  3.490658503988659E-002  0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4503
+ with longitude and latitude  6.981317007977318E-002  0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4504
+ with longitude and latitude  0.104719755119660       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4505
+ with longitude and latitude  0.139626340159546       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4506
+ with longitude and latitude  0.174532925199433       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4507
+ with longitude and latitude  0.209439510239320       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4508
+ with longitude and latitude  0.244346095279206       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4509
+ with longitude and latitude  0.279252680319093       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4510
+ with longitude and latitude  0.314159265358979       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4511
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4511
+ with longitude and latitude  0.349065850398866       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4512
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4512
+ with longitude and latitude  0.383972435438752       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4513
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4513
+ with longitude and latitude  0.418879020478639       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4514
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4514
+ with longitude and latitude  0.453785605518526       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4515
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4515
+ with longitude and latitude  0.488692190558412       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4516
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4516
+ with longitude and latitude  0.523598775598299       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4517
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4517
+ with longitude and latitude  0.558505360638185       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17256
+ with longitude and latitude  0.602146436492737       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4521
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4521
+ with longitude and latitude  0.698131700797732       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4522
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4522
+ with longitude and latitude  0.733038285837618       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4523
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4523
+ with longitude and latitude  0.767944870877505       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4524
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4524
+ with longitude and latitude  0.802851455917392       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4525
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4525
+ with longitude and latitude  0.837758040957278       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4526
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4526
+ with longitude and latitude  0.872664625997165       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16733
+ with longitude and latitude   1.01229746102363       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4527
+ with longitude and latitude  0.907571211037051       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4528
+ with longitude and latitude  0.942477796076938       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4529
+ with longitude and latitude  0.977384381116825       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4530
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4530
+ with longitude and latitude   1.01229096615671       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4536
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4536
+ with longitude and latitude   1.22173047639603       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4537
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4537
+ with longitude and latitude   1.25663706143592       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4538
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4538
+ with longitude and latitude   1.29154364647580       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4539
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4539
+ with longitude and latitude   1.32645023151569       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4540
+ with longitude and latitude   1.36135681655558       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4541
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4541
+ with longitude and latitude   1.39626340159546       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4542
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4542
+ with longitude and latitude   1.43116998663535       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4543
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4543
+ with longitude and latitude   1.46607657167524       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4544
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4544
+ with longitude and latitude   1.50098315671512       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4545
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4545
+ with longitude and latitude   1.53588974175501       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4546
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4546
+ with longitude and latitude   1.57079632679490       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4547
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4547
+ with longitude and latitude   1.60570291183478       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4548
+ with longitude and latitude   1.64060949687467       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4549
+ with longitude and latitude   1.67551608191456       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4550
+ with longitude and latitude   1.71042266695444       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4551
+ with longitude and latitude   1.74532925199433       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4552
+ with longitude and latitude   1.78023583703422       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4553
+ with longitude and latitude   1.81514242207410       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4554
+ with longitude and latitude   1.85004900711399       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4555
+ with longitude and latitude   1.88495559215388       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4556
+ with longitude and latitude   1.91986217719376       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4557
+ with longitude and latitude   1.95476876223365       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4558
+ with longitude and latitude   1.98967534727354       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16763
+ with longitude and latitude   1.98967534446457       0.374869945165161     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4559
+ with longitude and latitude   2.02458193231342       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16947
+ with longitude and latitude   2.05948744226412       0.407074844470367     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4628
+ with longitude and latitude   4.43313630006560       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4629
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4629
+ with longitude and latitude   4.46804288510548       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4630
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4630
+ with longitude and latitude   4.50294947014537       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16833
+ with longitude and latitude   4.43313630043037       0.374870475586273     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4631
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4631
+ with longitude and latitude   4.53785605518526       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17202
+ with longitude and latitude   4.60766848298891       0.438831832211587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4675
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4675
+ with longitude and latitude   6.07374579694027       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4676
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4676
+ with longitude and latitude   6.10865238198015       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4677
+ with longitude and latitude   6.14355896702004       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4678
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4678
+ with longitude and latitude   6.17846555205993       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4679
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4679
+ with longitude and latitude   6.21337213709981       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4680
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4680
+ with longitude and latitude   6.24827872213970       0.436332312998582     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4681
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4681
+ with longitude and latitude  0.000000000000000E+000  0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4682
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4682
+ with longitude and latitude  3.490658503988659E-002  0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4683
+ with longitude and latitude  6.981317007977318E-002  0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4684
+ with longitude and latitude  0.104719755119660       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4685
+ with longitude and latitude  0.139626340159546       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4686
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4686
+ with longitude and latitude  0.174532925199433       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4687
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4687
+ with longitude and latitude  0.209439510239320       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4688
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4688
+ with longitude and latitude  0.244346095279206       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4689
+ with longitude and latitude  0.279252680319093       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4690
+ with longitude and latitude  0.314159265358979       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4691
+ with longitude and latitude  0.349065850398866       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4692
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4692
+ with longitude and latitude  0.383972435438752       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4693
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4693
+ with longitude and latitude  0.418879020478639       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4694
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4694
+ with longitude and latitude  0.453785605518526       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4695
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4695
+ with longitude and latitude  0.488692190558412       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17645
+ with longitude and latitude  0.480490462671176       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4696
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4696
+ with longitude and latitude  0.523598775598299       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17438
+ with longitude and latitude  0.602169294353875       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4697
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4697
+ with longitude and latitude  0.558505360638185       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17438
+ with longitude and latitude  0.602169294353875       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4701
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4701
+ with longitude and latitude  0.698131700797732       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4702
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4702
+ with longitude and latitude  0.733038285837618       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4703
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4703
+ with longitude and latitude  0.767944870877505       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4704
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4704
+ with longitude and latitude  0.802851455917392       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4705
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4705
+ with longitude and latitude  0.837758040957278       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16718
+ with longitude and latitude  0.711229514742383       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4706
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4706
+ with longitude and latitude  0.872664625997165       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4707
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4707
+ with longitude and latitude  0.907571211037051       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4708
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4708
+ with longitude and latitude  0.942477796076938       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4709
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4709
+ with longitude and latitude  0.977384381116825       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4710
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4710
+ with longitude and latitude   1.01229096615671       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4716
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4716
+ with longitude and latitude   1.22173047639603       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4717
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4717
+ with longitude and latitude   1.25663706143592       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4718
+ with longitude and latitude   1.29154364647580       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4719
+ with longitude and latitude   1.32645023151569       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4720
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4720
+ with longitude and latitude   1.36135681655558       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4721
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4721
+ with longitude and latitude   1.39626340159546       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16567
+ with longitude and latitude   1.50098124455335       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4722
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4722
+ with longitude and latitude   1.43116998663535       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4723
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4723
+ with longitude and latitude   1.46607657167524       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4724
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4724
+ with longitude and latitude   1.50098315671512       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4725
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4725
+ with longitude and latitude   1.53588974175501       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4726
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4726
+ with longitude and latitude   1.57079632679490       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4727
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4727
+ with longitude and latitude   1.60570291183478       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4728
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4728
+ with longitude and latitude   1.64060949687467       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4729
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4729
+ with longitude and latitude   1.67551608191456       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4730
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4730
+ with longitude and latitude   1.71042266695444       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4731
+ with longitude and latitude   1.74532925199433       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4732
+ with longitude and latitude   1.78023583703422       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4733
+ with longitude and latitude   1.81514242207410       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4734
+ with longitude and latitude   1.85004900711399       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4735
+ with longitude and latitude   1.88495559215388       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4736
+ with longitude and latitude   1.91986217719376       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4737
+ with longitude and latitude   1.95476876223365       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4738
+ with longitude and latitude   1.98967534727354       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16947
+ with longitude and latitude   2.05948744226412       0.407074844470367     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4739
+ with longitude and latitude   2.02458193231342       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16947
+ with longitude and latitude   2.05948744226412       0.407074844470367     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4807
+ with longitude and latitude   4.39822971502571       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4808
+ with longitude and latitude   4.43313630006560       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4809
+ with longitude and latitude   4.46804288510548       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4810
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4810
+ with longitude and latitude   4.50294947014537       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4811
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4811
+ with longitude and latitude   4.53785605518526       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4855
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4855
+ with longitude and latitude   6.07374579694027       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17425
+ with longitude and latitude   6.03885069705043       0.470377395634950     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4856
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4856
+ with longitude and latitude   6.10865238198015       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4857
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4857
+ with longitude and latitude   6.14355896702004       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4858
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4858
+ with longitude and latitude   6.17846555205993       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4859
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4859
+ with longitude and latitude   6.21337213709981       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4860
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4860
+ with longitude and latitude   6.24827872213970       0.453785605518526     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4861
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4861
+ with longitude and latitude  0.000000000000000E+000  0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4862
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4862
+ with longitude and latitude  3.490658503988659E-002  0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4863
+ with longitude and latitude  6.981317007977318E-002  0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4864
+ with longitude and latitude  0.104719755119660       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4865
+ with longitude and latitude  0.139626340159546       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4866
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4866
+ with longitude and latitude  0.174532925199433       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4867
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4867
+ with longitude and latitude  0.209439510239320       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4868
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4868
+ with longitude and latitude  0.244346095279206       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4869
+ with longitude and latitude  0.279252680319093       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4870
+ with longitude and latitude  0.314159265358979       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4871
+ with longitude and latitude  0.349065850398866       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4872
+ with longitude and latitude  0.383972435438752       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4873
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4873
+ with longitude and latitude  0.418879020478639       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4874
+ with longitude and latitude  0.453785605518526       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4875
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4875
+ with longitude and latitude  0.488692190558412       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17645
+ with longitude and latitude  0.480490462671176       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4876
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4876
+ with longitude and latitude  0.523598775598299       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17438
+ with longitude and latitude  0.602169294353875       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4877
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4877
+ with longitude and latitude  0.558505360638185       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17438
+ with longitude and latitude  0.602169294353875       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4880
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4880
+ with longitude and latitude  0.663225115757845       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4881
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4881
+ with longitude and latitude  0.698131700797732       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4882
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4882
+ with longitude and latitude  0.733038285837618       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4883
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4883
+ with longitude and latitude  0.767944870877505       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4884
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4884
+ with longitude and latitude  0.802851455917392       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4885
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4885
+ with longitude and latitude  0.837758040957278       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17078
+ with longitude and latitude  0.667648977536398       0.407061259871038     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4886
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4886
+ with longitude and latitude  0.872664625997165       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4887
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4887
+ with longitude and latitude  0.907571211037051       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4888
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4888
+ with longitude and latitude  0.942477796076938       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4889
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4889
+ with longitude and latitude  0.977384381116825       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4890
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4890
+ with longitude and latitude   1.01229096615671       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4896
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4896
+ with longitude and latitude   1.22173047639603       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4897
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4897
+ with longitude and latitude   1.25663706143592       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4898
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4898
+ with longitude and latitude   1.29154364647580       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4899
+ with longitude and latitude   1.32645023151569       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4900
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4900
+ with longitude and latitude   1.36135681655558       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4901
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4901
+ with longitude and latitude   1.39626340159546       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4902
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4902
+ with longitude and latitude   1.43116998663535       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4903
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4903
+ with longitude and latitude   1.46607657167524       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4904
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4904
+ with longitude and latitude   1.50098315671512       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4905
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4905
+ with longitude and latitude   1.53588974175501       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4906
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4906
+ with longitude and latitude   1.57079632679490       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4907
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4907
+ with longitude and latitude   1.60570291183478       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4908
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4908
+ with longitude and latitude   1.64060949687467       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4909
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4909
+ with longitude and latitude   1.67551608191456       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4910
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4910
+ with longitude and latitude   1.71042266695444       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4911
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4911
+ with longitude and latitude   1.74532925199433       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4912
+ with longitude and latitude   1.78023583703422       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4913
+ with longitude and latitude   1.81514242207410       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4914
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4914
+ with longitude and latitude   1.85004900711399       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4915
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4915
+ with longitude and latitude   1.88495559215388       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4916
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4916
+ with longitude and latitude   1.91986217719376       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4917
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4917
+ with longitude and latitude   1.95476876223365       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4918
+ with longitude and latitude   1.98967534727354       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16947
+ with longitude and latitude   2.05948744226412       0.407074844470367     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4919
+ with longitude and latitude   2.02458193231342       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17130
+ with longitude and latitude   2.09438543198973       0.438662400052068     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4920
+ with longitude and latitude   2.05948851735331       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17130
+ with longitude and latitude   2.09438543198973       0.438662400052068     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4986
+ with longitude and latitude   4.36332312998582       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17194
+ with longitude and latitude   4.32841869884251       0.438840603465106     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4987
+ with longitude and latitude   4.39822971502571       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4988
+ with longitude and latitude   4.43313630006560       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4989
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4989
+ with longitude and latitude   4.46804288510548       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4990
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4990
+ with longitude and latitude   4.50294947014537       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4991
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         4991
+ with longitude and latitude   4.53785605518526       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        4992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5036
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5036
+ with longitude and latitude   6.10865238198015       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17608
+ with longitude and latitude   6.07378289603467       0.501276121842078     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5037
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5037
+ with longitude and latitude   6.14355896702004       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5038
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5038
+ with longitude and latitude   6.17846555205993       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5039
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5039
+ with longitude and latitude   6.21337213709981       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5040
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5040
+ with longitude and latitude   6.24827872213970       0.471238898038469     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5041
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5041
+ with longitude and latitude  0.000000000000000E+000  0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5042
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5042
+ with longitude and latitude  3.490658503988659E-002  0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5043
+ with longitude and latitude  6.981317007977318E-002  0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5044
+ with longitude and latitude  0.104719755119660       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5045
+ with longitude and latitude  0.139626340159546       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5046
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5046
+ with longitude and latitude  0.174532925199433       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5047
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5047
+ with longitude and latitude  0.209439510239320       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5048
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5048
+ with longitude and latitude  0.244346095279206       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5049
+ with longitude and latitude  0.279252680319093       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5050
+ with longitude and latitude  0.314159265358979       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5051
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5051
+ with longitude and latitude  0.349065850398866       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5052
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5052
+ with longitude and latitude  0.383972435438752       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5053
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5053
+ with longitude and latitude  0.418879020478639       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5054
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5054
+ with longitude and latitude  0.453785605518526       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5055
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5055
+ with longitude and latitude  0.488692190558412       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17645
+ with longitude and latitude  0.480490462671176       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5056
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5056
+ with longitude and latitude  0.523598775598299       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17647
+ with longitude and latitude  0.515397047711062       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5057
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5057
+ with longitude and latitude  0.558505360638185       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17438
+ with longitude and latitude  0.602169294353875       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5060
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5060
+ with longitude and latitude  0.663225115757845       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17439
+ with longitude and latitude  0.619622586873818       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5061
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5061
+ with longitude and latitude  0.698131700797732       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5062
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5062
+ with longitude and latitude  0.733038285837618       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5063
+ with longitude and latitude  0.767944870877505       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5064
+ with longitude and latitude  0.802851455917392       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5065
+ with longitude and latitude  0.837758040957278       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5066
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5066
+ with longitude and latitude  0.872664625997165       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5067
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5067
+ with longitude and latitude  0.907571211037051       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5068
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5068
+ with longitude and latitude  0.942477796076938       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5069
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5069
+ with longitude and latitude  0.977384381116825       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5070
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5070
+ with longitude and latitude   1.01229096615671       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5071
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5071
+ with longitude and latitude   1.04719755119660       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5072
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5072
+ with longitude and latitude   1.08210413623648       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17099
+ with longitude and latitude   1.08210475872108       0.407050794473691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5073
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5073
+ with longitude and latitude   1.11701072127637       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17100
+ with longitude and latitude   1.11701128114518       0.407049174584480     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5074
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5074
+ with longitude and latitude   1.15191730631626       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5075
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5075
+ with longitude and latitude   1.18682389135614       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5076
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5076
+ with longitude and latitude   1.22173047639603       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5077
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5077
+ with longitude and latitude   1.25663706143592       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5078
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5078
+ with longitude and latitude   1.29154364647580       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5079
+ with longitude and latitude   1.32645023151569       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5080
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5080
+ with longitude and latitude   1.36135681655558       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16740
+ with longitude and latitude   1.25663959899009       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5081
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5081
+ with longitude and latitude   1.39626340159546       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5082
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5082
+ with longitude and latitude   1.43116998663535       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5083
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5083
+ with longitude and latitude   1.46607657167524       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5084
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5084
+ with longitude and latitude   1.50098315671512       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5085
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5085
+ with longitude and latitude   1.53588974175501       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5086
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5086
+ with longitude and latitude   1.57079632679490       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5087
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5087
+ with longitude and latitude   1.60570291183478       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5088
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5088
+ with longitude and latitude   1.64060949687467       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5089
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5089
+ with longitude and latitude   1.67551608191456       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5090
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5090
+ with longitude and latitude   1.71042266695444       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5091
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5091
+ with longitude and latitude   1.74532925199433       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5092
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5092
+ with longitude and latitude   1.78023583703422       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5093
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5093
+ with longitude and latitude   1.81514242207410       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5094
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5094
+ with longitude and latitude   1.85004900711399       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5095
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5095
+ with longitude and latitude   1.88495559215388       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5096
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5096
+ with longitude and latitude   1.91986217719376       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5097
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5097
+ with longitude and latitude   1.95476876223365       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5098
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5098
+ with longitude and latitude   1.98967534727354       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16947
+ with longitude and latitude   2.05948744226412       0.407074844470367     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5099
+ with longitude and latitude   2.02458193231342       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17130
+ with longitude and latitude   2.09438543198973       0.438662400052068     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5100
+ with longitude and latitude   2.05948851735331       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17130
+ with longitude and latitude   2.09438543198973       0.438662400052068     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5165
+ with longitude and latitude   4.32841654494594       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17375
+ with longitude and latitude   4.29351973078420       0.469989749162169     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5166
+ with longitude and latitude   4.36332312998582       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17194
+ with longitude and latitude   4.32841869884251       0.438840603465106     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5167
+ with longitude and latitude   4.39822971502571       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17194
+ with longitude and latitude   4.32841869884251       0.438840603465106     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5168
+ with longitude and latitude   4.43313630006560       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5169
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5169
+ with longitude and latitude   4.46804288510548       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5170
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5170
+ with longitude and latitude   4.50294947014537       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5171
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5171
+ with longitude and latitude   4.53785605518526       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5172
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5172
+ with longitude and latitude   4.57276264022514       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5217
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5217
+ with longitude and latitude   6.14355896702004       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5218
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5218
+ with longitude and latitude   6.17846555205993       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5219
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5219
+ with longitude and latitude   6.21337213709981       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5220
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5220
+ with longitude and latitude   6.24827872213970       0.488692190558412     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5221
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5221
+ with longitude and latitude  0.000000000000000E+000  0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5222
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5222
+ with longitude and latitude  3.490658503988659E-002  0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5223
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5223
+ with longitude and latitude  6.981317007977318E-002  0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5224
+ with longitude and latitude  0.104719755119660       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5225
+ with longitude and latitude  0.139626340159546       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5226
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5226
+ with longitude and latitude  0.174532925199433       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5227
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5227
+ with longitude and latitude  0.209439510239320       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5228
+ with longitude and latitude  0.244346095279206       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5229
+ with longitude and latitude  0.279252680319093       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5230
+ with longitude and latitude  0.314159265358979       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17454
+ with longitude and latitude  0.323410829991686       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5231
+ with longitude and latitude  0.349065850398866       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5232
+ with longitude and latitude  0.383972435438752       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5233
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5233
+ with longitude and latitude  0.418879020478639       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5234
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5234
+ with longitude and latitude  0.453785605518526       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5235
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5235
+ with longitude and latitude  0.488692190558412       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17645
+ with longitude and latitude  0.480490462671176       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5236
+ with longitude and latitude  0.523598775598299       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17647
+ with longitude and latitude  0.515397047711062       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5237
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5237
+ with longitude and latitude  0.558505360638185       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17649
+ with longitude and latitude  0.550303632750949       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5238
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5238
+ with longitude and latitude  0.593411945678072       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17438
+ with longitude and latitude  0.602169294353875       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5239
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5239
+ with longitude and latitude  0.628318530717959       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17439
+ with longitude and latitude  0.619622586873818       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5240
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5240
+ with longitude and latitude  0.663225115757845       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17439
+ with longitude and latitude  0.619622586873818       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5241
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5241
+ with longitude and latitude  0.698131700797732       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17439
+ with longitude and latitude  0.619622586873818       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5242
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5242
+ with longitude and latitude  0.733038285837618       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5243
+ with longitude and latitude  0.767944870877505       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5244
+ with longitude and latitude  0.802851455917392       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5245
+ with longitude and latitude  0.837758040957278       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5246
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5246
+ with longitude and latitude  0.872664625997165       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5247
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5247
+ with longitude and latitude  0.907571211037051       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5248
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5248
+ with longitude and latitude  0.942477796076938       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5249
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5249
+ with longitude and latitude  0.977384381116825       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5250
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5250
+ with longitude and latitude   1.01229096615671       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5251
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5251
+ with longitude and latitude   1.04719755119660       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5252
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5252
+ with longitude and latitude   1.08210413623648       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17099
+ with longitude and latitude   1.08210475872108       0.407050794473691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5253
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5253
+ with longitude and latitude   1.11701072127637       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17100
+ with longitude and latitude   1.11701128114518       0.407049174584480     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5254
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5254
+ with longitude and latitude   1.15191730631626       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5255
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5255
+ with longitude and latitude   1.18682389135614       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5256
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5256
+ with longitude and latitude   1.22173047639603       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5257
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5257
+ with longitude and latitude   1.25663706143592       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5258
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5258
+ with longitude and latitude   1.29154364647580       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5259
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5259
+ with longitude and latitude   1.32645023151569       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5260
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5260
+ with longitude and latitude   1.36135681655558       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5261
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5261
+ with longitude and latitude   1.39626340159546       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5262
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5262
+ with longitude and latitude   1.43116998663535       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5263
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5263
+ with longitude and latitude   1.46607657167524       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5264
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5264
+ with longitude and latitude   1.50098315671512       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5265
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5265
+ with longitude and latitude   1.53588974175501       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5266
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5266
+ with longitude and latitude   1.57079632679490       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5267
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5267
+ with longitude and latitude   1.60570291183478       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5268
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5268
+ with longitude and latitude   1.64060949687467       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5269
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5269
+ with longitude and latitude   1.67551608191456       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5270
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5270
+ with longitude and latitude   1.71042266695444       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5271
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5271
+ with longitude and latitude   1.74532925199433       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5272
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5272
+ with longitude and latitude   1.78023583703422       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5273
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5273
+ with longitude and latitude   1.81514242207410       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5274
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5274
+ with longitude and latitude   1.85004900711399       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5275
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5275
+ with longitude and latitude   1.88495559215388       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5276
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5276
+ with longitude and latitude   1.91986217719376       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5277
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5277
+ with longitude and latitude   1.95476876223365       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5278
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5278
+ with longitude and latitude   1.98967534727354       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17130
+ with longitude and latitude   2.09438543198973       0.438662400052068     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5279
+ with longitude and latitude   2.02458193231342       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17130
+ with longitude and latitude   2.09438543198973       0.438662400052068     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5280
+ with longitude and latitude   2.05948851735331       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17495
+ with longitude and latitude   2.12919649058305       0.499554035406485     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5345
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5345
+ with longitude and latitude   4.32841654494594       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17375
+ with longitude and latitude   4.29351973078420       0.469989749162169     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5346
+ with longitude and latitude   4.36332312998582       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17375
+ with longitude and latitude   4.29351973078420       0.469989749162169     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5347
+ with longitude and latitude   4.39822971502571       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17194
+ with longitude and latitude   4.32841869884251       0.438840603465106     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5348
+ with longitude and latitude   4.43313630006560       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5349
+ with longitude and latitude   4.46804288510548       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5350
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5350
+ with longitude and latitude   4.50294947014537       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5351
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5351
+ with longitude and latitude   4.53785605518526       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5352
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5352
+ with longitude and latitude   4.57276264022514       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5397
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5397
+ with longitude and latitude   6.14355896702004       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5398
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5398
+ with longitude and latitude   6.17846555205993       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5399
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5399
+ with longitude and latitude   6.21337213709981       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5400
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5400
+ with longitude and latitude   6.24827872213970       0.506145483078356     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18343
+ with longitude and latitude   6.24007699425247       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5401
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5401
+ with longitude and latitude  0.000000000000000E+000  0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5402
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5402
+ with longitude and latitude  3.490658503988659E-002  0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5403
+ with longitude and latitude  6.981317007977318E-002  0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5404
+ with longitude and latitude  0.104719755119660       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5405
+ with longitude and latitude  0.139626340159546       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5406
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5406
+ with longitude and latitude  0.174532925199433       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5407
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5407
+ with longitude and latitude  0.209439510239320       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5408
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5408
+ with longitude and latitude  0.244346095279206       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5409
+ with longitude and latitude  0.279252680319093       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17634
+ with longitude and latitude  0.288504244951800       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5412
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5412
+ with longitude and latitude  0.383972435438752       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17455
+ with longitude and latitude  0.340864122511629       0.532523669519486     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5413
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5413
+ with longitude and latitude  0.418879020478639       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17823
+ with longitude and latitude  0.410677292591403       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5414
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5414
+ with longitude and latitude  0.453785605518526       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17644
+ with longitude and latitude  0.463037170151232       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5415
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5415
+ with longitude and latitude  0.488692190558412       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17645
+ with longitude and latitude  0.480490462671176       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5416
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5416
+ with longitude and latitude  0.523598775598299       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17647
+ with longitude and latitude  0.515397047711062       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5417
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5417
+ with longitude and latitude  0.558505360638185       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17649
+ with longitude and latitude  0.550303632750949       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5418
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5418
+ with longitude and latitude  0.593411945678072       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17651
+ with longitude and latitude  0.585210217790836       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5419
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5419
+ with longitude and latitude  0.628318530717959       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17651
+ with longitude and latitude  0.585210217790836       0.549976962039430     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5420
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5420
+ with longitude and latitude  0.663225115757845       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17439
+ with longitude and latitude  0.619622586873818       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5421
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5421
+ with longitude and latitude  0.698131700797732       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17439
+ with longitude and latitude  0.619622586873818       0.469278800235388     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5422
+ with longitude and latitude  0.733038285837618       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5423
+ with longitude and latitude  0.767944870877505       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17259
+ with longitude and latitude  0.652896188099818       0.438582106828202     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5424
+ with longitude and latitude  0.802851455917392       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5425
+ with longitude and latitude  0.837758040957278       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5426
+ with longitude and latitude  0.872664625997165       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5427
+ with longitude and latitude  0.907571211037051       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5428
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5428
+ with longitude and latitude  0.942477796076938       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5429
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5429
+ with longitude and latitude  0.977384381116825       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5430
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5430
+ with longitude and latitude   1.01229096615671       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5431
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5431
+ with longitude and latitude   1.04719755119660       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5432
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5432
+ with longitude and latitude   1.08210413623648       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17099
+ with longitude and latitude   1.08210475872108       0.407050794473691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5433
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5433
+ with longitude and latitude   1.11701072127637       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17100
+ with longitude and latitude   1.11701128114518       0.407049174584480     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5434
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5434
+ with longitude and latitude   1.15191730631626       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5435
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5435
+ with longitude and latitude   1.18682389135614       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5436
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5436
+ with longitude and latitude   1.22173047639603       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5437
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5437
+ with longitude and latitude   1.25663706143592       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5438
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5438
+ with longitude and latitude   1.29154364647580       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5439
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5439
+ with longitude and latitude   1.32645023151569       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5440
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5440
+ with longitude and latitude   1.36135681655558       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5441
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5441
+ with longitude and latitude   1.39626340159546       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5442
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5442
+ with longitude and latitude   1.43116998663535       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5443
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5443
+ with longitude and latitude   1.46607657167524       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5444
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5444
+ with longitude and latitude   1.50098315671512       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5445
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5445
+ with longitude and latitude   1.53588974175501       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5446
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5446
+ with longitude and latitude   1.57079632679490       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5447
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5447
+ with longitude and latitude   1.60570291183478       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5448
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5448
+ with longitude and latitude   1.64060949687467       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5449
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5449
+ with longitude and latitude   1.67551608191456       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5450
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5450
+ with longitude and latitude   1.71042266695444       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5451
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5451
+ with longitude and latitude   1.74532925199433       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5452
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5452
+ with longitude and latitude   1.78023583703422       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5453
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5453
+ with longitude and latitude   1.81514242207410       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5454
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5454
+ with longitude and latitude   1.85004900711399       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5455
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5455
+ with longitude and latitude   1.88495559215388       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5456
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5456
+ with longitude and latitude   1.91986217719376       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5457
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5457
+ with longitude and latitude   1.95476876223365       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5458
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5458
+ with longitude and latitude   1.98967534727354       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17677
+ with longitude and latitude   2.12906991016980       0.528638506079557     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5459
+ with longitude and latitude   2.02458193231342       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17677
+ with longitude and latitude   2.12906991016980       0.528638506079557     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5460
+ with longitude and latitude   2.05948851735331       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17677
+ with longitude and latitude   2.12906991016980       0.528638506079557     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5525
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5525
+ with longitude and latitude   4.32841654494594       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5526
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5526
+ with longitude and latitude   4.36332312998582       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17375
+ with longitude and latitude   4.29351973078420       0.469989749162169     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5527
+ with longitude and latitude   4.39822971502571       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17194
+ with longitude and latitude   4.32841869884251       0.438840603465106     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5528
+ with longitude and latitude   4.43313630006560       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5529
+ with longitude and latitude   4.46804288510548       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5530
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5530
+ with longitude and latitude   4.50294947014537       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5531
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5531
+ with longitude and latitude   4.53785605518526       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5532
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5532
+ with longitude and latitude   4.57276264022514       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5533
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5533
+ with longitude and latitude   4.60766922526503       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5578
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5578
+ with longitude and latitude   6.17846555205993       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5579
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5579
+ with longitude and latitude   6.21337213709981       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5580
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5580
+ with longitude and latitude   6.24827872213970       0.523598775598299     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18343
+ with longitude and latitude   6.24007699425247       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5581
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5581
+ with longitude and latitude  0.000000000000000E+000  0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5582
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5582
+ with longitude and latitude  3.490658503988659E-002  0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5583
+ with longitude and latitude  6.981317007977318E-002  0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5584
+ with longitude and latitude  0.104719755119660       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5585
+ with longitude and latitude  0.139626340159546       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5586
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5586
+ with longitude and latitude  0.174532925199433       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5587
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5587
+ with longitude and latitude  0.209439510239320       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5588
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5588
+ with longitude and latitude  0.244346095279206       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17814
+ with longitude and latitude  0.253597659911913       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5592
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5592
+ with longitude and latitude  0.383972435438752       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17823
+ with longitude and latitude  0.410677292591403       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5593
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5593
+ with longitude and latitude  0.418879020478639       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17823
+ with longitude and latitude  0.410677292591403       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5599
+ with longitude and latitude  0.628318530717959       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17834
+ with longitude and latitude  0.602663510310779       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5600
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5600
+ with longitude and latitude  0.663225115757845       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17834
+ with longitude and latitude  0.602663510310779       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5601
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5601
+ with longitude and latitude  0.698131700797732       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17834
+ with longitude and latitude  0.602663510310779       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5602
+ with longitude and latitude  0.733038285837618       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5603
+ with longitude and latitude  0.767944870877505       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5604
+ with longitude and latitude  0.802851455917392       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5605
+ with longitude and latitude  0.837758040957278       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5606
+ with longitude and latitude  0.872664625997165       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5607
+ with longitude and latitude  0.907571211037051       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5608
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5608
+ with longitude and latitude  0.942477796076938       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5609
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5609
+ with longitude and latitude  0.977384381116825       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5610
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5610
+ with longitude and latitude   1.01229096615671       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5611
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5611
+ with longitude and latitude   1.04719755119660       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17098
+ with longitude and latitude   1.04719823377306       0.407052582403219     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5612
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5612
+ with longitude and latitude   1.08210413623648       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17099
+ with longitude and latitude   1.08210475872108       0.407050794473691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5613
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5613
+ with longitude and latitude   1.11701072127637       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17100
+ with longitude and latitude   1.11701128114518       0.407049174584480     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5614
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5614
+ with longitude and latitude   1.15191730631626       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5615
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5615
+ with longitude and latitude   1.18682389135614       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5616
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5616
+ with longitude and latitude   1.22173047639603       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5617
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5617
+ with longitude and latitude   1.25663706143592       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5618
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5618
+ with longitude and latitude   1.29154364647580       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5619
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5619
+ with longitude and latitude   1.32645023151569       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5620
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5620
+ with longitude and latitude   1.36135681655558       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5621
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5621
+ with longitude and latitude   1.39626340159546       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5622
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5622
+ with longitude and latitude   1.43116998663535       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5623
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5623
+ with longitude and latitude   1.46607657167524       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5624
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5624
+ with longitude and latitude   1.50098315671512       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5625
+ with longitude and latitude   1.53588974175501       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5626
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5626
+ with longitude and latitude   1.57079632679490       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5627
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5627
+ with longitude and latitude   1.60570291183478       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5628
+ with longitude and latitude   1.64060949687467       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5629
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5629
+ with longitude and latitude   1.67551608191456       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5630
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5630
+ with longitude and latitude   1.71042266695444       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5631
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5631
+ with longitude and latitude   1.74532925199433       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5632
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5632
+ with longitude and latitude   1.78023583703422       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5633
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5633
+ with longitude and latitude   1.81514242207410       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5634
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5634
+ with longitude and latitude   1.85004900711399       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5635
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5635
+ with longitude and latitude   1.88495559215388       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5636
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5636
+ with longitude and latitude   1.91986217719376       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5637
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5637
+ with longitude and latitude   1.95476876223365       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5638
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5638
+ with longitude and latitude   1.98967534727354       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5639
+ with longitude and latitude   2.02458193231342       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5640
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5640
+ with longitude and latitude   2.05948851735331       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17677
+ with longitude and latitude   2.12906991016980       0.528638506079557     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5705
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5705
+ with longitude and latitude   4.32841654494594       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5706
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5706
+ with longitude and latitude   4.36332312998582       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5707
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5707
+ with longitude and latitude   4.39822971502571       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17375
+ with longitude and latitude   4.29351973078420       0.469989749162169     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5708
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5708
+ with longitude and latitude   4.43313630006560       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17014
+ with longitude and latitude   4.39822988130527       0.407113511693882     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5709
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5709
+ with longitude and latitude   4.46804288510548       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5710
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5710
+ with longitude and latitude   4.50294947014537       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5711
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5711
+ with longitude and latitude   4.53785605518526       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5712
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5712
+ with longitude and latitude   4.57276264022514       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5713
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5713
+ with longitude and latitude   4.60766922526503       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5714
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5714
+ with longitude and latitude   4.64257581030492       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5715
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5715
+ with longitude and latitude   4.67748239534480       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17568
+ with longitude and latitude   4.67746655505877       0.500441434903127     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5716
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5716
+ with longitude and latitude   4.71238898038469       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17569
+ with longitude and latitude   4.71236936199303       0.500455464268459     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5717
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5717
+ with longitude and latitude   4.74729556542458       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17570
+ with longitude and latitude   4.74727228896974       0.500472431612994     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5718
+ with longitude and latitude   4.78220215046446       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17571
+ with longitude and latitude   4.78217535873739       0.500492230615283     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5719
+ with longitude and latitude   4.81710873550435       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17572
+ with longitude and latitude   4.81707859336678       0.500514736951098     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5758
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5758
+ with longitude and latitude   6.17846555205993       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17791
+ with longitude and latitude   6.10874723795522       0.531647239123050     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5759
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5759
+ with longitude and latitude   6.21337213709981       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5760
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5760
+ with longitude and latitude   6.24827872213970       0.541052068118242     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18343
+ with longitude and latitude   6.24007699425247       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5761
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5761
+ with longitude and latitude  0.000000000000000E+000  0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5762
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5762
+ with longitude and latitude  3.490658503988659E-002  0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5763
+ with longitude and latitude  6.981317007977318E-002  0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5764
+ with longitude and latitude  0.104719755119660       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5765
+ with longitude and latitude  0.139626340159546       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5766
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5766
+ with longitude and latitude  0.174532925199433       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5767
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5767
+ with longitude and latitude  0.209439510239320       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5772
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5772
+ with longitude and latitude  0.383972435438752       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17823
+ with longitude and latitude  0.410677292591403       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5779
+ with longitude and latitude  0.628318530717959       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17834
+ with longitude and latitude  0.602663510310779       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5780
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5780
+ with longitude and latitude  0.663225115757845       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17834
+ with longitude and latitude  0.602663510310779       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5781
+ with longitude and latitude  0.698131700797732       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5782
+ with longitude and latitude  0.733038285837618       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5783
+ with longitude and latitude  0.767944870877505       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5784
+ with longitude and latitude  0.802851455917392       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5785
+ with longitude and latitude  0.837758040957278       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5786
+ with longitude and latitude  0.872664625997165       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5787
+ with longitude and latitude  0.907571211037051       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5788
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5788
+ with longitude and latitude  0.942477796076938       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5789
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5789
+ with longitude and latitude  0.977384381116825       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5790
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5790
+ with longitude and latitude   1.01229096615671       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5791
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5791
+ with longitude and latitude   1.04719755119660       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5792
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5792
+ with longitude and latitude   1.08210413623648       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17099
+ with longitude and latitude   1.08210475872108       0.407050794473691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5793
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5793
+ with longitude and latitude   1.11701072127637       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17100
+ with longitude and latitude   1.11701128114518       0.407049174584480     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5794
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5794
+ with longitude and latitude   1.15191730631626       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5795
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5795
+ with longitude and latitude   1.18682389135614       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5796
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5796
+ with longitude and latitude   1.22173047639603       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5797
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5797
+ with longitude and latitude   1.25663706143592       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5798
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5798
+ with longitude and latitude   1.29154364647580       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5799
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5799
+ with longitude and latitude   1.32645023151569       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5800
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5800
+ with longitude and latitude   1.36135681655558       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5801
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5801
+ with longitude and latitude   1.39626340159546       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5802
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5802
+ with longitude and latitude   1.43116998663535       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5803
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5803
+ with longitude and latitude   1.46607657167524       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5804
+ with longitude and latitude   1.50098315671512       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5805
+ with longitude and latitude   1.53588974175501       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5806
+ with longitude and latitude   1.57079632679490       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5807
+ with longitude and latitude   1.60570291183478       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5808
+ with longitude and latitude   1.64060949687467       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5809
+ with longitude and latitude   1.67551608191456       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5810
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5810
+ with longitude and latitude   1.71042266695444       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5811
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5811
+ with longitude and latitude   1.74532925199433       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5812
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5812
+ with longitude and latitude   1.78023583703422       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5813
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5813
+ with longitude and latitude   1.81514242207410       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5814
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5814
+ with longitude and latitude   1.85004900711399       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5815
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5815
+ with longitude and latitude   1.88495559215388       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5816
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5816
+ with longitude and latitude   1.91986217719376       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5817
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5817
+ with longitude and latitude   1.95476876223365       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5818
+ with longitude and latitude   1.98967534727354       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5819
+ with longitude and latitude   2.02458193231342       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5820
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5820
+ with longitude and latitude   2.05948851735331       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17859
+ with longitude and latitude   2.12885770269775       0.556722290587553     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5884
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5884
+ with longitude and latitude   4.29350995990605       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5885
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5885
+ with longitude and latitude   4.32841654494594       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5886
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5886
+ with longitude and latitude   4.36332312998582       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5887
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5887
+ with longitude and latitude   4.39822971502571       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5888
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5888
+ with longitude and latitude   4.43313630006560       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17375
+ with longitude and latitude   4.29351973078420       0.469989749162169     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5889
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5889
+ with longitude and latitude   4.46804288510548       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5890
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5890
+ with longitude and latitude   4.50294947014537       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5891
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5891
+ with longitude and latitude   4.53785605518526       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5892
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5892
+ with longitude and latitude   4.57276264022514       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5893
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5893
+ with longitude and latitude   4.60766922526503       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5894
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5894
+ with longitude and latitude   4.64257581030492       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5895
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5895
+ with longitude and latitude   4.67748239534480       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17568
+ with longitude and latitude   4.67746655505877       0.500441434903127     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5896
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5896
+ with longitude and latitude   4.71238898038469       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17569
+ with longitude and latitude   4.71236936199303       0.500455464268459     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5897
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5897
+ with longitude and latitude   4.74729556542458       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17570
+ with longitude and latitude   4.74727228896974       0.500472431612994     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5898
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5898
+ with longitude and latitude   4.78220215046446       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17571
+ with longitude and latitude   4.78217535873739       0.500492230615283     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5899
+ with longitude and latitude   4.81710873550435       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17572
+ with longitude and latitude   4.81707859336678       0.500514736951098     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5938
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5938
+ with longitude and latitude   6.17846555205993       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17973
+ with longitude and latitude   6.10883601729004       0.561544080864373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5939
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5939
+ with longitude and latitude   6.21337213709981       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5940
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5940
+ with longitude and latitude   6.24827872213970       0.558505360638185     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18343
+ with longitude and latitude   6.24007699425247       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5941
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5941
+ with longitude and latitude  0.000000000000000E+000  0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5942
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5942
+ with longitude and latitude  3.490658503988659E-002  0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5943
+ with longitude and latitude  6.981317007977318E-002  0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5944
+ with longitude and latitude  0.104719755119660       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18715
+ with longitude and latitude  9.651802723242311E-002  0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5945
+ with longitude and latitude  0.139626340159546       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5946
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5946
+ with longitude and latitude  0.174532925199433       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5959
+ with longitude and latitude  0.628318530717959       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17834
+ with longitude and latitude  0.602663510310779       0.567430254559373     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5960
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5960
+ with longitude and latitude  0.663225115757845       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5961
+ with longitude and latitude  0.698131700797732       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5962
+ with longitude and latitude  0.733038285837618       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5963
+ with longitude and latitude  0.767944870877505       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5964
+ with longitude and latitude  0.802851455917392       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5965
+ with longitude and latitude  0.837758040957278       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5966
+ with longitude and latitude  0.872664625997165       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5967
+ with longitude and latitude  0.907571211037051       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5968
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5968
+ with longitude and latitude  0.942477796076938       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5969
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5969
+ with longitude and latitude  0.977384381116825       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5970
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5970
+ with longitude and latitude   1.01229096615671       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5971
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5971
+ with longitude and latitude   1.04719755119660       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5972
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5972
+ with longitude and latitude   1.08210413623648       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5973
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5973
+ with longitude and latitude   1.11701072127637       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5974
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5974
+ with longitude and latitude   1.15191730631626       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5975
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5975
+ with longitude and latitude   1.18682389135614       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5976
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5976
+ with longitude and latitude   1.22173047639603       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5977
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5977
+ with longitude and latitude   1.25663706143592       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5978
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5978
+ with longitude and latitude   1.29154364647580       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5979
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5979
+ with longitude and latitude   1.32645023151569       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5980
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5980
+ with longitude and latitude   1.36135681655558       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5981
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5981
+ with longitude and latitude   1.39626340159546       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5982
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5982
+ with longitude and latitude   1.43116998663535       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5983
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5983
+ with longitude and latitude   1.46607657167524       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5984
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5984
+ with longitude and latitude   1.50098315671512       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5985
+ with longitude and latitude   1.53588974175501       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5986
+ with longitude and latitude   1.57079632679490       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5987
+ with longitude and latitude   1.60570291183478       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5988
+ with longitude and latitude   1.64060949687467       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5989
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5989
+ with longitude and latitude   1.67551608191456       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5990
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5990
+ with longitude and latitude   1.71042266695444       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5991
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5991
+ with longitude and latitude   1.74532925199433       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5992
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5992
+ with longitude and latitude   1.78023583703422       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16578
+ with longitude and latitude   1.88494774759918       0.342185656917315     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5993
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5993
+ with longitude and latitude   1.81514242207410       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16762
+ with longitude and latitude   1.95476875952490       0.374869910591905     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5994
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5994
+ with longitude and latitude   1.85004900711399       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5995
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5995
+ with longitude and latitude   1.88495559215388       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5996
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5996
+ with longitude and latitude   1.91986217719376       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5997
+ with longitude and latitude   1.95476876223365       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5998
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5998
+ with longitude and latitude   1.98967534727354       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18041
+ with longitude and latitude   2.12853193153118       0.583757551123981     
+  
+ WARNING: Cannot make bilinear interpolation for target point        5999
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         5999
+ with longitude and latitude   2.02458193231342       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18041
+ with longitude and latitude   2.12853193153118       0.583757551123981     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6000
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6000
+ with longitude and latitude   2.05948851735331       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18041
+ with longitude and latitude   2.12853193153118       0.583757551123981     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6063
+ with longitude and latitude   4.25860337486616       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6064
+ with longitude and latitude   4.29350995990605       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6065
+ with longitude and latitude   4.32841654494594       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6066
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6066
+ with longitude and latitude   4.36332312998582       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6067
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6067
+ with longitude and latitude   4.39822971502571       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6068
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6068
+ with longitude and latitude   4.43313630006560       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6069
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6069
+ with longitude and latitude   4.46804288510548       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6070
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6070
+ with longitude and latitude   4.50294947014537       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6071
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6071
+ with longitude and latitude   4.53785605518526       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6072
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6072
+ with longitude and latitude   4.57276264022514       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6073
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6073
+ with longitude and latitude   4.60766922526503       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6074
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6074
+ with longitude and latitude   4.64257581030492       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6075
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6075
+ with longitude and latitude   4.67748239534480       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17568
+ with longitude and latitude   4.67746655505877       0.500441434903127     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6076
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6076
+ with longitude and latitude   4.71238898038469       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17569
+ with longitude and latitude   4.71236936199303       0.500455464268459     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6077
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6077
+ with longitude and latitude   4.74729556542458       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17570
+ with longitude and latitude   4.74727228896974       0.500472431612994     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6078
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6078
+ with longitude and latitude   4.78220215046446       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17571
+ with longitude and latitude   4.78217535873739       0.500492230615283     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6079
+ with longitude and latitude   4.81710873550435       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6080
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6080
+ with longitude and latitude   4.85201532054424       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6117
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6117
+ with longitude and latitude   6.14355896702004       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18155
+ with longitude and latitude   6.10897453767019       0.590926905084267     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6118
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6118
+ with longitude and latitude   6.17846555205993       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6119
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6119
+ with longitude and latitude   6.21337213709981       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6120
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6120
+ with longitude and latitude   6.24827872213970       0.575958653158129     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18343
+ with longitude and latitude   6.24007699425247       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6121
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6121
+ with longitude and latitude  0.000000000000000E+000  0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6122
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6122
+ with longitude and latitude  3.490658503988659E-002  0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6123
+ with longitude and latitude  6.981317007977318E-002  0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6124
+ with longitude and latitude  0.104719755119660       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18715
+ with longitude and latitude  9.651802723242311E-002  0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6125
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6125
+ with longitude and latitude  0.139626340159546       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18175
+ with longitude and latitude  0.201237782352083       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6126
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6126
+ with longitude and latitude  0.174532925199433       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17993
+ with longitude and latitude  0.201237782352083       0.584883547079316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6140
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6140
+ with longitude and latitude  0.663225115757845       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6141
+ with longitude and latitude  0.698131700797732       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6142
+ with longitude and latitude  0.733038285837618       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18019
+ with longitude and latitude  0.620116802830722       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6143
+ with longitude and latitude  0.767944870877505       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6144
+ with longitude and latitude  0.802851455917392       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6145
+ with longitude and latitude  0.837758040957278       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6146
+ with longitude and latitude  0.872664625997165       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6147
+ with longitude and latitude  0.907571211037051       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6148
+ with longitude and latitude  0.942477796076938       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6149
+ with longitude and latitude  0.977384381116825       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6150
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6150
+ with longitude and latitude   1.01229096615671       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6151
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6151
+ with longitude and latitude   1.04719755119660       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6152
+ with longitude and latitude   1.08210413623648       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6153
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6153
+ with longitude and latitude   1.11701072127637       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6154
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6154
+ with longitude and latitude   1.15191730631626       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17101
+ with longitude and latitude   1.15191780129564       0.407047729329934     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6155
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6155
+ with longitude and latitude   1.18682389135614       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6156
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6156
+ with longitude and latitude   1.22173047639603       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6157
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6157
+ with longitude and latitude   1.25663706143592       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6158
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6158
+ with longitude and latitude   1.29154364647580       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6159
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6159
+ with longitude and latitude   1.32645023151569       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6160
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6160
+ with longitude and latitude   1.36135681655558       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6161
+ with longitude and latitude   1.39626340159546       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6162
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6162
+ with longitude and latitude   1.43116998663535       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6163
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6163
+ with longitude and latitude   1.46607657167524       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6164
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6164
+ with longitude and latitude   1.50098315671512       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6165
+ with longitude and latitude   1.53588974175501       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6166
+ with longitude and latitude   1.57079632679490       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6167
+ with longitude and latitude   1.60570291183478       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6168
+ with longitude and latitude   1.64060949687467       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6169
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6169
+ with longitude and latitude   1.67551608191456       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6170
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6170
+ with longitude and latitude   1.71042266695444       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6171
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6171
+ with longitude and latitude   1.74532925199433       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6172
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6172
+ with longitude and latitude   1.78023583703422       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6173
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6173
+ with longitude and latitude   1.81514242207410       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6174
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6174
+ with longitude and latitude   1.85004900711399       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6175
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6175
+ with longitude and latitude   1.88495559215388       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6176
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6176
+ with longitude and latitude   1.91986217719376       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6177
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6177
+ with longitude and latitude   1.95476876223365       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6178
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6178
+ with longitude and latitude   1.98967534727354       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6179
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6179
+ with longitude and latitude   2.02458193231342       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6180
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6180
+ with longitude and latitude   2.05948851735331       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18041
+ with longitude and latitude   2.12853193153118       0.583757551123981     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6243
+ with longitude and latitude   4.25860337486616       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6244
+ with longitude and latitude   4.29350995990605       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6245
+ with longitude and latitude   4.32841654494594       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6246
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6246
+ with longitude and latitude   4.36332312998582       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6247
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6247
+ with longitude and latitude   4.39822971502571       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6248
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6248
+ with longitude and latitude   4.43313630006560       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6249
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6249
+ with longitude and latitude   4.46804288510548       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17384
+ with longitude and latitude   4.60766630001135       0.469956370667441     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6250
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6250
+ with longitude and latitude   4.50294947014537       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6251
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6251
+ with longitude and latitude   4.53785605518526       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6252
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6252
+ with longitude and latitude   4.57276264022514       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6253
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6253
+ with longitude and latitude   4.60766922526503       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6254
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6254
+ with longitude and latitude   4.64257581030492       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6255
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6255
+ with longitude and latitude   4.67748239534480       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17568
+ with longitude and latitude   4.67746655505877       0.500441434903127     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6256
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6256
+ with longitude and latitude   4.71238898038469       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17569
+ with longitude and latitude   4.71236936199303       0.500455464268459     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6257
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6257
+ with longitude and latitude   4.74729556542458       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17570
+ with longitude and latitude   4.74727228896974       0.500472431612994     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6258
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6258
+ with longitude and latitude   4.78220215046446       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17571
+ with longitude and latitude   4.78217535873739       0.500492230615283     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6259
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6259
+ with longitude and latitude   4.81710873550435       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6260
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6260
+ with longitude and latitude   4.85201532054424       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6298
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6298
+ with longitude and latitude   6.17846555205993       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6299
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6299
+ with longitude and latitude   6.21337213709981       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6300
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6300
+ with longitude and latitude   6.24827872213970       0.593411945678072     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18343
+ with longitude and latitude   6.24007699425247       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6301
+ with longitude and latitude  0.000000000000000E+000  0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18344
+ with longitude and latitude   6.25753028677241       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6302
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6302
+ with longitude and latitude  3.490658503988659E-002  0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6303
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6303
+ with longitude and latitude  6.981317007977318E-002  0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18529
+ with longitude and latitude  2.670485715264993E-002  0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6304
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6304
+ with longitude and latitude  0.104719755119660       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18715
+ with longitude and latitude  9.651802723242311E-002  0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6305
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6305
+ with longitude and latitude  0.139626340159546       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18717
+ with longitude and latitude  0.131424612272310       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6306
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6306
+ with longitude and latitude  0.174532925199433       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18175
+ with longitude and latitude  0.201237782352083       0.602336839599259     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6320
+ with longitude and latitude  0.663225115757845       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18201
+ with longitude and latitude  0.620116802830722       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6321
+ with longitude and latitude  0.698131700797732       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18201
+ with longitude and latitude  0.620116802830722       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6322
+ with longitude and latitude  0.733038285837618       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18201
+ with longitude and latitude  0.620116802830722       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6323
+ with longitude and latitude  0.767944870877505       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6324
+ with longitude and latitude  0.802851455917392       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6325
+ with longitude and latitude  0.837758040957278       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6326
+ with longitude and latitude  0.872664625997165       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6327
+ with longitude and latitude  0.907571211037051       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6328
+ with longitude and latitude  0.942477796076938       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6329
+ with longitude and latitude  0.977384381116825       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6330
+ with longitude and latitude   1.01229096615671       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6331
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6331
+ with longitude and latitude   1.04719755119660       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6332
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6332
+ with longitude and latitude   1.08210413623648       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6333
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6333
+ with longitude and latitude   1.11701072127637       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6334
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6334
+ with longitude and latitude   1.15191730631626       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6335
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6335
+ with longitude and latitude   1.18682389135614       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6336
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6336
+ with longitude and latitude   1.22173047639603       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6337
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6337
+ with longitude and latitude   1.25663706143592       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6338
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6338
+ with longitude and latitude   1.29154364647580       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6339
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6339
+ with longitude and latitude   1.32645023151569       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6340
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6340
+ with longitude and latitude   1.36135681655558       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6341
+ with longitude and latitude   1.39626340159546       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6342
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6342
+ with longitude and latitude   1.43116998663535       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6343
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6343
+ with longitude and latitude   1.46607657167524       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6344
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6344
+ with longitude and latitude   1.50098315671512       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6345
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6345
+ with longitude and latitude   1.53588974175501       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6346
+ with longitude and latitude   1.57079632679490       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6347
+ with longitude and latitude   1.60570291183478       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6348
+ with longitude and latitude   1.64060949687467       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6349
+ with longitude and latitude   1.67551608191456       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6350
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6350
+ with longitude and latitude   1.71042266695444       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6351
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6351
+ with longitude and latitude   1.74532925199433       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6352
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6352
+ with longitude and latitude   1.78023583703422       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6353
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6353
+ with longitude and latitude   1.81514242207410       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6354
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6354
+ with longitude and latitude   1.85004900711399       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6355
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6355
+ with longitude and latitude   1.88495559215388       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6356
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6356
+ with longitude and latitude   1.91986217719376       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6357
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6357
+ with longitude and latitude   1.95476876223365       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6358
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6358
+ with longitude and latitude   1.98967534727354       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6359
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6359
+ with longitude and latitude   2.02458193231342       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6360
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6360
+ with longitude and latitude   2.05948851735331       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6422
+ with longitude and latitude   4.22369678982628       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6423
+ with longitude and latitude   4.25860337486616       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6424
+ with longitude and latitude   4.29350995990605       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6425
+ with longitude and latitude   4.32841654494594       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6426
+ with longitude and latitude   4.36332312998582       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6427
+ with longitude and latitude   4.39822971502571       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6428
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6428
+ with longitude and latitude   4.43313630006560       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6429
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6429
+ with longitude and latitude   4.46804288510548       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6430
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6430
+ with longitude and latitude   4.50294947014537       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6431
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6431
+ with longitude and latitude   4.53785605518526       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6432
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6432
+ with longitude and latitude   4.57276264022514       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6433
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6433
+ with longitude and latitude   4.60766922526503       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6434
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6434
+ with longitude and latitude   4.64257581030492       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6435
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6435
+ with longitude and latitude   4.67748239534480       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17568
+ with longitude and latitude   4.67746655505877       0.500441434903127     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6436
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6436
+ with longitude and latitude   4.71238898038469       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17569
+ with longitude and latitude   4.71236936199303       0.500455464268459     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6437
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6437
+ with longitude and latitude   4.74729556542458       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17570
+ with longitude and latitude   4.74727228896974       0.500472431612994     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6438
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6438
+ with longitude and latitude   4.78220215046446       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6439
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6439
+ with longitude and latitude   4.81710873550435       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6440
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6440
+ with longitude and latitude   4.85201532054424       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6441
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6441
+ with longitude and latitude   4.88692190558412       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6477
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6477
+ with longitude and latitude   6.14355896702004       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18337
+ with longitude and latitude   6.10917730035290       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6478
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6478
+ with longitude and latitude   6.17846555205993       0.610865238198015     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18341
+ with longitude and latitude   6.20517040921258       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6483
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6483
+ with longitude and latitude  6.981317007977318E-002  0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18713
+ with longitude and latitude  6.161144219253652E-002  0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6484
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6484
+ with longitude and latitude  0.104719755119660       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18715
+ with longitude and latitude  9.651802723242311E-002  0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6485
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6485
+ with longitude and latitude  0.139626340159546       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18717
+ with longitude and latitude  0.131424612272310       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6486
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6486
+ with longitude and latitude  0.174532925199433       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18357
+ with longitude and latitude  0.201237782352083       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6500
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6500
+ with longitude and latitude  0.663225115757845       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6501
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6501
+ with longitude and latitude  0.698131700797732       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6502
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6502
+ with longitude and latitude  0.733038285837618       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6503
+ with longitude and latitude  0.767944870877505       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6504
+ with longitude and latitude  0.802851455917392       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6505
+ with longitude and latitude  0.837758040957278       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6506
+ with longitude and latitude  0.872664625997165       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6507
+ with longitude and latitude  0.907571211037051       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18579
+ with longitude and latitude  0.899369483149815       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6508
+ with longitude and latitude  0.942477796076938       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6509
+ with longitude and latitude  0.977384381116825       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6510
+ with longitude and latitude   1.01229096615671       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6511
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6511
+ with longitude and latitude   1.04719755119660       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6512
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6512
+ with longitude and latitude   1.08210413623648       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6513
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6513
+ with longitude and latitude   1.11701072127637       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6514
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6514
+ with longitude and latitude   1.15191730631626       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6515
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6515
+ with longitude and latitude   1.18682389135614       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6516
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6516
+ with longitude and latitude   1.22173047639603       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6517
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6517
+ with longitude and latitude   1.25663706143592       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6518
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6518
+ with longitude and latitude   1.29154364647580       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6519
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6519
+ with longitude and latitude   1.32645023151569       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6520
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6520
+ with longitude and latitude   1.36135681655558       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6521
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6521
+ with longitude and latitude   1.39626340159546       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6522
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6522
+ with longitude and latitude   1.43116998663535       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6523
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6523
+ with longitude and latitude   1.46607657167524       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6524
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6524
+ with longitude and latitude   1.50098315671512       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6525
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6525
+ with longitude and latitude   1.53588974175501       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6526
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6526
+ with longitude and latitude   1.57079632679490       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6527
+ with longitude and latitude   1.60570291183478       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6528
+ with longitude and latitude   1.64060949687467       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6529
+ with longitude and latitude   1.67551608191456       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6530
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6530
+ with longitude and latitude   1.71042266695444       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6531
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6531
+ with longitude and latitude   1.74532925199433       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6532
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6532
+ with longitude and latitude   1.78023583703422       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6533
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6533
+ with longitude and latitude   1.81514242207410       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6534
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6534
+ with longitude and latitude   1.85004900711399       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6535
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6535
+ with longitude and latitude   1.88495559215388       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6536
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6536
+ with longitude and latitude   1.91986217719376       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6537
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6537
+ with longitude and latitude   1.95476876223365       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6538
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6538
+ with longitude and latitude   1.98967534727354       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6539
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6539
+ with longitude and latitude   2.02458193231342       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6540
+ with longitude and latitude   2.05948851735331       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6602
+ with longitude and latitude   4.22369678982628       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6603
+ with longitude and latitude   4.25860337486616       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6604
+ with longitude and latitude   4.29350995990605       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6605
+ with longitude and latitude   4.32841654494594       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6606
+ with longitude and latitude   4.36332312998582       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6607
+ with longitude and latitude   4.39822971502571       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6608
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6608
+ with longitude and latitude   4.43313630006560       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6609
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6609
+ with longitude and latitude   4.46804288510548       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6610
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6610
+ with longitude and latitude   4.50294947014537       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6611
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6611
+ with longitude and latitude   4.53785605518526       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6612
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6612
+ with longitude and latitude   4.57276264022514       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6613
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6613
+ with longitude and latitude   4.60766922526503       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6614
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6614
+ with longitude and latitude   4.64257581030492       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6615
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6615
+ with longitude and latitude   4.67748239534480       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17568
+ with longitude and latitude   4.67746655505877       0.500441434903127     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6616
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6616
+ with longitude and latitude   4.71238898038469       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17569
+ with longitude and latitude   4.71236936199303       0.500455464268459     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6617
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6617
+ with longitude and latitude   4.74729556542458       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17570
+ with longitude and latitude   4.74727228896974       0.500472431612994     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6618
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6618
+ with longitude and latitude   4.78220215046446       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6619
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6619
+ with longitude and latitude   4.81710873550435       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17938
+ with longitude and latitude   4.88676592949852       0.559586659385809     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6620
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6620
+ with longitude and latitude   4.85201532054424       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6621
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6621
+ with longitude and latitude   4.88692190558412       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6622
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6622
+ with longitude and latitude   4.92182849062401       0.628318530717959     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6676
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6676
+ with longitude and latitude  0.523598775598299       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18556
+ with longitude and latitude  0.497943755191119       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6677
+ with longitude and latitude  0.558505360638185       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18377
+ with longitude and latitude  0.550303632750949       0.619790132119203     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6680
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6680
+ with longitude and latitude  0.663225115757845       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6681
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6681
+ with longitude and latitude  0.698131700797732       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6682
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6682
+ with longitude and latitude  0.733038285837618       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6683
+ with longitude and latitude  0.767944870877505       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6684
+ with longitude and latitude  0.802851455917392       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6685
+ with longitude and latitude  0.837758040957278       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6689
+ with longitude and latitude  0.977384381116825       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6690
+ with longitude and latitude   1.01229096615671       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6691
+ with longitude and latitude   1.04719755119660       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6692
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6692
+ with longitude and latitude   1.08210413623648       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6693
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6693
+ with longitude and latitude   1.11701072127637       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6694
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6694
+ with longitude and latitude   1.15191730631626       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6695
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6695
+ with longitude and latitude   1.18682389135614       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18581
+ with longitude and latitude  0.934276068189702       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6696
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6696
+ with longitude and latitude   1.22173047639603       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6697
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6697
+ with longitude and latitude   1.25663706143592       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6698
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6698
+ with longitude and latitude   1.29154364647580       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6699
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6699
+ with longitude and latitude   1.32645023151569       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6700
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6700
+ with longitude and latitude   1.36135681655558       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6701
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6701
+ with longitude and latitude   1.39626340159546       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6702
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6702
+ with longitude and latitude   1.43116998663535       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6703
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6703
+ with longitude and latitude   1.46607657167524       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6704
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6704
+ with longitude and latitude   1.50098315671512       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6705
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6705
+ with longitude and latitude   1.53588974175501       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6706
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6706
+ with longitude and latitude   1.57079632679490       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6707
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6707
+ with longitude and latitude   1.60570291183478       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6708
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6708
+ with longitude and latitude   1.64060949687467       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6709
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6709
+ with longitude and latitude   1.67551608191456       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6710
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6710
+ with longitude and latitude   1.71042266695444       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6711
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6711
+ with longitude and latitude   1.74532925199433       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6712
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6712
+ with longitude and latitude   1.78023583703422       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6713
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6713
+ with longitude and latitude   1.81514242207410       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6714
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6714
+ with longitude and latitude   1.85004900711399       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6715
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6715
+ with longitude and latitude   1.88495559215388       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6716
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6716
+ with longitude and latitude   1.91986217719376       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6717
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6717
+ with longitude and latitude   1.95476876223365       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6718
+ with longitude and latitude   1.98967534727354       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6719
+ with longitude and latitude   2.02458193231342       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6781
+ with longitude and latitude   4.18879020478639       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18281
+ with longitude and latitude   4.15436338988971       0.615813850963990     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6782
+ with longitude and latitude   4.22369678982628       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18281
+ with longitude and latitude   4.15436338988971       0.615813850963990     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6783
+ with longitude and latitude   4.25860337486616       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6784
+ with longitude and latitude   4.29350995990605       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6785
+ with longitude and latitude   4.32841654494594       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6786
+ with longitude and latitude   4.36332312998582       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6787
+ with longitude and latitude   4.39822971502571       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6788
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6788
+ with longitude and latitude   4.43313630006560       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6789
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6789
+ with longitude and latitude   4.46804288510548       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6790
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6790
+ with longitude and latitude   4.50294947014537       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6791
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6791
+ with longitude and latitude   4.53785605518526       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6792
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6792
+ with longitude and latitude   4.57276264022514       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6793
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6793
+ with longitude and latitude   4.60766922526503       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6794
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6794
+ with longitude and latitude   4.64257581030492       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6795
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6795
+ with longitude and latitude   4.67748239534480       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6796
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6796
+ with longitude and latitude   4.71238898038469       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6797
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6797
+ with longitude and latitude   4.74729556542458       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6798
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6798
+ with longitude and latitude   4.78220215046446       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6799
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6799
+ with longitude and latitude   4.81710873550435       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6800
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6800
+ with longitude and latitude   4.85201532054424       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6801
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6801
+ with longitude and latitude   4.88692190558412       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6802
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6802
+ with longitude and latitude   4.92182849062401       0.645771823237902     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18487
+ with longitude and latitude   4.99081183306988       0.643270933912911     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6852
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6852
+ with longitude and latitude  0.383972435438752       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18730
+ with longitude and latitude  0.358317415031573       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6855
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6855
+ with longitude and latitude  0.488692190558412       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18736
+ with longitude and latitude  0.463037170151232       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6856
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6856
+ with longitude and latitude  0.523598775598299       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18556
+ with longitude and latitude  0.497943755191119       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6857
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6857
+ with longitude and latitude  0.558505360638185       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18562
+ with longitude and latitude  0.602663510310779       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6858
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6858
+ with longitude and latitude  0.593411945678072       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18562
+ with longitude and latitude  0.602663510310779       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6859
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6859
+ with longitude and latitude  0.628318530717959       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6860
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6860
+ with longitude and latitude  0.663225115757845       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6861
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6861
+ with longitude and latitude  0.698131700797732       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19297
+ with longitude and latitude  0.689929972910495       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6862
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6862
+ with longitude and latitude  0.733038285837618       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6863
+ with longitude and latitude  0.767944870877505       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18759
+ with longitude and latitude  0.864462898109928       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6864
+ with longitude and latitude  0.802851455917392       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18759
+ with longitude and latitude  0.864462898109928       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6865
+ with longitude and latitude  0.837758040957278       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18577
+ with longitude and latitude  0.864462898109928       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6869
+ with longitude and latitude  0.977384381116825       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6870
+ with longitude and latitude   1.01229096615671       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6871
+ with longitude and latitude   1.04719755119660       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6872
+ with longitude and latitude   1.08210413623648       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6873
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6873
+ with longitude and latitude   1.11701072127637       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6874
+ with longitude and latitude   1.15191730631626       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6875
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6875
+ with longitude and latitude   1.18682389135614       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6876
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6876
+ with longitude and latitude   1.22173047639603       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6877
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6877
+ with longitude and latitude   1.25663706143592       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6878
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6878
+ with longitude and latitude   1.29154364647580       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6879
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6879
+ with longitude and latitude   1.32645023151569       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6880
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6880
+ with longitude and latitude   1.36135681655558       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6881
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6881
+ with longitude and latitude   1.39626340159546       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6882
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6882
+ with longitude and latitude   1.43116998663535       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6883
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6883
+ with longitude and latitude   1.46607657167524       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6884
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6884
+ with longitude and latitude   1.50098315671512       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6885
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6885
+ with longitude and latitude   1.53588974175501       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6886
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6886
+ with longitude and latitude   1.57079632679490       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6887
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6887
+ with longitude and latitude   1.60570291183478       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6888
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6888
+ with longitude and latitude   1.64060949687467       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6889
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6889
+ with longitude and latitude   1.67551608191456       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6890
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6890
+ with longitude and latitude   1.71042266695444       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6891
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6891
+ with longitude and latitude   1.74532925199433       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6892
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6892
+ with longitude and latitude   1.78023583703422       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6893
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6893
+ with longitude and latitude   1.81514242207410       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6894
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6894
+ with longitude and latitude   1.85004900711399       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6895
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6895
+ with longitude and latitude   1.88495559215388       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6896
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6896
+ with longitude and latitude   1.91986217719376       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6897
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6897
+ with longitude and latitude   1.95476876223365       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6898
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6898
+ with longitude and latitude   1.98967534727354       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6899
+ with longitude and latitude   2.02458193231342       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18586
+ with longitude and latitude   2.09173724435681       0.657501881769252     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6961
+ with longitude and latitude   4.18879020478639       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6962
+ with longitude and latitude   4.22369678982628       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18281
+ with longitude and latitude   4.15436338988971       0.615813850963990     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6963
+ with longitude and latitude   4.25860337486616       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6964
+ with longitude and latitude   4.29350995990605       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6965
+ with longitude and latitude   4.32841654494594       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6966
+ with longitude and latitude   4.36332312998582       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6967
+ with longitude and latitude   4.39822971502571       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6968
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6968
+ with longitude and latitude   4.43313630006560       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6969
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6969
+ with longitude and latitude   4.46804288510548       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6970
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6970
+ with longitude and latitude   4.50294947014537       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6971
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6971
+ with longitude and latitude   4.53785605518526       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6972
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6972
+ with longitude and latitude   4.57276264022514       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17567
+ with longitude and latitude   4.64256384484910       0.500430431278171     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6973
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6973
+ with longitude and latitude   4.60766922526503       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6974
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6974
+ with longitude and latitude   4.64257581030492       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6975
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6975
+ with longitude and latitude   4.67748239534480       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6976
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6976
+ with longitude and latitude   4.71238898038469       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6977
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6977
+ with longitude and latitude   4.74729556542458       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6978
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6978
+ with longitude and latitude   4.78220215046446       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6979
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6979
+ with longitude and latitude   4.81710873550435       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6980
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6980
+ with longitude and latitude   4.85201532054424       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6981
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6981
+ with longitude and latitude   4.88692190558412       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18121
+ with longitude and latitude   4.92153412333151       0.588121654714842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6982
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         6982
+ with longitude and latitude   4.92182849062401       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18669
+ with longitude and latitude   4.99042077471153       0.669576257584344     
+  
+ WARNING: Cannot make bilinear interpolation for target point        6983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7018
+ with longitude and latitude   6.17846555205993       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18521
+ with longitude and latitude   6.16597946659118       0.639057541605478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7019
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7019
+ with longitude and latitude   6.21337213709981       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18523
+ with longitude and latitude   6.20517040921258       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7020
+ with longitude and latitude   6.24827872213970       0.663225115757845     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18709
+ with longitude and latitude   6.27498357929236       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7032
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7032
+ with longitude and latitude  0.383972435438752       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18912
+ with longitude and latitude  0.358317415031573       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7035
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7035
+ with longitude and latitude  0.488692190558412       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18918
+ with longitude and latitude  0.463037170151232       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7036
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7036
+ with longitude and latitude  0.523598775598299       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19467
+ with longitude and latitude  0.515397047711062       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7037
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7037
+ with longitude and latitude  0.558505360638185       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19469
+ with longitude and latitude  0.550303632750949       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7038
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7038
+ with longitude and latitude  0.593411945678072       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18562
+ with longitude and latitude  0.602663510310779       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7039
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7039
+ with longitude and latitude  0.628318530717959       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18383
+ with longitude and latitude  0.620116802830722       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7040
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7040
+ with longitude and latitude  0.663225115757845       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19295
+ with longitude and latitude  0.655023387870609       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7041
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7041
+ with longitude and latitude  0.698131700797732       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19297
+ with longitude and latitude  0.689929972910495       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7042
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7042
+ with longitude and latitude  0.733038285837618       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7043
+ with longitude and latitude  0.767944870877505       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7044
+ with longitude and latitude  0.802851455917392       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18941
+ with longitude and latitude  0.864462898109928       0.689603302198976     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7045
+ with longitude and latitude  0.837758040957278       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18759
+ with longitude and latitude  0.864462898109928       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7049
+ with longitude and latitude  0.977384381116825       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7050
+ with longitude and latitude   1.01229096615671       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7051
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7051
+ with longitude and latitude   1.04719755119660       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7052
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7052
+ with longitude and latitude   1.08210413623648       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7053
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7053
+ with longitude and latitude   1.11701072127637       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7054
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7054
+ with longitude and latitude   1.15191730631626       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7055
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7055
+ with longitude and latitude   1.18682389135614       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18763
+ with longitude and latitude  0.934276068189702       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7056
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7056
+ with longitude and latitude   1.22173047639603       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7057
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7057
+ with longitude and latitude   1.25663706143592       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7058
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7058
+ with longitude and latitude   1.29154364647580       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7059
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7059
+ with longitude and latitude   1.32645023151569       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7060
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7060
+ with longitude and latitude   1.36135681655558       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7061
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7061
+ with longitude and latitude   1.39626340159546       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7062
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7062
+ with longitude and latitude   1.43116998663535       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7063
+ with longitude and latitude   1.46607657167524       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7064
+ with longitude and latitude   1.50098315671512       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7065
+ with longitude and latitude   1.53588974175501       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7066
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7066
+ with longitude and latitude   1.57079632679490       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7067
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7067
+ with longitude and latitude   1.60570291183478       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7068
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7068
+ with longitude and latitude   1.64060949687467       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7069
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7069
+ with longitude and latitude   1.67551608191456       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7070
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7070
+ with longitude and latitude   1.71042266695444       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7071
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7071
+ with longitude and latitude   1.74532925199433       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7072
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7072
+ with longitude and latitude   1.78023583703422       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7073
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7073
+ with longitude and latitude   1.81514242207410       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7074
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7074
+ with longitude and latitude   1.85004900711399       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7075
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7075
+ with longitude and latitude   1.88495559215388       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7076
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7076
+ with longitude and latitude   1.91986217719376       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7077
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7077
+ with longitude and latitude   1.95476876223365       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7078
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7078
+ with longitude and latitude   1.98967534727354       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7079
+ with longitude and latitude   2.02458193231342       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7084
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7084
+ with longitude and latitude   2.19911485751286       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7141
+ with longitude and latitude   4.18879020478639       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7142
+ with longitude and latitude   4.22369678982628       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7143
+ with longitude and latitude   4.25860337486616       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18281
+ with longitude and latitude   4.15436338988971       0.615813850963990     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7144
+ with longitude and latitude   4.29350995990605       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7145
+ with longitude and latitude   4.32841654494594       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7146
+ with longitude and latitude   4.36332312998582       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7147
+ with longitude and latitude   4.39822971502571       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7148
+ with longitude and latitude   4.43313630006560       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17738
+ with longitude and latitude   4.25867034534826       0.530340251353291     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7149
+ with longitude and latitude   4.46804288510548       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7150
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7150
+ with longitude and latitude   4.50294947014537       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7151
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7151
+ with longitude and latitude   4.53785605518526       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7152
+ with longitude and latitude   4.57276264022514       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7153
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7153
+ with longitude and latitude   4.60766922526503       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7154
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7154
+ with longitude and latitude   4.64257581030492       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7155
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7155
+ with longitude and latitude   4.67748239534480       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7156
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7156
+ with longitude and latitude   4.71238898038469       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7157
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7157
+ with longitude and latitude   4.74729556542458       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7158
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7158
+ with longitude and latitude   4.78220215046446       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7159
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7159
+ with longitude and latitude   4.81710873550435       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7160
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7160
+ with longitude and latitude   4.85201532054424       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7161
+ with longitude and latitude   4.88692190558412       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18669
+ with longitude and latitude   4.99042077471153       0.669576257584344     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7162
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7162
+ with longitude and latitude   4.92182849062401       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18669
+ with longitude and latitude   4.99042077471153       0.669576257584344     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7198
+ with longitude and latitude   6.17846555205993       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18521
+ with longitude and latitude   6.16597946659118       0.639057541605478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7199
+ with longitude and latitude   6.21337213709981       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18523
+ with longitude and latitude   6.20517040921258       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7200
+ with longitude and latitude   6.24827872213970       0.680678408277788     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18709
+ with longitude and latitude   6.27498357929236       0.654696717159089     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7212
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7212
+ with longitude and latitude  0.383972435438752       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18912
+ with longitude and latitude  0.358317415031573       0.672150009679033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7215
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7215
+ with longitude and latitude  0.488692190558412       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19466
+ with longitude and latitude  0.497943755191119       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7216
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7216
+ with longitude and latitude  0.523598775598299       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19467
+ with longitude and latitude  0.515397047711062       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7217
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7217
+ with longitude and latitude  0.558505360638185       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19469
+ with longitude and latitude  0.550303632750949       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7218
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7218
+ with longitude and latitude  0.593411945678072       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19469
+ with longitude and latitude  0.550303632750949       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7219
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7219
+ with longitude and latitude  0.628318530717959       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19294
+ with longitude and latitude  0.637570095350666       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7220
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7220
+ with longitude and latitude  0.663225115757845       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19295
+ with longitude and latitude  0.655023387870609       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7221
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7221
+ with longitude and latitude  0.698131700797732       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19297
+ with longitude and latitude  0.689929972910495       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7222
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7222
+ with longitude and latitude  0.733038285837618       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7223
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7223
+ with longitude and latitude  0.767944870877505       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7224
+ with longitude and latitude  0.802851455917392       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18941
+ with longitude and latitude  0.864462898109928       0.689603302198976     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7225
+ with longitude and latitude  0.837758040957278       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18941
+ with longitude and latitude  0.864462898109928       0.689603302198976     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7228
+ with longitude and latitude  0.942477796076938       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18944
+ with longitude and latitude  0.916822775669758       0.689603302198976     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7229
+ with longitude and latitude  0.977384381116825       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7230
+ with longitude and latitude   1.01229096615671       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7231
+ with longitude and latitude   1.04719755119660       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7232
+ with longitude and latitude   1.08210413623648       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7233
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7233
+ with longitude and latitude   1.11701072127637       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7234
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7234
+ with longitude and latitude   1.15191730631626       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7235
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7235
+ with longitude and latitude   1.18682389135614       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7236
+ with longitude and latitude   1.22173047639603       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7237
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7237
+ with longitude and latitude   1.25663706143592       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7238
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7238
+ with longitude and latitude   1.29154364647580       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7239
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7239
+ with longitude and latitude   1.32645023151569       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7240
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7240
+ with longitude and latitude   1.36135681655558       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7241
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7241
+ with longitude and latitude   1.39626340159546       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17102
+ with longitude and latitude   1.18682431943315       0.407046464602589     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7242
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7242
+ with longitude and latitude   1.43116998663535       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7243
+ with longitude and latitude   1.46607657167524       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7244
+ with longitude and latitude   1.50098315671512       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7245
+ with longitude and latitude   1.53588974175501       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7246
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7246
+ with longitude and latitude   1.57079632679490       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7247
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7247
+ with longitude and latitude   1.60570291183478       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7248
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7248
+ with longitude and latitude   1.64060949687467       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7249
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7249
+ with longitude and latitude   1.67551608191456       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7250
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7250
+ with longitude and latitude   1.71042266695444       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7251
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7251
+ with longitude and latitude   1.74532925199433       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7252
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7252
+ with longitude and latitude   1.78023583703422       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7253
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7253
+ with longitude and latitude   1.81514242207410       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7254
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7254
+ with longitude and latitude   1.85004900711399       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7255
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7255
+ with longitude and latitude   1.88495559215388       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7256
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7256
+ with longitude and latitude   1.91986217719376       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7257
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7257
+ with longitude and latitude   1.95476876223365       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7258
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7258
+ with longitude and latitude   1.98967534727354       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7259
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7259
+ with longitude and latitude   2.02458193231342       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7260
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7260
+ with longitude and latitude   2.05948851735331       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7264
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7264
+ with longitude and latitude   2.19911485751286       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7320
+ with longitude and latitude   4.15388361974650       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7321
+ with longitude and latitude   4.18879020478639       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7322
+ with longitude and latitude   4.22369678982628       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7323
+ with longitude and latitude   4.25860337486616       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7324
+ with longitude and latitude   4.29350995990605       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7325
+ with longitude and latitude   4.32841654494594       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7326
+ with longitude and latitude   4.36332312998582       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7327
+ with longitude and latitude   4.39822971502571       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7328
+ with longitude and latitude   4.43313630006560       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        17919
+ with longitude and latitude   4.22383999513085       0.559507656994190     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7329
+ with longitude and latitude   4.46804288510548       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7330
+ with longitude and latitude   4.50294947014537       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7331
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7331
+ with longitude and latitude   4.53785605518526       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7332
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7332
+ with longitude and latitude   4.57276264022514       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7333
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7333
+ with longitude and latitude   4.60766922526503       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7334
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7334
+ with longitude and latitude   4.64257581030492       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7335
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7335
+ with longitude and latitude   4.67748239534480       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7336
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7336
+ with longitude and latitude   4.71238898038469       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7337
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7337
+ with longitude and latitude   4.74729556542458       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7338
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7338
+ with longitude and latitude   4.78220215046446       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7339
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7339
+ with longitude and latitude   4.81710873550435       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7340
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7340
+ with longitude and latitude   4.85201532054424       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7341
+ with longitude and latitude   4.88692190558412       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19394
+ with longitude and latitude   4.88350027807957       0.764957486734194     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7342
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7342
+ with longitude and latitude   4.92182849062401       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18669
+ with longitude and latitude   4.99042077471153       0.669576257584344     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7343
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7343
+ with longitude and latitude   4.95673507566390       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18669
+ with longitude and latitude   4.99042077471153       0.669576257584344     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7378
+ with longitude and latitude   6.17846555205993       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18883
+ with longitude and latitude   6.11032960788991       0.703250395576281     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7379
+ with longitude and latitude   6.21337213709981       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18523
+ with longitude and latitude   6.20517040921258       0.637243424639146     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7380
+ with longitude and latitude   6.24827872213970       0.698131700797732     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19074
+ with longitude and latitude  9.251564632706620E-003  0.689603302198976     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7381
+ with longitude and latitude  0.000000000000000E+000  0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19257
+ with longitude and latitude  2.670485715264993E-002  0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7391
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7391
+ with longitude and latitude  0.349065850398866       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19274
+ with longitude and latitude  0.323410829991686       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7392
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7392
+ with longitude and latitude  0.383972435438752       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19280
+ with longitude and latitude  0.428130585111346       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7398
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7398
+ with longitude and latitude  0.593411945678072       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19653
+ with longitude and latitude  0.585210217790836       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7399
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7399
+ with longitude and latitude  0.628318530717959       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19294
+ with longitude and latitude  0.637570095350666       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7402
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7402
+ with longitude and latitude  0.733038285837618       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7403
+ with longitude and latitude  0.767944870877505       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7404
+ with longitude and latitude  0.802851455917392       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19486
+ with longitude and latitude  0.847009605589985       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7405
+ with longitude and latitude  0.837758040957278       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19305
+ with longitude and latitude  0.864462898109928       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7409
+ with longitude and latitude  0.977384381116825       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7410
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7410
+ with longitude and latitude   1.01229096615671       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7411
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7411
+ with longitude and latitude   1.04719755119660       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7412
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7412
+ with longitude and latitude   1.08210413623648       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7413
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7413
+ with longitude and latitude   1.11701072127637       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7414
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7414
+ with longitude and latitude   1.15191730631626       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7415
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7415
+ with longitude and latitude   1.18682389135614       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7416
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7416
+ with longitude and latitude   1.22173047639603       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7417
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7417
+ with longitude and latitude   1.25663706143592       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7418
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7418
+ with longitude and latitude   1.29154364647580       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7419
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7419
+ with longitude and latitude   1.32645023151569       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7420
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7420
+ with longitude and latitude   1.36135681655558       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7421
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7421
+ with longitude and latitude   1.39626340159546       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7422
+ with longitude and latitude   1.43116998663535       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7423
+ with longitude and latitude   1.46607657167524       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7424
+ with longitude and latitude   1.50098315671512       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7425
+ with longitude and latitude   1.53588974175501       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7426
+ with longitude and latitude   1.57079632679490       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7427
+ with longitude and latitude   1.60570291183478       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7428
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7428
+ with longitude and latitude   1.64060949687467       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7429
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7429
+ with longitude and latitude   1.67551608191456       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7430
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7430
+ with longitude and latitude   1.71042266695444       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7431
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7431
+ with longitude and latitude   1.74532925199433       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7432
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7432
+ with longitude and latitude   1.78023583703422       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7433
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7433
+ with longitude and latitude   1.81514242207410       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7434
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7434
+ with longitude and latitude   1.85004900711399       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7435
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7435
+ with longitude and latitude   1.88495559215388       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7436
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7436
+ with longitude and latitude   1.91986217719376       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7437
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7437
+ with longitude and latitude   1.95476876223365       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7438
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7438
+ with longitude and latitude   1.98967534727354       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7439
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7439
+ with longitude and latitude   2.02458193231342       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7440
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7440
+ with longitude and latitude   2.05948851735331       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7441
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7441
+ with longitude and latitude   2.09439510239320       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7442
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7442
+ with longitude and latitude   2.12930168743308       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7443
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7443
+ with longitude and latitude   2.16420827247297       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7444
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7444
+ with longitude and latitude   2.19911485751286       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7500
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7500
+ with longitude and latitude   4.15388361974650       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19007
+ with longitude and latitude   4.08644742614223       0.719921042110801     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7501
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7501
+ with longitude and latitude   4.18879020478639       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7502
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7502
+ with longitude and latitude   4.22369678982628       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7503
+ with longitude and latitude   4.25860337486616       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7504
+ with longitude and latitude   4.29350995990605       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7505
+ with longitude and latitude   4.32841654494594       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7506
+ with longitude and latitude   4.36332312998582       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7507
+ with longitude and latitude   4.39822971502571       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7508
+ with longitude and latitude   4.43313630006560       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7509
+ with longitude and latitude   4.46804288510548       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7510
+ with longitude and latitude   4.50294947014537       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7511
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7511
+ with longitude and latitude   4.53785605518526       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7512
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7512
+ with longitude and latitude   4.57276264022514       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7513
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7513
+ with longitude and latitude   4.60766922526503       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7514
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7514
+ with longitude and latitude   4.64257581030492       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7515
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7515
+ with longitude and latitude   4.67748239534480       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7516
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7516
+ with longitude and latitude   4.71238898038469       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7517
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7517
+ with longitude and latitude   4.74729556542458       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7518
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7518
+ with longitude and latitude   4.78220215046446       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7519
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7519
+ with longitude and latitude   4.81710873550435       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7520
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7520
+ with longitude and latitude   4.85201532054424       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7521
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7521
+ with longitude and latitude   4.88692190558412       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19394
+ with longitude and latitude   4.88350027807957       0.764957486734194     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7522
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7522
+ with longitude and latitude   4.92182849062401       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7523
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7523
+ with longitude and latitude   4.95673507566390       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18669
+ with longitude and latitude   4.99042077471153       0.669576257584344     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7524
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7524
+ with longitude and latitude   4.99164166070378       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18852
+ with longitude and latitude   5.02473703613933       0.695604429483752     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7558
+ with longitude and latitude   6.17846555205993       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19065
+ with longitude and latitude   6.11095037994197       0.730036571129982     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7559
+ with longitude and latitude   6.21337213709981       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7560
+ with longitude and latitude   6.24827872213970       0.715584993317675     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19074
+ with longitude and latitude  9.251564632706620E-003  0.689603302198976     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7561
+ with longitude and latitude  0.000000000000000E+000  0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19257
+ with longitude and latitude  2.670485715264993E-002  0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7571
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7571
+ with longitude and latitude  0.349065850398866       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19456
+ with longitude and latitude  0.323410829991686       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7572
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7572
+ with longitude and latitude  0.383972435438752       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19280
+ with longitude and latitude  0.428130585111346       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7573
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7573
+ with longitude and latitude  0.418879020478639       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19280
+ with longitude and latitude  0.428130585111346       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7574
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7574
+ with longitude and latitude  0.453785605518526       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19281
+ with longitude and latitude  0.445583877631289       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7582
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7582
+ with longitude and latitude  0.733038285837618       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19298
+ with longitude and latitude  0.707383265430439       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7583
+ with longitude and latitude  0.767944870877505       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19480
+ with longitude and latitude  0.707383265430439       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7584
+ with longitude and latitude  0.802851455917392       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19667
+ with longitude and latitude  0.829556313070042       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7589
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7589
+ with longitude and latitude  0.977384381116825       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7590
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7590
+ with longitude and latitude   1.01229096615671       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7591
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7591
+ with longitude and latitude   1.04719755119660       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7592
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7592
+ with longitude and latitude   1.08210413623648       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7593
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7593
+ with longitude and latitude   1.11701072127637       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7594
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7594
+ with longitude and latitude   1.15191730631626       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7595
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7595
+ with longitude and latitude   1.18682389135614       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7596
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7596
+ with longitude and latitude   1.22173047639603       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7597
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7597
+ with longitude and latitude   1.25663706143592       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7598
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7598
+ with longitude and latitude   1.29154364647580       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7599
+ with longitude and latitude   1.32645023151569       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7600
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7600
+ with longitude and latitude   1.36135681655558       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7601
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7601
+ with longitude and latitude   1.39626340159546       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7602
+ with longitude and latitude   1.43116998663535       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7603
+ with longitude and latitude   1.46607657167524       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7604
+ with longitude and latitude   1.50098315671512       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7605
+ with longitude and latitude   1.53588974175501       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7606
+ with longitude and latitude   1.57079632679490       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7607
+ with longitude and latitude   1.60570291183478       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16752
+ with longitude and latitude   1.60570291064642       0.374869657903227     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7608
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7608
+ with longitude and latitude   1.64060949687467       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7609
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7609
+ with longitude and latitude   1.67551608191456       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7610
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7610
+ with longitude and latitude   1.71042266695444       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7611
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7611
+ with longitude and latitude   1.74532925199433       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7612
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7612
+ with longitude and latitude   1.78023583703422       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7613
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7613
+ with longitude and latitude   1.81514242207410       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7614
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7614
+ with longitude and latitude   1.85004900711399       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7615
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7615
+ with longitude and latitude   1.88495559215388       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7616
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7616
+ with longitude and latitude   1.91986217719376       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7617
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7617
+ with longitude and latitude   1.95476876223365       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7618
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7618
+ with longitude and latitude   1.98967534727354       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7619
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7619
+ with longitude and latitude   2.02458193231342       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7620
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7620
+ with longitude and latitude   2.05948851735331       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7621
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7621
+ with longitude and latitude   2.09439510239320       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7622
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7622
+ with longitude and latitude   2.12930168743308       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7623
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7623
+ with longitude and latitude   2.16420827247297       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7624
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7624
+ with longitude and latitude   2.19911485751286       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18955
+ with longitude and latitude   2.26348109382181       0.708523410078230     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7625
+ with longitude and latitude   2.23402144255274       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18955
+ with longitude and latitude   2.26348109382181       0.708523410078230     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7680
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7680
+ with longitude and latitude   4.15388361974650       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19189
+ with longitude and latitude   4.08725106889614       0.743971823954478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7681
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7681
+ with longitude and latitude   4.18879020478639       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19189
+ with longitude and latitude   4.08725106889614       0.743971823954478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7682
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7682
+ with longitude and latitude   4.22369678982628       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19189
+ with longitude and latitude   4.08725106889614       0.743971823954478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7683
+ with longitude and latitude   4.25860337486616       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7684
+ with longitude and latitude   4.29350995990605       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7685
+ with longitude and latitude   4.32841654494594       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7686
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7686
+ with longitude and latitude   4.36332312998582       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18644
+ with longitude and latitude   4.12013382769270       0.669215806854243     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7687
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7687
+ with longitude and latitude   4.39822971502571       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18100
+ with longitude and latitude   4.18906377942444       0.587993992693686     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7688
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7688
+ with longitude and latitude   4.43313630006560       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7689
+ with longitude and latitude   4.46804288510548       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7690
+ with longitude and latitude   4.50294947014537       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7691
+ with longitude and latitude   4.53785605518526       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7692
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7692
+ with longitude and latitude   4.57276264022514       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7693
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7693
+ with longitude and latitude   4.60766922526503       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7694
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7694
+ with longitude and latitude   4.64257581030492       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7695
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7695
+ with longitude and latitude   4.67748239534480       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7696
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7696
+ with longitude and latitude   4.71238898038469       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7697
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7697
+ with longitude and latitude   4.74729556542458       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7698
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7698
+ with longitude and latitude   4.78220215046446       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7699
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7699
+ with longitude and latitude   4.81710873550435       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7700
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7700
+ with longitude and latitude   4.85201532054424       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19393
+ with longitude and latitude   4.84888099829825       0.764281455323587     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7701
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7701
+ with longitude and latitude   4.88692190558412       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19394
+ with longitude and latitude   4.88350027807957       0.764957486734194     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7702
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7702
+ with longitude and latitude   4.92182849062401       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7703
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7703
+ with longitude and latitude   4.95673507566390       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7704
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7704
+ with longitude and latitude   4.99164166070378       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18852
+ with longitude and latitude   5.02473703613933       0.695604429483752     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7738
+ with longitude and latitude   6.17846555205993       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19431
+ with longitude and latitude   6.18349156856254       0.780480351539221     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7739
+ with longitude and latitude   6.21337213709981       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7740
+ with longitude and latitude   6.24827872213970       0.733038285837618     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7741
+ with longitude and latitude  0.000000000000000E+000  0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19440
+ with longitude and latitude  4.415814967259323E-002  0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7742
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7742
+ with longitude and latitude  3.490658503988659E-002  0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7747
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7747
+ with longitude and latitude  0.209439510239320       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19815
+ with longitude and latitude  0.236144367391970       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7751
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7751
+ with longitude and latitude  0.349065850398866       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19456
+ with longitude and latitude  0.323410829991686       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7752
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7752
+ with longitude and latitude  0.383972435438752       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19456
+ with longitude and latitude  0.323410829991686       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7753
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7753
+ with longitude and latitude  0.418879020478639       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19280
+ with longitude and latitude  0.428130585111346       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7754
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7754
+ with longitude and latitude  0.453785605518526       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19648
+ with longitude and latitude  0.497943755191119       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7762
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7762
+ with longitude and latitude  0.733038285837618       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19480
+ with longitude and latitude  0.707383265430439       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7763
+ with longitude and latitude  0.767944870877505       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19480
+ with longitude and latitude  0.707383265430439       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7764
+ with longitude and latitude  0.802851455917392       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19667
+ with longitude and latitude  0.829556313070042       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7768
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7768
+ with longitude and latitude  0.942477796076938       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7769
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7769
+ with longitude and latitude  0.977384381116825       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7770
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7770
+ with longitude and latitude   1.01229096615671       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7771
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7771
+ with longitude and latitude   1.04719755119660       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7772
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7772
+ with longitude and latitude   1.08210413623648       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7773
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7773
+ with longitude and latitude   1.11701072127637       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19309
+ with longitude and latitude  0.934276068189702       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7774
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7774
+ with longitude and latitude   1.15191730631626       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7775
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7775
+ with longitude and latitude   1.18682389135614       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7776
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7776
+ with longitude and latitude   1.22173047639603       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7777
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7777
+ with longitude and latitude   1.25663706143592       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7778
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7778
+ with longitude and latitude   1.29154364647580       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7779
+ with longitude and latitude   1.32645023151569       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7780
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7780
+ with longitude and latitude   1.36135681655558       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7781
+ with longitude and latitude   1.39626340159546       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7782
+ with longitude and latitude   1.43116998663535       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7783
+ with longitude and latitude   1.46607657167524       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7784
+ with longitude and latitude   1.50098315671512       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7785
+ with longitude and latitude   1.53588974175501       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7786
+ with longitude and latitude   1.57079632679490       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7787
+ with longitude and latitude   1.60570291183478       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7788
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7788
+ with longitude and latitude   1.64060949687467       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7789
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7789
+ with longitude and latitude   1.67551608191456       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7790
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7790
+ with longitude and latitude   1.71042266695444       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7791
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7791
+ with longitude and latitude   1.74532925199433       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7792
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7792
+ with longitude and latitude   1.78023583703422       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7793
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7793
+ with longitude and latitude   1.81514242207410       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7794
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7794
+ with longitude and latitude   1.85004900711399       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7795
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7795
+ with longitude and latitude   1.88495559215388       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7796
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7796
+ with longitude and latitude   1.91986217719376       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7797
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7797
+ with longitude and latitude   1.95476876223365       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7798
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7798
+ with longitude and latitude   1.98967534727354       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7799
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7799
+ with longitude and latitude   2.02458193231342       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7800
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7800
+ with longitude and latitude   2.05948851735331       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7801
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7801
+ with longitude and latitude   2.09439510239320       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7802
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7802
+ with longitude and latitude   2.12930168743308       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7803
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7803
+ with longitude and latitude   2.16420827247297       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7804
+ with longitude and latitude   2.19911485751286       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18955
+ with longitude and latitude   2.26348109382181       0.708523410078230     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7805
+ with longitude and latitude   2.23402144255274       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18955
+ with longitude and latitude   2.26348109382181       0.708523410078230     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7806
+ with longitude and latitude   2.26892802759263       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7812
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7812
+ with longitude and latitude   2.47836753783195       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19142
+ with longitude and latitude   2.43632045285999       0.738835195234135     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7860
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7860
+ with longitude and latitude   4.15388361974650       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19189
+ with longitude and latitude   4.08725106889614       0.743971823954478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7861
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7861
+ with longitude and latitude   4.18879020478639       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19189
+ with longitude and latitude   4.08725106889614       0.743971823954478     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7862
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7862
+ with longitude and latitude   4.22369678982628       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7863
+ with longitude and latitude   4.25860337486616       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7864
+ with longitude and latitude   4.29350995990605       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7865
+ with longitude and latitude   4.32841654494594       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7866
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7866
+ with longitude and latitude   4.36332312998582       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7867
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7867
+ with longitude and latitude   4.39822971502571       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7868
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7868
+ with longitude and latitude   4.43313630006560       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7869
+ with longitude and latitude   4.46804288510548       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7870
+ with longitude and latitude   4.50294947014537       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7871
+ with longitude and latitude   4.53785605518526       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7872
+ with longitude and latitude   4.57276264022514       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7873
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7873
+ with longitude and latitude   4.60766922526503       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7874
+ with longitude and latitude   4.64257581030492       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7875
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7875
+ with longitude and latitude   4.67748239534480       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7876
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7876
+ with longitude and latitude   4.71238898038469       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7883
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7883
+ with longitude and latitude   4.95673507566390       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7884
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7884
+ with longitude and latitude   4.99164166070378       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19217
+ with longitude and latitude   5.05799153259358       0.745442064291576     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7918
+ with longitude and latitude   6.17846555205993       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19431
+ with longitude and latitude   6.18349156856254       0.780480351539221     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7919
+ with longitude and latitude   6.21337213709981       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7920
+ with longitude and latitude   6.24827872213970       0.750491578357562     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7921
+ with longitude and latitude  0.000000000000000E+000  0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7922
+ with longitude and latitude  3.490658503988659E-002  0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7923
+ with longitude and latitude  6.981317007977318E-002  0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7924
+ with longitude and latitude  0.104719755119660       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7927
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7927
+ with longitude and latitude  0.209439510239320       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19815
+ with longitude and latitude  0.236144367391970       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7930
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7930
+ with longitude and latitude  0.314159265358979       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7931
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7931
+ with longitude and latitude  0.349065850398866       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7932
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7932
+ with longitude and latitude  0.383972435438752       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19456
+ with longitude and latitude  0.323410829991686       0.724509887238862     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7933
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7933
+ with longitude and latitude  0.418879020478639       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19280
+ with longitude and latitude  0.428130585111346       0.707056594718919     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7934
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7934
+ with longitude and latitude  0.453785605518526       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19648
+ with longitude and latitude  0.497943755191119       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7935
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7935
+ with longitude and latitude  0.488692190558412       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19831
+ with longitude and latitude  0.515397047711062       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7942
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7942
+ with longitude and latitude  0.733038285837618       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19480
+ with longitude and latitude  0.707383265430439       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7943
+ with longitude and latitude  0.767944870877505       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19849
+ with longitude and latitude  0.829556313070042       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7944
+ with longitude and latitude  0.802851455917392       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19667
+ with longitude and latitude  0.829556313070042       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7947
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7947
+ with longitude and latitude  0.907571211037051       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19670
+ with longitude and latitude  0.881916190629872       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7948
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7948
+ with longitude and latitude  0.942477796076938       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7949
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7949
+ with longitude and latitude  0.977384381116825       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7950
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7950
+ with longitude and latitude   1.01229096615671       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7951
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7951
+ with longitude and latitude   1.04719755119660       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7952
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7952
+ with longitude and latitude   1.08210413623648       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7953
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7953
+ with longitude and latitude   1.11701072127637       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7954
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7954
+ with longitude and latitude   1.15191730631626       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7955
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7955
+ with longitude and latitude   1.18682389135614       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7956
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7956
+ with longitude and latitude   1.22173047639603       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7957
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7957
+ with longitude and latitude   1.25663706143592       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7958
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7958
+ with longitude and latitude   1.29154364647580       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7959
+ with longitude and latitude   1.32645023151569       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7960
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7960
+ with longitude and latitude   1.36135681655558       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7961
+ with longitude and latitude   1.39626340159546       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7962
+ with longitude and latitude   1.43116998663535       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7963
+ with longitude and latitude   1.46607657167524       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7964
+ with longitude and latitude   1.50098315671512       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7965
+ with longitude and latitude   1.53588974175501       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7966
+ with longitude and latitude   1.57079632679490       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16751
+ with longitude and latitude   1.57079632579698       0.374869644212170     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7967
+ with longitude and latitude   1.60570291183478       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7968
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7968
+ with longitude and latitude   1.64060949687467       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7969
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7969
+ with longitude and latitude   1.67551608191456       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7970
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7970
+ with longitude and latitude   1.71042266695444       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7971
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7971
+ with longitude and latitude   1.74532925199433       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7972
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7972
+ with longitude and latitude   1.78023583703422       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7973
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7973
+ with longitude and latitude   1.81514242207410       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7974
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7974
+ with longitude and latitude   1.85004900711399       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7975
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7975
+ with longitude and latitude   1.88495559215388       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7976
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7976
+ with longitude and latitude   1.91986217719376       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7977
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7977
+ with longitude and latitude   1.95476876223365       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7978
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7978
+ with longitude and latitude   1.98967534727354       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7979
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7979
+ with longitude and latitude   2.02458193231342       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7980
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7980
+ with longitude and latitude   2.05948851735331       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7981
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7981
+ with longitude and latitude   2.09439510239320       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7982
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7982
+ with longitude and latitude   2.12930168743308       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7983
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7983
+ with longitude and latitude   2.16420827247297       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7984
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7984
+ with longitude and latitude   2.19911485751286       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18955
+ with longitude and latitude   2.26348109382181       0.708523410078230     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7985
+ with longitude and latitude   2.23402144255274       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7986
+ with longitude and latitude   2.26892802759263       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7987
+ with longitude and latitude   2.30383461263252       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7993
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         7993
+ with longitude and latitude   2.51327412287183       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19509
+ with longitude and latitude   2.53698259814076       0.789876673719395     
+  
+ WARNING: Cannot make bilinear interpolation for target point        7994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8040
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8040
+ with longitude and latitude   4.15388361974650       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8041
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8041
+ with longitude and latitude   4.18879020478639       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8042
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8042
+ with longitude and latitude   4.22369678982628       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19371
+ with longitude and latitude   4.08823178569202       0.767288714649437     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8043
+ with longitude and latitude   4.25860337486616       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8044
+ with longitude and latitude   4.29350995990605       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8045
+ with longitude and latitude   4.32841654494594       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8046
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8046
+ with longitude and latitude   4.36332312998582       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8047
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8047
+ with longitude and latitude   4.39822971502571       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8048
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8048
+ with longitude and latitude   4.43313630006560       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8049
+ with longitude and latitude   4.46804288510548       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8050
+ with longitude and latitude   4.50294947014537       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8051
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8051
+ with longitude and latitude   4.53785605518526       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8052
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8052
+ with longitude and latitude   4.57276264022514       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8053
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8053
+ with longitude and latitude   4.60766922526503       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8054
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8054
+ with longitude and latitude   4.64257581030492       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8055
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8055
+ with longitude and latitude   4.67748239534480       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8056
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8056
+ with longitude and latitude   4.71238898038469       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19391
+ with longitude and latitude   4.77969240904670       0.763108534067360     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8063
+ with longitude and latitude   4.95673507566390       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8064
+ with longitude and latitude   4.99164166070378       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8065
+ with longitude and latitude   5.02654824574367       0.767944870877505     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19217
+ with longitude and latitude   5.05799153259358       0.745442064291576     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8101
+ with longitude and latitude  0.000000000000000E+000  0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19432
+ with longitude and latitude   6.21889057593285       0.779525488633479     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8102
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8102
+ with longitude and latitude  3.490658503988659E-002  0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8103
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8103
+ with longitude and latitude  6.981317007977318E-002  0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8104
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8104
+ with longitude and latitude  0.104719755119660       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8105
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8105
+ with longitude and latitude  0.139626340159546       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8106
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8106
+ with longitude and latitude  0.174532925199433       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19811
+ with longitude and latitude  0.166331197312196       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8107
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8107
+ with longitude and latitude  0.209439510239320       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8109
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8109
+ with longitude and latitude  0.279252680319093       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8110
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8110
+ with longitude and latitude  0.314159265358979       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19817
+ with longitude and latitude  0.271050952431856       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8111
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8111
+ with longitude and latitude  0.349065850398866       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8112
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8112
+ with longitude and latitude  0.383972435438752       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8113
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8113
+ with longitude and latitude  0.418879020478639       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20013
+ with longitude and latitude  0.515397047711062       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8114
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8114
+ with longitude and latitude  0.453785605518526       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20013
+ with longitude and latitude  0.515397047711062       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8115
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8115
+ with longitude and latitude  0.488692190558412       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20013
+ with longitude and latitude  0.515397047711062       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8121
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8121
+ with longitude and latitude  0.698131700797732       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19661
+ with longitude and latitude  0.689929972910495       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8122
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8122
+ with longitude and latitude  0.733038285837618       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19661
+ with longitude and latitude  0.689929972910495       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8123
+ with longitude and latitude  0.767944870877505       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8124
+ with longitude and latitude  0.802851455917392       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19849
+ with longitude and latitude  0.829556313070042       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8129
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8129
+ with longitude and latitude  0.977384381116825       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8130
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8130
+ with longitude and latitude   1.01229096615671       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8131
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8131
+ with longitude and latitude   1.04719755119660       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8132
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8132
+ with longitude and latitude   1.08210413623648       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8133
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8133
+ with longitude and latitude   1.11701072127637       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8134
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8134
+ with longitude and latitude   1.15191730631626       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8135
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8135
+ with longitude and latitude   1.18682389135614       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20037
+ with longitude and latitude  0.934276068189702       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8136
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8136
+ with longitude and latitude   1.22173047639603       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8137
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8137
+ with longitude and latitude   1.25663706143592       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8138
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8138
+ with longitude and latitude   1.29154364647580       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8139
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8139
+ with longitude and latitude   1.32645023151569       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8140
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8140
+ with longitude and latitude   1.36135681655558       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8141
+ with longitude and latitude   1.39626340159546       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8142
+ with longitude and latitude   1.43116998663535       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8143
+ with longitude and latitude   1.46607657167524       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8144
+ with longitude and latitude   1.50098315671512       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8145
+ with longitude and latitude   1.53588974175501       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        16750
+ with longitude and latitude   1.53588974095168       0.374869632932702     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8146
+ with longitude and latitude   1.57079632679490       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8147
+ with longitude and latitude   1.60570291183478       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8148
+ with longitude and latitude   1.64060949687467       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8149
+ with longitude and latitude   1.67551608191456       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8150
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8150
+ with longitude and latitude   1.71042266695444       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8151
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8151
+ with longitude and latitude   1.74532925199433       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8152
+ with longitude and latitude   1.78023583703422       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8153
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8153
+ with longitude and latitude   1.81514242207410       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8154
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8154
+ with longitude and latitude   1.85004900711399       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8155
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8155
+ with longitude and latitude   1.88495559215388       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8156
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8156
+ with longitude and latitude   1.91986217719376       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8157
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8157
+ with longitude and latitude   1.95476876223365       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8158
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8158
+ with longitude and latitude   1.98967534727354       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8159
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8159
+ with longitude and latitude   2.02458193231342       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8160
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8160
+ with longitude and latitude   2.05948851735331       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8161
+ with longitude and latitude   2.09439510239320       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8162
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8162
+ with longitude and latitude   2.12930168743308       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8163
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8163
+ with longitude and latitude   2.16420827247297       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18770
+ with longitude and latitude   2.16033779942182       0.682267396823436     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8164
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8164
+ with longitude and latitude   2.19911485751286       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8165
+ with longitude and latitude   2.23402144255274       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8166
+ with longitude and latitude   2.26892802759263       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8167
+ with longitude and latitude   2.30383461263252       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19322
+ with longitude and latitude   2.36426411791612       0.757627355764893     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8168
+ with longitude and latitude   2.33874119767240       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19322
+ with longitude and latitude   2.36426411791612       0.757627355764893     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8220
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8220
+ with longitude and latitude   4.15388361974650       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8221
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8221
+ with longitude and latitude   4.18879020478639       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8222
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8222
+ with longitude and latitude   4.22369678982628       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8223
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8223
+ with longitude and latitude   4.25860337486616       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19553
+ with longitude and latitude   4.08941021533607       0.789885764711138     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8224
+ with longitude and latitude   4.29350995990605       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8225
+ with longitude and latitude   4.32841654494594       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8226
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8226
+ with longitude and latitude   4.36332312998582       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8227
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8227
+ with longitude and latitude   4.39822971502571       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8228
+ with longitude and latitude   4.43313630006560       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8229
+ with longitude and latitude   4.46804288510548       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8230
+ with longitude and latitude   4.50294947014537       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8231
+ with longitude and latitude   4.53785605518526       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8232
+ with longitude and latitude   4.57276264022514       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8233
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8233
+ with longitude and latitude   4.60766922526503       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8234
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8234
+ with longitude and latitude   4.64257581030492       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8235
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8235
+ with longitude and latitude   4.67748239534480       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8236
+ with longitude and latitude   4.71238898038469       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8243
+ with longitude and latitude   4.95673507566390       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8244
+ with longitude and latitude   4.99164166070378       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8245
+ with longitude and latitude   5.02654824574367       0.785398163397448     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19217
+ with longitude and latitude   5.05799153259358       0.745442064291576     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8281
+ with longitude and latitude  0.000000000000000E+000  0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19614
+ with longitude and latitude   6.22042870373633       0.804425420312319     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8282
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8282
+ with longitude and latitude  3.490658503988659E-002  0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8283
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8283
+ with longitude and latitude  6.981317007977318E-002  0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19623
+ with longitude and latitude  6.161144219253652E-002  0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8284
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8284
+ with longitude and latitude  0.104719755119660       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8285
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8285
+ with longitude and latitude  0.139626340159546       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8286
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8286
+ with longitude and latitude  0.174532925199433       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19811
+ with longitude and latitude  0.166331197312196       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8287
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8287
+ with longitude and latitude  0.209439510239320       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8288
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8288
+ with longitude and latitude  0.244346095279206       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8289
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8289
+ with longitude and latitude  0.279252680319093       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8290
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8290
+ with longitude and latitude  0.314159265358979       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8291
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8291
+ with longitude and latitude  0.349065850398866       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8292
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8292
+ with longitude and latitude  0.383972435438752       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8293
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8293
+ with longitude and latitude  0.418879020478639       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20013
+ with longitude and latitude  0.515397047711062       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8294
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8294
+ with longitude and latitude  0.453785605518526       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20013
+ with longitude and latitude  0.515397047711062       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8295
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8295
+ with longitude and latitude  0.488692190558412       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8298
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8298
+ with longitude and latitude  0.593411945678072       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20198
+ with longitude and latitude  0.567756925270892       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8301
+ with longitude and latitude  0.698131700797732       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8302
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8302
+ with longitude and latitude  0.733038285837618       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19661
+ with longitude and latitude  0.689929972910495       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8303
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8303
+ with longitude and latitude  0.767944870877505       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8304
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8304
+ with longitude and latitude  0.802851455917392       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8309
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8309
+ with longitude and latitude  0.977384381116825       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8310
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8310
+ with longitude and latitude   1.01229096615671       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8311
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8311
+ with longitude and latitude   1.04719755119660       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8312
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8312
+ with longitude and latitude   1.08210413623648       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8313
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8313
+ with longitude and latitude   1.11701072127637       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8314
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8314
+ with longitude and latitude   1.15191730631626       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8315
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8315
+ with longitude and latitude   1.18682389135614       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8316
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8316
+ with longitude and latitude   1.22173047639603       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8317
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8317
+ with longitude and latitude   1.25663706143592       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8318
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8318
+ with longitude and latitude   1.29154364647580       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8319
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8319
+ with longitude and latitude   1.32645023151569       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8320
+ with longitude and latitude   1.36135681655558       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8321
+ with longitude and latitude   1.39626340159546       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8322
+ with longitude and latitude   1.43116998663535       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8323
+ with longitude and latitude   1.46607657167524       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8324
+ with longitude and latitude   1.50098315671512       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8325
+ with longitude and latitude   1.53588974175501       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8326
+ with longitude and latitude   1.57079632679490       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8327
+ with longitude and latitude   1.60570291183478       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8328
+ with longitude and latitude   1.64060949687467       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8329
+ with longitude and latitude   1.67551608191456       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8330
+ with longitude and latitude   1.71042266695444       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8331
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8331
+ with longitude and latitude   1.74532925199433       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8332
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8332
+ with longitude and latitude   1.78023583703422       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8333
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8333
+ with longitude and latitude   1.81514242207410       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8334
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8334
+ with longitude and latitude   1.85004900711399       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8335
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8335
+ with longitude and latitude   1.88495559215388       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8336
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8336
+ with longitude and latitude   1.91986217719376       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8337
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8337
+ with longitude and latitude   1.95476876223365       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8338
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8338
+ with longitude and latitude   1.98967534727354       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8339
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8339
+ with longitude and latitude   2.02458193231342       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8340
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8340
+ with longitude and latitude   2.05948851735331       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8341
+ with longitude and latitude   2.09439510239320       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8342
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8342
+ with longitude and latitude   2.12930168743308       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8343
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8343
+ with longitude and latitude   2.16420827247297       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8344
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8344
+ with longitude and latitude   2.19911485751286       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8345
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8345
+ with longitude and latitude   2.23402144255274       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8346
+ with longitude and latitude   2.26892802759263       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8347
+ with longitude and latitude   2.30383461263252       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19322
+ with longitude and latitude   2.36426411791612       0.757627355764893     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8348
+ with longitude and latitude   2.33874119767240       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19505
+ with longitude and latitude   2.39668332789093       0.781280197902272     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8349
+ with longitude and latitude   2.37364778271229       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19505
+ with longitude and latitude   2.39668332789093       0.781280197902272     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8400
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8400
+ with longitude and latitude   4.15388361974650       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8401
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8401
+ with longitude and latitude   4.18879020478639       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8402
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8402
+ with longitude and latitude   4.22369678982628       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8403
+ with longitude and latitude   4.25860337486616       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8404
+ with longitude and latitude   4.29350995990605       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19735
+ with longitude and latitude   4.09080749668778       0.811779185150041     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8405
+ with longitude and latitude   4.32841654494594       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8406
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8406
+ with longitude and latitude   4.36332312998582       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8407
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8407
+ with longitude and latitude   4.39822971502571       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8408
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8408
+ with longitude and latitude   4.43313630006560       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8409
+ with longitude and latitude   4.46804288510548       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8410
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8410
+ with longitude and latitude   4.50294947014537       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8411
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8411
+ with longitude and latitude   4.53785605518526       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8412
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8412
+ with longitude and latitude   4.57276264022514       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8413
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8413
+ with longitude and latitude   4.60766922526503       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8414
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8414
+ with longitude and latitude   4.64257581030492       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8415
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8415
+ with longitude and latitude   4.67748239534480       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8422
+ with longitude and latitude   4.92182849062401       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8423
+ with longitude and latitude   4.95673507566390       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8424
+ with longitude and latitude   4.99164166070378       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8425
+ with longitude and latitude   5.02654824574367       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19400
+ with longitude and latitude   5.09168040425480       0.769963417560771     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8426
+ with longitude and latitude   5.06145483078356       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19400
+ with longitude and latitude   5.09168040425480       0.769963417560771     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8427
+ with longitude and latitude   5.09636141582344       0.802851455917392     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19400
+ with longitude and latitude   5.09168040425480       0.769963417560771     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8461
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8461
+ with longitude and latitude  0.000000000000000E+000  0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19614
+ with longitude and latitude   6.22042870373633       0.804425420312319     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8462
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8462
+ with longitude and latitude  3.490658503988659E-002  0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19614
+ with longitude and latitude   6.22042870373633       0.804425420312319     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8463
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8463
+ with longitude and latitude  6.981317007977318E-002  0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8464
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8464
+ with longitude and latitude  0.104719755119660       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8465
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8465
+ with longitude and latitude  0.139626340159546       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8466
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8466
+ with longitude and latitude  0.174532925199433       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8467
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8467
+ with longitude and latitude  0.209439510239320       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8468
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8468
+ with longitude and latitude  0.244346095279206       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8469
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8469
+ with longitude and latitude  0.279252680319093       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8470
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8470
+ with longitude and latitude  0.314159265358979       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8471
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8471
+ with longitude and latitude  0.349065850398866       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8472
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8472
+ with longitude and latitude  0.383972435438752       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19637
+ with longitude and latitude  0.305957537471743       0.741963179758806     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8473
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8473
+ with longitude and latitude  0.418879020478639       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20013
+ with longitude and latitude  0.515397047711062       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8474
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8474
+ with longitude and latitude  0.453785605518526       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8475
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8475
+ with longitude and latitude  0.488692190558412       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8476
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8476
+ with longitude and latitude  0.523598775598299       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8477
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8477
+ with longitude and latitude  0.558505360638185       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20197
+ with longitude and latitude  0.550303632750949       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8478
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8478
+ with longitude and latitude  0.593411945678072       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8479
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8479
+ with longitude and latitude  0.628318530717959       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8481
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8481
+ with longitude and latitude  0.698131700797732       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8482
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8482
+ with longitude and latitude  0.733038285837618       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8483
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8483
+ with longitude and latitude  0.767944870877505       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8484
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8484
+ with longitude and latitude  0.802851455917392       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8485
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8485
+ with longitude and latitude  0.837758040957278       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8489
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8489
+ with longitude and latitude  0.977384381116825       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8490
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8490
+ with longitude and latitude   1.01229096615671       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8491
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8491
+ with longitude and latitude   1.04719755119660       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8492
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8492
+ with longitude and latitude   1.08210413623648       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8493
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8493
+ with longitude and latitude   1.11701072127637       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8494
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8494
+ with longitude and latitude   1.15191730631626       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8495
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8495
+ with longitude and latitude   1.18682389135614       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8496
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8496
+ with longitude and latitude   1.22173047639603       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8497
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8497
+ with longitude and latitude   1.25663706143592       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8498
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8498
+ with longitude and latitude   1.29154364647580       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8499
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8499
+ with longitude and latitude   1.32645023151569       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8500
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8500
+ with longitude and latitude   1.36135681655558       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8501
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8501
+ with longitude and latitude   1.39626340159546       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8502
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8502
+ with longitude and latitude   1.43116998663535       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8503
+ with longitude and latitude   1.46607657167524       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8504
+ with longitude and latitude   1.50098315671512       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8505
+ with longitude and latitude   1.53588974175501       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8506
+ with longitude and latitude   1.57079632679490       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8507
+ with longitude and latitude   1.60570291183478       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8508
+ with longitude and latitude   1.64060949687467       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8509
+ with longitude and latitude   1.67551608191456       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8510
+ with longitude and latitude   1.71042266695444       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8511
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8511
+ with longitude and latitude   1.74532925199433       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8512
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8512
+ with longitude and latitude   1.78023583703422       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8513
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8513
+ with longitude and latitude   1.81514242207410       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8514
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8514
+ with longitude and latitude   1.85004900711399       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8515
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8515
+ with longitude and latitude   1.88495559215388       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8516
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8516
+ with longitude and latitude   1.91986217719376       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8517
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8517
+ with longitude and latitude   1.95476876223365       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8518
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8518
+ with longitude and latitude   1.98967534727354       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8519
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8519
+ with longitude and latitude   2.02458193231342       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8520
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8520
+ with longitude and latitude   2.05948851735331       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8521
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8521
+ with longitude and latitude   2.09439510239320       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8522
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8522
+ with longitude and latitude   2.12930168743308       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8523
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8523
+ with longitude and latitude   2.16420827247297       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8524
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8524
+ with longitude and latitude   2.19911485751286       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8525
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8525
+ with longitude and latitude   2.23402144255274       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8526
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8526
+ with longitude and latitude   2.26892802759263       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8527
+ with longitude and latitude   2.30383461263252       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19505
+ with longitude and latitude   2.39668332789093       0.781280197902272     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8528
+ with longitude and latitude   2.33874119767240       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19505
+ with longitude and latitude   2.39668332789093       0.781280197902272     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8529
+ with longitude and latitude   2.37364778271229       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8580
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8580
+ with longitude and latitude   4.15388361974650       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8581
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8581
+ with longitude and latitude   4.18879020478639       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8582
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8582
+ with longitude and latitude   4.22369678982628       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8583
+ with longitude and latitude   4.25860337486616       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8584
+ with longitude and latitude   4.29350995990605       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8585
+ with longitude and latitude   4.32841654494594       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8586
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8586
+ with longitude and latitude   4.36332312998582       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8587
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8587
+ with longitude and latitude   4.39822971502571       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8588
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8588
+ with longitude and latitude   4.43313630006560       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8589
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8589
+ with longitude and latitude   4.46804288510548       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8590
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8590
+ with longitude and latitude   4.50294947014537       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8591
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8591
+ with longitude and latitude   4.53785605518526       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8592
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8592
+ with longitude and latitude   4.57276264022514       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8593
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8593
+ with longitude and latitude   4.60766922526503       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8594
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8594
+ with longitude and latitude   4.64257581030492       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8599
+ with longitude and latitude   4.81710873550435       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19937
+ with longitude and latitude   4.77718387281493       0.826425591164385     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8600
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8600
+ with longitude and latitude   4.85201532054424       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19575
+ with longitude and latitude   4.84799944096598       0.786347636651756     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8601
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8601
+ with longitude and latitude   4.88692190558412       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8602
+ with longitude and latitude   4.92182849062401       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8603
+ with longitude and latitude   4.95673507566390       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8604
+ with longitude and latitude   4.99164166070378       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8605
+ with longitude and latitude   5.02654824574367       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19400
+ with longitude and latitude   5.09168040425480       0.769963417560771     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8606
+ with longitude and latitude   5.06145483078356       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19400
+ with longitude and latitude   5.09168040425480       0.769963417560771     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8607
+ with longitude and latitude   5.09636141582344       0.820304748437335     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19766
+ with longitude and latitude   5.15823147087545       0.818007310520971     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8641
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8641
+ with longitude and latitude  0.000000000000000E+000  0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19978
+ with longitude and latitude   6.22435288445967       0.852777586565585     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8642
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8642
+ with longitude and latitude  3.490658503988659E-002  0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19978
+ with longitude and latitude   6.22435288445967       0.852777586565585     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8643
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8643
+ with longitude and latitude  6.981317007977318E-002  0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19978
+ with longitude and latitude   6.22435288445967       0.852777586565585     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8644
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8644
+ with longitude and latitude  0.104719755119660       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8645
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8645
+ with longitude and latitude  0.139626340159546       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19809
+ with longitude and latitude  0.131424612272310       0.759416472278749     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8646
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8646
+ with longitude and latitude  0.174532925199433       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8647
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8647
+ with longitude and latitude  0.209439510239320       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8648
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8648
+ with longitude and latitude  0.244346095279206       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8649
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8649
+ with longitude and latitude  0.279252680319093       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8650
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8650
+ with longitude and latitude  0.314159265358979       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8651
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8651
+ with longitude and latitude  0.349065850398866       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8652
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8652
+ with longitude and latitude  0.383972435438752       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8653
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8653
+ with longitude and latitude  0.418879020478639       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8654
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8654
+ with longitude and latitude  0.453785605518526       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8655
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8655
+ with longitude and latitude  0.488692190558412       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8656
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8656
+ with longitude and latitude  0.523598775598299       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8657
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8657
+ with longitude and latitude  0.558505360638185       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20197
+ with longitude and latitude  0.550303632750949       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8658
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8658
+ with longitude and latitude  0.593411945678072       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8659
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8659
+ with longitude and latitude  0.628318530717959       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8660
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8660
+ with longitude and latitude  0.663225115757845       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8661
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8661
+ with longitude and latitude  0.698131700797732       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8662
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8662
+ with longitude and latitude  0.733038285837618       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8663
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8663
+ with longitude and latitude  0.767944870877505       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8664
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8664
+ with longitude and latitude  0.802851455917392       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8665
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8665
+ with longitude and latitude  0.837758040957278       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8666
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8666
+ with longitude and latitude  0.872664625997165       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8667
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8667
+ with longitude and latitude  0.907571211037051       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8668
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8668
+ with longitude and latitude  0.942477796076938       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8669
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8669
+ with longitude and latitude  0.977384381116825       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8670
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8670
+ with longitude and latitude   1.01229096615671       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8671
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8671
+ with longitude and latitude   1.04719755119660       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8672
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8672
+ with longitude and latitude   1.08210413623648       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8673
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8673
+ with longitude and latitude   1.11701072127637       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8674
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8674
+ with longitude and latitude   1.15191730631626       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8675
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8675
+ with longitude and latitude   1.18682389135614       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8676
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8676
+ with longitude and latitude   1.22173047639603       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8677
+ with longitude and latitude   1.25663706143592       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8678
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8678
+ with longitude and latitude   1.29154364647580       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8679
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8679
+ with longitude and latitude   1.32645023151569       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8680
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8680
+ with longitude and latitude   1.36135681655558       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8681
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8681
+ with longitude and latitude   1.39626340159546       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8682
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8682
+ with longitude and latitude   1.43116998663535       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8683
+ with longitude and latitude   1.46607657167524       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8684
+ with longitude and latitude   1.50098315671512       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8685
+ with longitude and latitude   1.53588974175501       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8686
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8686
+ with longitude and latitude   1.57079632679490       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8687
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8687
+ with longitude and latitude   1.60570291183478       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8688
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8688
+ with longitude and latitude   1.64060949687467       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8689
+ with longitude and latitude   1.67551608191456       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8690
+ with longitude and latitude   1.71042266695444       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8691
+ with longitude and latitude   1.74532925199433       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8692
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8692
+ with longitude and latitude   1.78023583703422       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8693
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8693
+ with longitude and latitude   1.81514242207410       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8694
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8694
+ with longitude and latitude   1.85004900711399       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8695
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8695
+ with longitude and latitude   1.88495559215388       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8696
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8696
+ with longitude and latitude   1.91986217719376       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8697
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8697
+ with longitude and latitude   1.95476876223365       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8698
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8698
+ with longitude and latitude   1.98967534727354       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8699
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8699
+ with longitude and latitude   2.02458193231342       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8700
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8700
+ with longitude and latitude   2.05948851735331       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8701
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8701
+ with longitude and latitude   2.09439510239320       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8702
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8702
+ with longitude and latitude   2.12930168743308       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18769
+ with longitude and latitude   2.12550927306641       0.681130681010838     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8703
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8703
+ with longitude and latitude   2.16420827247297       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8704
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8704
+ with longitude and latitude   2.19911485751286       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8705
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8705
+ with longitude and latitude   2.23402144255274       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8706
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8706
+ with longitude and latitude   2.26892802759263       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19322
+ with longitude and latitude   2.36426411791612       0.757627355764893     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8707
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8707
+ with longitude and latitude   2.30383461263252       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8708
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8708
+ with longitude and latitude   2.33874119767240       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8709
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8709
+ with longitude and latitude   2.37364778271229       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8760
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8760
+ with longitude and latitude   4.15388361974650       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8761
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8761
+ with longitude and latitude   4.18879020478639       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8762
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8762
+ with longitude and latitude   4.22369678982628       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8763
+ with longitude and latitude   4.25860337486616       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8764
+ with longitude and latitude   4.29350995990605       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8765
+ with longitude and latitude   4.32841654494594       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8766
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8766
+ with longitude and latitude   4.36332312998582       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8767
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8767
+ with longitude and latitude   4.39822971502571       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8768
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8768
+ with longitude and latitude   4.43313630006560       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8769
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8769
+ with longitude and latitude   4.46804288510548       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8770
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8770
+ with longitude and latitude   4.50294947014537       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8771
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8771
+ with longitude and latitude   4.53785605518526       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8772
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8772
+ with longitude and latitude   4.57276264022514       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8773
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8773
+ with longitude and latitude   4.60766922526503       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8774
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8774
+ with longitude and latitude   4.64257581030492       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8779
+ with longitude and latitude   4.81710873550435       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19937
+ with longitude and latitude   4.77718387281493       0.826425591164385     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8780
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8780
+ with longitude and latitude   4.85201532054424       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19575
+ with longitude and latitude   4.84799944096598       0.786347636651756     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8781
+ with longitude and latitude   4.88692190558412       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8782
+ with longitude and latitude   4.92182849062401       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8783
+ with longitude and latitude   4.95673507566390       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8784
+ with longitude and latitude   4.99164166070378       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19395
+ with longitude and latitude   4.91813871296692       0.765687334745412     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8785
+ with longitude and latitude   5.02654824574367       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19400
+ with longitude and latitude   5.09168040425480       0.769963417560771     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8786
+ with longitude and latitude   5.06145483078356       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19948
+ with longitude and latitude   5.15627744042510       0.840126253328136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8787
+ with longitude and latitude   5.09636141582344       0.837758040957278     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19948
+ with longitude and latitude   5.15627744042510       0.840126253328136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8821
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8821
+ with longitude and latitude  0.000000000000000E+000  0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19978
+ with longitude and latitude   6.22435288445967       0.852777586565585     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8822
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8822
+ with longitude and latitude  3.490658503988659E-002  0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19978
+ with longitude and latitude   6.22435288445967       0.852777586565585     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8823
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8823
+ with longitude and latitude  6.981317007977318E-002  0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8824
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8824
+ with longitude and latitude  0.104719755119660       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8825
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8825
+ with longitude and latitude  0.139626340159546       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8826
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8826
+ with longitude and latitude  0.174532925199433       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8827
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8827
+ with longitude and latitude  0.209439510239320       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8828
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8828
+ with longitude and latitude  0.244346095279206       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19997
+ with longitude and latitude  0.236144367391970       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8829
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8829
+ with longitude and latitude  0.279252680319093       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8830
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8830
+ with longitude and latitude  0.314159265358979       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8831
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8831
+ with longitude and latitude  0.349065850398866       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19998
+ with longitude and latitude  0.253597659911913       0.776869764798692     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8832
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8832
+ with longitude and latitude  0.383972435438752       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8833
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8833
+ with longitude and latitude  0.418879020478639       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8834
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8834
+ with longitude and latitude  0.453785605518526       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8835
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8835
+ with longitude and latitude  0.488692190558412       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8836
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8836
+ with longitude and latitude  0.523598775598299       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8837
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8837
+ with longitude and latitude  0.558505360638185       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20197
+ with longitude and latitude  0.550303632750949       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8838
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8838
+ with longitude and latitude  0.593411945678072       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8839
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8839
+ with longitude and latitude  0.628318530717959       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8840
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8840
+ with longitude and latitude  0.663225115757845       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8841
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8841
+ with longitude and latitude  0.698131700797732       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8842
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8842
+ with longitude and latitude  0.733038285837618       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8843
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8843
+ with longitude and latitude  0.767944870877505       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20031
+ with longitude and latitude  0.829556313070042       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8844
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8844
+ with longitude and latitude  0.802851455917392       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8845
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8845
+ with longitude and latitude  0.837758040957278       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8846
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8846
+ with longitude and latitude  0.872664625997165       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8847
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8847
+ with longitude and latitude  0.907571211037051       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8848
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8848
+ with longitude and latitude  0.942477796076938       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8849
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8849
+ with longitude and latitude  0.977384381116825       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8850
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8850
+ with longitude and latitude   1.01229096615671       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8851
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8851
+ with longitude and latitude   1.04719755119660       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8852
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8852
+ with longitude and latitude   1.08210413623648       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8853
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8853
+ with longitude and latitude   1.11701072127637       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8854
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8854
+ with longitude and latitude   1.15191730631626       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8855
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8855
+ with longitude and latitude   1.18682389135614       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8856
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8856
+ with longitude and latitude   1.22173047639603       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8857
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8857
+ with longitude and latitude   1.25663706143592       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8858
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8858
+ with longitude and latitude   1.29154364647580       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8859
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8859
+ with longitude and latitude   1.32645023151569       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8860
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8860
+ with longitude and latitude   1.36135681655558       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8861
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8861
+ with longitude and latitude   1.39626340159546       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8862
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8862
+ with longitude and latitude   1.43116998663535       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8863
+ with longitude and latitude   1.46607657167524       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8864
+ with longitude and latitude   1.50098315671512       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8865
+ with longitude and latitude   1.53588974175501       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8866
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8866
+ with longitude and latitude   1.57079632679490       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8867
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8867
+ with longitude and latitude   1.60570291183478       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8868
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8868
+ with longitude and latitude   1.64060949687467       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8869
+ with longitude and latitude   1.67551608191456       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8870
+ with longitude and latitude   1.71042266695444       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8871
+ with longitude and latitude   1.74532925199433       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8872
+ with longitude and latitude   1.78023583703422       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8873
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8873
+ with longitude and latitude   1.81514242207410       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8874
+ with longitude and latitude   1.85004900711399       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8875
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8875
+ with longitude and latitude   1.88495559215388       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8876
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8876
+ with longitude and latitude   1.91986217719376       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8877
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8877
+ with longitude and latitude   1.95476876223365       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8878
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8878
+ with longitude and latitude   1.98967534727354       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8879
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8879
+ with longitude and latitude   2.02458193231342       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8880
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8880
+ with longitude and latitude   2.05948851735331       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8881
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8881
+ with longitude and latitude   2.09439510239320       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8882
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8882
+ with longitude and latitude   2.12930168743308       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8883
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8883
+ with longitude and latitude   2.16420827247297       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8884
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8884
+ with longitude and latitude   2.19911485751286       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8885
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8885
+ with longitude and latitude   2.23402144255274       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8886
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8886
+ with longitude and latitude   2.26892802759263       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8887
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8887
+ with longitude and latitude   2.30383461263252       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8888
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8888
+ with longitude and latitude   2.33874119767240       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8889
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8889
+ with longitude and latitude   2.37364778271229       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8890
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8890
+ with longitude and latitude   2.40855436775217       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8891
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8891
+ with longitude and latitude   2.44346095279206       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19871
+ with longitude and latitude   2.46040898112984       0.828559901996544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8892
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8892
+ with longitude and latitude   2.47836753783195       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19871
+ with longitude and latitude   2.46040898112984       0.828559901996544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8939
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8939
+ with longitude and latitude   4.11897703470662       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8940
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8940
+ with longitude and latitude   4.15388361974650       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8941
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8941
+ with longitude and latitude   4.18879020478639       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8942
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8942
+ with longitude and latitude   4.22369678982628       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8943
+ with longitude and latitude   4.25860337486616       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8944
+ with longitude and latitude   4.29350995990605       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8945
+ with longitude and latitude   4.32841654494594       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8946
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8946
+ with longitude and latitude   4.36332312998582       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8947
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8947
+ with longitude and latitude   4.39822971502571       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8948
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8948
+ with longitude and latitude   4.43313630006560       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8949
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8949
+ with longitude and latitude   4.46804288510548       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8950
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8950
+ with longitude and latitude   4.50294947014537       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8951
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8951
+ with longitude and latitude   4.53785605518526       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8952
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8952
+ with longitude and latitude   4.57276264022514       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8953
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8953
+ with longitude and latitude   4.60766922526503       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8954
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8954
+ with longitude and latitude   4.64257581030492       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8955
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8955
+ with longitude and latitude   4.67748239534480       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8958
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8958
+ with longitude and latitude   4.78220215046446       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8959
+ with longitude and latitude   4.81710873550435       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19937
+ with longitude and latitude   4.77718387281493       0.826425591164385     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8960
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8960
+ with longitude and latitude   4.85201532054424       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19937
+ with longitude and latitude   4.77718387281493       0.826425591164385     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8961
+ with longitude and latitude   4.88692190558412       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19576
+ with longitude and latitude   4.88253641500361       0.787143373526119     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8962
+ with longitude and latitude   4.92182849062401       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8963
+ with longitude and latitude   4.95673507566390       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8964
+ with longitude and latitude   4.99164166070378       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8965
+ with longitude and latitude   5.02654824574367       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8966
+ with longitude and latitude   5.06145483078356       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8967
+ with longitude and latitude   5.09636141582344       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8972
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         8972
+ with longitude and latitude   5.27089434102288       0.855211333477221     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19950
+ with longitude and latitude   5.22590626917632       0.843130745203016     
+  
+ WARNING: Cannot make bilinear interpolation for target point        8973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9001
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9001
+ with longitude and latitude  0.000000000000000E+000  0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20160
+ with longitude and latitude   6.22678701293350       0.876264036832991     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9002
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9002
+ with longitude and latitude  3.490658503988659E-002  0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20160
+ with longitude and latitude   6.22678701293350       0.876264036832991     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9003
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9003
+ with longitude and latitude  6.981317007977318E-002  0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9004
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9004
+ with longitude and latitude  0.104719755119660       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9005
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9005
+ with longitude and latitude  0.139626340159546       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9006
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9006
+ with longitude and latitude  0.174532925199433       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20892
+ with longitude and latitude  0.105185044760238       0.954784280373700     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9007
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9007
+ with longitude and latitude  0.209439510239320       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21077
+ with longitude and latitude  0.221118909615914       0.963842412115730     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9008
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9008
+ with longitude and latitude  0.244346095279206       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21078
+ with longitude and latitude  0.257354952023194       0.959547809968296     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9009
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9009
+ with longitude and latitude  0.279252680319093       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9010
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9010
+ with longitude and latitude  0.314159265358979       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9011
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9011
+ with longitude and latitude  0.349065850398866       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9012
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9012
+ with longitude and latitude  0.383972435438752       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9013
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9013
+ with longitude and latitude  0.418879020478639       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9014
+ with longitude and latitude  0.453785605518526       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9015
+ with longitude and latitude  0.488692190558412       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9016
+ with longitude and latitude  0.523598775598299       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9017
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9017
+ with longitude and latitude  0.558505360638185       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20197
+ with longitude and latitude  0.550303632750949       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9018
+ with longitude and latitude  0.593411945678072       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9019
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9019
+ with longitude and latitude  0.628318530717959       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9020
+ with longitude and latitude  0.663225115757845       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9021
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9021
+ with longitude and latitude  0.698131700797732       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9022
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9022
+ with longitude and latitude  0.733038285837618       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9023
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9023
+ with longitude and latitude  0.767944870877505       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9024
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9024
+ with longitude and latitude  0.802851455917392       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9025
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9025
+ with longitude and latitude  0.837758040957278       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9026
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9026
+ with longitude and latitude  0.872664625997165       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9027
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9027
+ with longitude and latitude  0.907571211037051       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9028
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9028
+ with longitude and latitude  0.942477796076938       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9029
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9029
+ with longitude and latitude  0.977384381116825       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9030
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9030
+ with longitude and latitude   1.01229096615671       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9031
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9031
+ with longitude and latitude   1.04719755119660       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9032
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9032
+ with longitude and latitude   1.08210413623648       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9033
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9033
+ with longitude and latitude   1.11701072127637       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9034
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9034
+ with longitude and latitude   1.15191730631626       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9035
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9035
+ with longitude and latitude   1.18682389135614       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9036
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9036
+ with longitude and latitude   1.22173047639603       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9037
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9037
+ with longitude and latitude   1.25663706143592       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9038
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9038
+ with longitude and latitude   1.29154364647580       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9039
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9039
+ with longitude and latitude   1.32645023151569       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9040
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9040
+ with longitude and latitude   1.36135681655558       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9041
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9041
+ with longitude and latitude   1.39626340159546       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9042
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9042
+ with longitude and latitude   1.43116998663535       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9043
+ with longitude and latitude   1.46607657167524       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9044
+ with longitude and latitude   1.50098315671512       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9045
+ with longitude and latitude   1.53588974175501       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9046
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9046
+ with longitude and latitude   1.57079632679490       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9047
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9047
+ with longitude and latitude   1.60570291183478       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9048
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9048
+ with longitude and latitude   1.64060949687467       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9049
+ with longitude and latitude   1.67551608191456       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9050
+ with longitude and latitude   1.71042266695444       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9051
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9051
+ with longitude and latitude   1.74532925199433       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9052
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9052
+ with longitude and latitude   1.78023583703422       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9053
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9053
+ with longitude and latitude   1.81514242207410       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9054
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9054
+ with longitude and latitude   1.85004900711399       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9055
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9055
+ with longitude and latitude   1.88495559215388       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9056
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9056
+ with longitude and latitude   1.91986217719376       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9057
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9057
+ with longitude and latitude   1.95476876223365       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9058
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9058
+ with longitude and latitude   1.98967534727354       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9059
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9059
+ with longitude and latitude   2.02458193231342       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9060
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9060
+ with longitude and latitude   2.05948851735331       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9061
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9061
+ with longitude and latitude   2.09439510239320       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9062
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9062
+ with longitude and latitude   2.12930168743308       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9063
+ with longitude and latitude   2.16420827247297       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9064
+ with longitude and latitude   2.19911485751286       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19138
+ with longitude and latitude   2.29659543128105       0.732177395573008     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9065
+ with longitude and latitude   2.23402144255274       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9066
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9066
+ with longitude and latitude   2.26892802759263       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9067
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9067
+ with longitude and latitude   2.30383461263252       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9068
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9068
+ with longitude and latitude   2.33874119767240       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9069
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9069
+ with longitude and latitude   2.37364778271229       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9070
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9070
+ with longitude and latitude   2.40855436775217       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19870
+ with longitude and latitude   2.42530818501965       0.825716669766427     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9071
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9071
+ with longitude and latitude   2.44346095279206       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19871
+ with longitude and latitude   2.46040898112984       0.828559901996544     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9072
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9072
+ with longitude and latitude   2.47836753783195       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20237
+ with longitude and latitude   2.52272244790465       0.876063694013451     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9118
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9118
+ with longitude and latitude   4.08407044966673       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20098
+ with longitude and latitude   4.05995171824475       0.855057040382691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9119
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9119
+ with longitude and latitude   4.11897703470662       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20098
+ with longitude and latitude   4.05995171824475       0.855057040382691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9120
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9120
+ with longitude and latitude   4.15388361974650       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9121
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9121
+ with longitude and latitude   4.18879020478639       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9122
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9122
+ with longitude and latitude   4.22369678982628       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9123
+ with longitude and latitude   4.25860337486616       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9124
+ with longitude and latitude   4.29350995990605       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9125
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9125
+ with longitude and latitude   4.32841654494594       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9126
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9126
+ with longitude and latitude   4.36332312998582       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9127
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9127
+ with longitude and latitude   4.39822971502571       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9128
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9128
+ with longitude and latitude   4.43313630006560       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9129
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9129
+ with longitude and latitude   4.46804288510548       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9130
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9130
+ with longitude and latitude   4.50294947014537       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9131
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9131
+ with longitude and latitude   4.53785605518526       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9132
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9132
+ with longitude and latitude   4.57276264022514       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9133
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9133
+ with longitude and latitude   4.60766922526503       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9134
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9134
+ with longitude and latitude   4.64257581030492       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9135
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9135
+ with longitude and latitude   4.67748239534480       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9136
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9136
+ with longitude and latitude   4.71238898038469       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9137
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9137
+ with longitude and latitude   4.74729556542458       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9138
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9138
+ with longitude and latitude   4.78220215046446       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9139
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9139
+ with longitude and latitude   4.81710873550435       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19937
+ with longitude and latitude   4.77718387281493       0.826425591164385     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9140
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9140
+ with longitude and latitude   4.85201532054424       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9141
+ with longitude and latitude   4.88692190558412       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9142
+ with longitude and latitude   4.92182849062401       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9143
+ with longitude and latitude   4.95673507566390       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9144
+ with longitude and latitude   4.99164166070378       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9145
+ with longitude and latitude   5.02654824574367       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9146
+ with longitude and latitude   5.06145483078356       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9147
+ with longitude and latitude   5.09636141582344       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9152
+ with longitude and latitude   5.27089434102288       0.872664625997165     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20132
+ with longitude and latitude   5.22357627540171       0.865034727710065     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9181
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9181
+ with longitude and latitude  0.000000000000000E+000  0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20160
+ with longitude and latitude   6.22678701293350       0.876264036832991     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9182
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9182
+ with longitude and latitude  3.490658503988659E-002  0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20708
+ with longitude and latitude  2.675790704121609E-002  0.939403387480246     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9183
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9183
+ with longitude and latitude  6.981317007977318E-002  0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9184
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9184
+ with longitude and latitude  0.104719755119660       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9185
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9185
+ with longitude and latitude  0.139626340159546       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9186
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9186
+ with longitude and latitude  0.174532925199433       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20892
+ with longitude and latitude  0.105185044760238       0.954784280373700     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9187
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9187
+ with longitude and latitude  0.209439510239320       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21077
+ with longitude and latitude  0.221118909615914       0.963842412115730     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9188
+ with longitude and latitude  0.244346095279206       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21078
+ with longitude and latitude  0.257354952023194       0.959547809968296     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9189
+ with longitude and latitude  0.279252680319093       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9190
+ with longitude and latitude  0.314159265358979       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9191
+ with longitude and latitude  0.349065850398866       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9192
+ with longitude and latitude  0.383972435438752       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9193
+ with longitude and latitude  0.418879020478639       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9194
+ with longitude and latitude  0.453785605518526       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9195
+ with longitude and latitude  0.488692190558412       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9196
+ with longitude and latitude  0.523598775598299       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9197
+ with longitude and latitude  0.558505360638185       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9198
+ with longitude and latitude  0.593411945678072       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9199
+ with longitude and latitude  0.628318530717959       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9200
+ with longitude and latitude  0.663225115757845       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9201
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9201
+ with longitude and latitude  0.698131700797732       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9202
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9202
+ with longitude and latitude  0.733038285837618       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9203
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9203
+ with longitude and latitude  0.767944870877505       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9204
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9204
+ with longitude and latitude  0.802851455917392       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9205
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9205
+ with longitude and latitude  0.837758040957278       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9206
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9206
+ with longitude and latitude  0.872664625997165       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9207
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9207
+ with longitude and latitude  0.907571211037051       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9208
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9208
+ with longitude and latitude  0.942477796076938       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9209
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9209
+ with longitude and latitude  0.977384381116825       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9210
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9210
+ with longitude and latitude   1.01229096615671       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9211
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9211
+ with longitude and latitude   1.04719755119660       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9212
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9212
+ with longitude and latitude   1.08210413623648       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9213
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9213
+ with longitude and latitude   1.11701072127637       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9214
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9214
+ with longitude and latitude   1.15191730631626       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9215
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9215
+ with longitude and latitude   1.18682389135614       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9216
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9216
+ with longitude and latitude   1.22173047639603       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9217
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9217
+ with longitude and latitude   1.25663706143592       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9218
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9218
+ with longitude and latitude   1.29154364647580       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9219
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9219
+ with longitude and latitude   1.32645023151569       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9220
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9220
+ with longitude and latitude   1.36135681655558       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9221
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9221
+ with longitude and latitude   1.39626340159546       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9222
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9222
+ with longitude and latitude   1.43116998663535       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9223
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9223
+ with longitude and latitude   1.46607657167524       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9224
+ with longitude and latitude   1.50098315671512       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9225
+ with longitude and latitude   1.53588974175501       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9226
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9226
+ with longitude and latitude   1.57079632679490       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9227
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9227
+ with longitude and latitude   1.60570291183478       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9228
+ with longitude and latitude   1.64060949687467       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9229
+ with longitude and latitude   1.67551608191456       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9230
+ with longitude and latitude   1.71042266695444       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9231
+ with longitude and latitude   1.74532925199433       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9232
+ with longitude and latitude   1.78023583703422       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9233
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9233
+ with longitude and latitude   1.81514242207410       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9234
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9234
+ with longitude and latitude   1.85004900711399       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9235
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9235
+ with longitude and latitude   1.88495559215388       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9236
+ with longitude and latitude   1.91986217719376       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9237
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9237
+ with longitude and latitude   1.95476876223365       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9238
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9238
+ with longitude and latitude   1.98967534727354       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9239
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9239
+ with longitude and latitude   2.02458193231342       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9240
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9240
+ with longitude and latitude   2.05948851735331       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9241
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9241
+ with longitude and latitude   2.09439510239320       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9242
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9242
+ with longitude and latitude   2.12930168743308       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9243
+ with longitude and latitude   2.16420827247297       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9244
+ with longitude and latitude   2.19911485751286       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9245
+ with longitude and latitude   2.23402144255274       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9246
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9246
+ with longitude and latitude   2.26892802759263       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9247
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9247
+ with longitude and latitude   2.30383461263252       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9248
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9248
+ with longitude and latitude   2.33874119767240       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9249
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9249
+ with longitude and latitude   2.37364778271229       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9250
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9250
+ with longitude and latitude   2.40855436775217       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9251
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9251
+ with longitude and latitude   2.44346095279206       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20419
+ with longitude and latitude   2.51781233014905       0.896414976048311     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9252
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9252
+ with longitude and latitude   2.47836753783195       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20419
+ with longitude and latitude   2.51781233014905       0.896414976048311     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9298
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9298
+ with longitude and latitude   4.08407044966673       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20461
+ with longitude and latitude   4.03064646815378       0.896597097164704     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9299
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9299
+ with longitude and latitude   4.11897703470662       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20098
+ with longitude and latitude   4.05995171824475       0.855057040382691     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9300
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9300
+ with longitude and latitude   4.15388361974650       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9301
+ with longitude and latitude   4.18879020478639       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9302
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9302
+ with longitude and latitude   4.22369678982628       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9303
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9303
+ with longitude and latitude   4.25860337486616       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9304
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9304
+ with longitude and latitude   4.29350995990605       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9305
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9305
+ with longitude and latitude   4.32841654494594       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9306
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9306
+ with longitude and latitude   4.36332312998582       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9307
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9307
+ with longitude and latitude   4.39822971502571       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9308
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9308
+ with longitude and latitude   4.43313630006560       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9309
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9309
+ with longitude and latitude   4.46804288510548       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9310
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9310
+ with longitude and latitude   4.50294947014537       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9311
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9311
+ with longitude and latitude   4.53785605518526       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9312
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9312
+ with longitude and latitude   4.57276264022514       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9313
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9313
+ with longitude and latitude   4.60766922526503       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9314
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9314
+ with longitude and latitude   4.64257581030492       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9315
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9315
+ with longitude and latitude   4.67748239534480       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9316
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9316
+ with longitude and latitude   4.71238898038469       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9317
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9317
+ with longitude and latitude   4.74729556542458       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9318
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9318
+ with longitude and latitude   4.78220215046446       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9319
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9319
+ with longitude and latitude   4.81710873550435       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9320
+ with longitude and latitude   4.85201532054424       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9321
+ with longitude and latitude   4.88692190558412       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9322
+ with longitude and latitude   4.92182849062401       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9323
+ with longitude and latitude   4.95673507566390       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9324
+ with longitude and latitude   4.99164166070378       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9325
+ with longitude and latitude   5.02654824574367       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9326
+ with longitude and latitude   5.06145483078356       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9327
+ with longitude and latitude   5.09636141582344       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9328
+ with longitude and latitude   5.13126800086333       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9329
+ with longitude and latitude   5.16617458590322       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9330
+ with longitude and latitude   5.20108117094310       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20131
+ with longitude and latitude   5.18874886013746       0.863330760335334     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9331
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9331
+ with longitude and latitude   5.23598775598299       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20132
+ with longitude and latitude   5.22357627540171       0.865034727710065     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9332
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9332
+ with longitude and latitude   5.27089434102288       0.890117918517108     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20317
+ with longitude and latitude   5.32591083046888       0.891987610490054     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9361
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9361
+ with longitude and latitude  0.000000000000000E+000  0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20708
+ with longitude and latitude  2.675790704121609E-002  0.939403387480246     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9362
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9362
+ with longitude and latitude  3.490658503988659E-002  0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20708
+ with longitude and latitude  2.675790704121609E-002  0.939403387480246     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9363
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9363
+ with longitude and latitude  6.981317007977318E-002  0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9364
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9364
+ with longitude and latitude  0.104719755119660       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9365
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9365
+ with longitude and latitude  0.139626340159546       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20892
+ with longitude and latitude  0.105185044760238       0.954784280373700     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9366
+ with longitude and latitude  0.174532925199433       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21076
+ with longitude and latitude  0.184649780593004       0.967926452444143     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9367
+ with longitude and latitude  0.209439510239320       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21077
+ with longitude and latitude  0.221118909615914       0.963842412115730     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9368
+ with longitude and latitude  0.244346095279206       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21078
+ with longitude and latitude  0.257354952023194       0.959547809968296     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9369
+ with longitude and latitude  0.279252680319093       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9370
+ with longitude and latitude  0.314159265358979       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9371
+ with longitude and latitude  0.349065850398866       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9372
+ with longitude and latitude  0.383972435438752       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9373
+ with longitude and latitude  0.418879020478639       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9374
+ with longitude and latitude  0.453785605518526       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9375
+ with longitude and latitude  0.488692190558412       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9376
+ with longitude and latitude  0.523598775598299       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20196
+ with longitude and latitude  0.532850340231006       0.794323057318636     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9377
+ with longitude and latitude  0.558505360638185       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9378
+ with longitude and latitude  0.593411945678072       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9379
+ with longitude and latitude  0.628318530717959       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9380
+ with longitude and latitude  0.663225115757845       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9381
+ with longitude and latitude  0.698131700797732       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9382
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9382
+ with longitude and latitude  0.733038285837618       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9383
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9383
+ with longitude and latitude  0.767944870877505       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9384
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9384
+ with longitude and latitude  0.802851455917392       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9385
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9385
+ with longitude and latitude  0.837758040957278       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9386
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9386
+ with longitude and latitude  0.872664625997165       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9387
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9387
+ with longitude and latitude  0.907571211037051       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9388
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9388
+ with longitude and latitude  0.942477796076938       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9389
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9389
+ with longitude and latitude  0.977384381116825       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9390
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9390
+ with longitude and latitude   1.01229096615671       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9391
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9391
+ with longitude and latitude   1.04719755119660       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9392
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9392
+ with longitude and latitude   1.08210413623648       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9393
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9393
+ with longitude and latitude   1.11701072127637       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9394
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9394
+ with longitude and latitude   1.15191730631626       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9395
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9395
+ with longitude and latitude   1.18682389135614       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9396
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9396
+ with longitude and latitude   1.22173047639603       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9397
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9397
+ with longitude and latitude   1.25663706143592       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9398
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9398
+ with longitude and latitude   1.29154364647580       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9399
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9399
+ with longitude and latitude   1.32645023151569       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9400
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9400
+ with longitude and latitude   1.36135681655558       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9401
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9401
+ with longitude and latitude   1.39626340159546       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9402
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9402
+ with longitude and latitude   1.43116998663535       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9403
+ with longitude and latitude   1.46607657167524       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9404
+ with longitude and latitude   1.50098315671512       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9405
+ with longitude and latitude   1.53588974175501       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9406
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9406
+ with longitude and latitude   1.57079632679490       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9407
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9407
+ with longitude and latitude   1.60570291183478       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9408
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9408
+ with longitude and latitude   1.64060949687467       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9409
+ with longitude and latitude   1.67551608191456       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9410
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9410
+ with longitude and latitude   1.71042266695444       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9411
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9411
+ with longitude and latitude   1.74532925199433       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9412
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9412
+ with longitude and latitude   1.78023583703422       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9413
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9413
+ with longitude and latitude   1.81514242207410       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9414
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9414
+ with longitude and latitude   1.85004900711399       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9415
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9415
+ with longitude and latitude   1.88495559215388       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9416
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9416
+ with longitude and latitude   1.91986217719376       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9417
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9417
+ with longitude and latitude   1.95476876223365       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9418
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9418
+ with longitude and latitude   1.98967534727354       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9419
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9419
+ with longitude and latitude   2.02458193231342       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9420
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9420
+ with longitude and latitude   2.05948851735331       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9421
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9421
+ with longitude and latitude   2.09439510239320       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9422
+ with longitude and latitude   2.12930168743308       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9423
+ with longitude and latitude   2.16420827247297       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9424
+ with longitude and latitude   2.19911485751286       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9425
+ with longitude and latitude   2.23402144255274       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9426
+ with longitude and latitude   2.26892802759263       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9427
+ with longitude and latitude   2.30383461263252       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9428
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9428
+ with longitude and latitude   2.33874119767240       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9429
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9429
+ with longitude and latitude   2.37364778271229       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9430
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9430
+ with longitude and latitude   2.40855436775217       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9431
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9431
+ with longitude and latitude   2.44346095279206       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9478
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9478
+ with longitude and latitude   4.08407044966673       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9479
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9479
+ with longitude and latitude   4.11897703470662       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9480
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9480
+ with longitude and latitude   4.15388361974650       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9481
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9481
+ with longitude and latitude   4.18879020478639       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9482
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9482
+ with longitude and latitude   4.22369678982628       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9483
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9483
+ with longitude and latitude   4.25860337486616       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9484
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9484
+ with longitude and latitude   4.29350995990605       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9485
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9485
+ with longitude and latitude   4.32841654494594       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9486
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9486
+ with longitude and latitude   4.36332312998582       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9487
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9487
+ with longitude and latitude   4.39822971502571       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9488
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9488
+ with longitude and latitude   4.43313630006560       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9489
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9489
+ with longitude and latitude   4.46804288510548       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9490
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9490
+ with longitude and latitude   4.50294947014537       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9491
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9491
+ with longitude and latitude   4.53785605518526       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9492
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9492
+ with longitude and latitude   4.57276264022514       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9493
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9493
+ with longitude and latitude   4.60766922526503       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19935
+ with longitude and latitude   4.70873277149796       0.824994684151721     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9494
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9494
+ with longitude and latitude   4.64257581030492       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9495
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9495
+ with longitude and latitude   4.67748239534480       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9496
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9496
+ with longitude and latitude   4.71238898038469       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9497
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9497
+ with longitude and latitude   4.74729556542458       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20118
+ with longitude and latitude   4.74197436266275       0.845193427866842     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9498
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9498
+ with longitude and latitude   4.78220215046446       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9499
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9499
+ with longitude and latitude   4.81710873550435       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9503
+ with longitude and latitude   4.95673507566390       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9504
+ with longitude and latitude   4.99164166070378       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9505
+ with longitude and latitude   5.02654824574367       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9506
+ with longitude and latitude   5.06145483078356       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9507
+ with longitude and latitude   5.09636141582344       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9508
+ with longitude and latitude   5.13126800086333       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9509
+ with longitude and latitude   5.16617458590322       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20131
+ with longitude and latitude   5.18874886013746       0.863330760335334     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9510
+ with longitude and latitude   5.20108117094310       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20132
+ with longitude and latitude   5.22357627540171       0.865034727710065     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9511
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9511
+ with longitude and latitude   5.23598775598299       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20132
+ with longitude and latitude   5.22357627540171       0.865034727710065     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9512
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9512
+ with longitude and latitude   5.27089434102288       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20499
+ with longitude and latitude   5.32285372554100       0.913386688187244     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9540
+ with longitude and latitude   6.24827872213970       0.907571211037051     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20160
+ with longitude and latitude   6.22678701293350       0.876264036832991     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9544
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9544
+ with longitude and latitude  0.104719755119660       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20709
+ with longitude and latitude  6.341356557262151E-002  0.936694948178306     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9545
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9545
+ with longitude and latitude  0.139626340159546       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20892
+ with longitude and latitude  0.105185044760238       0.954784280373700     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9546
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9546
+ with longitude and latitude  0.174532925199433       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21076
+ with longitude and latitude  0.184649780593004       0.967926452444143     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9547
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9547
+ with longitude and latitude  0.209439510239320       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21077
+ with longitude and latitude  0.221118909615914       0.963842412115730     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9548
+ with longitude and latitude  0.244346095279206       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21078
+ with longitude and latitude  0.257354952023194       0.959547809968296     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9549
+ with longitude and latitude  0.279252680319093       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9550
+ with longitude and latitude  0.314159265358979       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21079
+ with longitude and latitude  0.293352046466413       0.955053383146624     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9551
+ with longitude and latitude  0.349065850398866       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9552
+ with longitude and latitude  0.383972435438752       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9553
+ with longitude and latitude  0.418879020478639       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9554
+ with longitude and latitude  0.453785605518526       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9555
+ with longitude and latitude  0.488692190558412       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9556
+ with longitude and latitude  0.523598775598299       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9557
+ with longitude and latitude  0.558505360638185       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9558
+ with longitude and latitude  0.593411945678072       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9559
+ with longitude and latitude  0.628318530717959       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9560
+ with longitude and latitude  0.663225115757845       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9561
+ with longitude and latitude  0.698131700797732       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9562
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9562
+ with longitude and latitude  0.733038285837618       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9563
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9563
+ with longitude and latitude  0.767944870877505       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9564
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9564
+ with longitude and latitude  0.802851455917392       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9565
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9565
+ with longitude and latitude  0.837758040957278       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9566
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9566
+ with longitude and latitude  0.872664625997165       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9567
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9567
+ with longitude and latitude  0.907571211037051       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9568
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9568
+ with longitude and latitude  0.942477796076938       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9569
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9569
+ with longitude and latitude  0.977384381116825       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9570
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9570
+ with longitude and latitude   1.01229096615671       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9571
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9571
+ with longitude and latitude   1.04719755119660       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9572
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9572
+ with longitude and latitude   1.08210413623648       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9573
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9573
+ with longitude and latitude   1.11701072127637       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9574
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9574
+ with longitude and latitude   1.15191730631626       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9575
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9575
+ with longitude and latitude   1.18682389135614       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9576
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9576
+ with longitude and latitude   1.22173047639603       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9577
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9577
+ with longitude and latitude   1.25663706143592       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9578
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9578
+ with longitude and latitude   1.29154364647580       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9579
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9579
+ with longitude and latitude   1.32645023151569       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9580
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9580
+ with longitude and latitude   1.36135681655558       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9581
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9581
+ with longitude and latitude   1.39626340159546       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9582
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9582
+ with longitude and latitude   1.43116998663535       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9583
+ with longitude and latitude   1.46607657167524       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9584
+ with longitude and latitude   1.50098315671512       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9585
+ with longitude and latitude   1.53588974175501       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9586
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9586
+ with longitude and latitude   1.57079632679490       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9587
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9587
+ with longitude and latitude   1.60570291183478       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9588
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9588
+ with longitude and latitude   1.64060949687467       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9589
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9589
+ with longitude and latitude   1.67551608191456       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9590
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9590
+ with longitude and latitude   1.71042266695444       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9591
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9591
+ with longitude and latitude   1.74532925199433       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9592
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9592
+ with longitude and latitude   1.78023583703422       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9593
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9593
+ with longitude and latitude   1.81514242207410       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9594
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9594
+ with longitude and latitude   1.85004900711399       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9595
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9595
+ with longitude and latitude   1.88495559215388       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9596
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9596
+ with longitude and latitude   1.91986217719376       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9597
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9597
+ with longitude and latitude   1.95476876223365       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9598
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9598
+ with longitude and latitude   1.98967534727354       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9599
+ with longitude and latitude   2.02458193231342       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9600
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9600
+ with longitude and latitude   2.05948851735331       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9601
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9601
+ with longitude and latitude   2.09439510239320       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9602
+ with longitude and latitude   2.12930168743308       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9603
+ with longitude and latitude   2.16420827247297       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9604
+ with longitude and latitude   2.19911485751286       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9605
+ with longitude and latitude   2.23402144255274       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9606
+ with longitude and latitude   2.26892802759263       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9607
+ with longitude and latitude   2.30383461263252       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9608
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9608
+ with longitude and latitude   2.33874119767240       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9609
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9609
+ with longitude and latitude   2.37364778271229       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9610
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9610
+ with longitude and latitude   2.40855436775217       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9658
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9658
+ with longitude and latitude   4.08407044966673       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9659
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9659
+ with longitude and latitude   4.11897703470662       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9660
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9660
+ with longitude and latitude   4.15388361974650       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9661
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9661
+ with longitude and latitude   4.18879020478639       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9662
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9662
+ with longitude and latitude   4.22369678982628       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9663
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9663
+ with longitude and latitude   4.25860337486616       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9664
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9664
+ with longitude and latitude   4.29350995990605       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9665
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9665
+ with longitude and latitude   4.32841654494594       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        19917
+ with longitude and latitude   4.09244529404145       0.832986784736567     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9666
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9666
+ with longitude and latitude   4.36332312998582       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9667
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9667
+ with longitude and latitude   4.39822971502571       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9668
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9668
+ with longitude and latitude   4.43313630006560       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9669
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9669
+ with longitude and latitude   4.46804288510548       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9670
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9670
+ with longitude and latitude   4.50294947014537       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9671
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9671
+ with longitude and latitude   4.53785605518526       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9672
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9672
+ with longitude and latitude   4.57276264022514       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9673
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9673
+ with longitude and latitude   4.60766922526503       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9674
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9674
+ with longitude and latitude   4.64257581030492       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21756
+ with longitude and latitude   4.72543715821764       0.992381807068460     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9675
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9675
+ with longitude and latitude   4.67748239534480       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21756
+ with longitude and latitude   4.72543715821764       0.992381807068460     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9676
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9676
+ with longitude and latitude   4.71238898038469       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21575
+ with longitude and latitude   4.76000251746733       0.980200759528818     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9677
+ with longitude and latitude   4.74729556542458       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21394
+ with longitude and latitude   4.79518525562325       0.967451220056152     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9678
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9678
+ with longitude and latitude   4.78220215046446       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21394
+ with longitude and latitude   4.79518525562325       0.967451220056152     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9679
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9679
+ with longitude and latitude   4.81710873550435       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20850
+ with longitude and latitude   4.86984785563563       0.923041275179029     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9683
+ with longitude and latitude   4.95673507566390       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9684
+ with longitude and latitude   4.99164166070378       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9685
+ with longitude and latitude   5.02654824574367       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20851
+ with longitude and latitude   4.90335745735552       0.925042707604282     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9686
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9686
+ with longitude and latitude   5.06145483078356       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9687
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9687
+ with longitude and latitude   5.09636141582344       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9688
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9688
+ with longitude and latitude   5.13126800086333       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20130
+ with longitude and latitude   5.15400249576895       0.861628555151175     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9689
+ with longitude and latitude   5.16617458590322       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9690
+ with longitude and latitude   5.20108117094310       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9691
+ with longitude and latitude   5.23598775598299       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20862
+ with longitude and latitude   5.28017652898689       0.952110304864446     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9692
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9692
+ with longitude and latitude   5.27089434102288       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20862
+ with longitude and latitude   5.28017652898689       0.952110304864446     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9718
+ with longitude and latitude   6.17846555205993       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20341
+ with longitude and latitude   6.19320254463529       0.901047773839270     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9719
+ with longitude and latitude   6.21337213709981       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20341
+ with longitude and latitude   6.19320254463529       0.901047773839270     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9720
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9720
+ with longitude and latitude   6.24827872213970       0.925024503556995     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20708
+ with longitude and latitude  2.675790704121609E-002  0.939403387480246     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9726
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9726
+ with longitude and latitude  0.174532925199433       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21076
+ with longitude and latitude  0.184649780593004       0.967926452444143     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9731
+ with longitude and latitude  0.349065850398866       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9732
+ with longitude and latitude  0.383972435438752       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9733
+ with longitude and latitude  0.418879020478639       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9734
+ with longitude and latitude  0.453785605518526       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9735
+ with longitude and latitude  0.488692190558412       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9736
+ with longitude and latitude  0.523598775598299       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9737
+ with longitude and latitude  0.558505360638185       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9738
+ with longitude and latitude  0.593411945678072       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9739
+ with longitude and latitude  0.628318530717959       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9740
+ with longitude and latitude  0.663225115757845       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9741
+ with longitude and latitude  0.698131700797732       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9742
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9742
+ with longitude and latitude  0.733038285837618       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9743
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9743
+ with longitude and latitude  0.767944870877505       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9744
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9744
+ with longitude and latitude  0.802851455917392       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9745
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9745
+ with longitude and latitude  0.837758040957278       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9746
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9746
+ with longitude and latitude  0.872664625997165       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9747
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9747
+ with longitude and latitude  0.907571211037051       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9748
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9748
+ with longitude and latitude  0.942477796076938       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9749
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9749
+ with longitude and latitude  0.977384381116825       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9750
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9750
+ with longitude and latitude   1.01229096615671       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9751
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9751
+ with longitude and latitude   1.04719755119660       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9752
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9752
+ with longitude and latitude   1.08210413623648       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9753
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9753
+ with longitude and latitude   1.11701072127637       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9754
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9754
+ with longitude and latitude   1.15191730631626       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9755
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9755
+ with longitude and latitude   1.18682389135614       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9756
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9756
+ with longitude and latitude   1.22173047639603       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9757
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9757
+ with longitude and latitude   1.25663706143592       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9758
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9758
+ with longitude and latitude   1.29154364647580       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9759
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9759
+ with longitude and latitude   1.32645023151569       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9760
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9760
+ with longitude and latitude   1.36135681655558       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9761
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9761
+ with longitude and latitude   1.39626340159546       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9762
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9762
+ with longitude and latitude   1.43116998663535       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9763
+ with longitude and latitude   1.46607657167524       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9764
+ with longitude and latitude   1.50098315671512       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9765
+ with longitude and latitude   1.53588974175501       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9766
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9766
+ with longitude and latitude   1.57079632679490       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9767
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9767
+ with longitude and latitude   1.60570291183478       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9768
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9768
+ with longitude and latitude   1.64060949687467       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9769
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9769
+ with longitude and latitude   1.67551608191456       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9770
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9770
+ with longitude and latitude   1.71042266695444       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9771
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9771
+ with longitude and latitude   1.74532925199433       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9772
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9772
+ with longitude and latitude   1.78023583703422       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9773
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9773
+ with longitude and latitude   1.81514242207410       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9774
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9774
+ with longitude and latitude   1.85004900711399       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9775
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9775
+ with longitude and latitude   1.88495559215388       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9776
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9776
+ with longitude and latitude   1.91986217719376       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9777
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9777
+ with longitude and latitude   1.95476876223365       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9778
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9778
+ with longitude and latitude   1.98967534727354       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9779
+ with longitude and latitude   2.02458193231342       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9780
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9780
+ with longitude and latitude   2.05948851735331       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9781
+ with longitude and latitude   2.09439510239320       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9782
+ with longitude and latitude   2.12930168743308       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9783
+ with longitude and latitude   2.16420827247297       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9784
+ with longitude and latitude   2.19911485751286       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9785
+ with longitude and latitude   2.23402144255274       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9786
+ with longitude and latitude   2.26892802759263       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9787
+ with longitude and latitude   2.30383461263252       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9788
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9788
+ with longitude and latitude   2.33874119767240       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9789
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9789
+ with longitude and latitude   2.37364778271229       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20963
+ with longitude and latitude   2.42791085805916       0.945511852119185     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9800
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9800
+ with longitude and latitude   2.75762021815104       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20426
+ with longitude and latitude   2.76992825647906       0.917554777443554     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9837
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9837
+ with longitude and latitude   4.04916386462684       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9838
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9838
+ with longitude and latitude   4.08407044966673       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9839
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9839
+ with longitude and latitude   4.11897703470662       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9840
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9840
+ with longitude and latitude   4.15388361974650       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9841
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9841
+ with longitude and latitude   4.18879020478639       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9842
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9842
+ with longitude and latitude   4.22369678982628       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9843
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9843
+ with longitude and latitude   4.25860337486616       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9844
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9844
+ with longitude and latitude   4.29350995990605       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9845
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9845
+ with longitude and latitude   4.32841654494594       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9846
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9846
+ with longitude and latitude   4.36332312998582       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9847
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9847
+ with longitude and latitude   4.39822971502571       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9848
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9848
+ with longitude and latitude   4.43313630006560       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9849
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9849
+ with longitude and latitude   4.46804288510548       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9850
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9850
+ with longitude and latitude   4.50294947014537       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9851
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9851
+ with longitude and latitude   4.53785605518526       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9852
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9852
+ with longitude and latitude   4.57276264022514       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9853
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9853
+ with longitude and latitude   4.60766922526503       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9854
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9854
+ with longitude and latitude   4.64257581030492       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9855
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9855
+ with longitude and latitude   4.67748239534480       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21756
+ with longitude and latitude   4.72543715821764       0.992381807068460     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9856
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9856
+ with longitude and latitude   4.71238898038469       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21575
+ with longitude and latitude   4.76000251746733       0.980200759528818     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9857
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9857
+ with longitude and latitude   4.74729556542458       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21394
+ with longitude and latitude   4.79518525562325       0.967451220056152     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9858
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9858
+ with longitude and latitude   4.78220215046446       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21394
+ with longitude and latitude   4.79518525562325       0.967451220056152     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9859
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9859
+ with longitude and latitude   4.81710873550435       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21395
+ with longitude and latitude   4.82763609583637       0.969656618505906     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9863
+ with longitude and latitude   4.95673507566390       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21033
+ with longitude and latitude   4.90022953334929       0.942131563896657     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9864
+ with longitude and latitude   4.99164166070378       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9865
+ with longitude and latitude   5.02654824574367       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9866
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9866
+ with longitude and latitude   5.06145483078356       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9867
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9867
+ with longitude and latitude   5.09636141582344       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9868
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9868
+ with longitude and latitude   5.13126800086333       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9869
+ with longitude and latitude   5.16617458590322       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9870
+ with longitude and latitude   5.20108117094310       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9871
+ with longitude and latitude   5.23598775598299       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9897
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9897
+ with longitude and latitude   6.14355896702004       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20886
+ with longitude and latitude   6.16543936509032       0.970221431945307     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9898
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9898
+ with longitude and latitude   6.17846555205993       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20886
+ with longitude and latitude   6.16543936509032       0.970221431945307     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9899
+ with longitude and latitude   6.21337213709981       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20886
+ with longitude and latitude   6.16543936509032       0.970221431945307     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9900
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9900
+ with longitude and latitude   6.24827872213970       0.942477796076938     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20889
+ with longitude and latitude   6.27749886226639       0.963566813140783     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9912
+ with longitude and latitude  0.383972435438752       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9913
+ with longitude and latitude  0.418879020478639       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21262
+ with longitude and latitude  0.336891491917302       0.968845195191907     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9914
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9914
+ with longitude and latitude  0.453785605518526       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9915
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9915
+ with longitude and latitude  0.488692190558412       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9916
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9916
+ with longitude and latitude  0.523598775598299       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9917
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9917
+ with longitude and latitude  0.558505360638185       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21626
+ with longitude and latitude  0.355011251635676        1.00481637034033     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9918
+ with longitude and latitude  0.593411945678072       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21808
+ with longitude and latitude  0.365472331347000        1.02234169652912     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9919
+ with longitude and latitude  0.628318530717959       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20204
+ with longitude and latitude  0.637570095350666       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9920
+ with longitude and latitude  0.663225115757845       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9921
+ with longitude and latitude  0.698131700797732       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9922
+ with longitude and latitude  0.733038285837618       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9923
+ with longitude and latitude  0.767944870877505       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9924
+ with longitude and latitude  0.802851455917392       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9925
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9925
+ with longitude and latitude  0.837758040957278       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9926
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9926
+ with longitude and latitude  0.872664625997165       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9927
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9927
+ with longitude and latitude  0.907571211037051       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9928
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9928
+ with longitude and latitude  0.942477796076938       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9929
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9929
+ with longitude and latitude  0.977384381116825       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9930
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9930
+ with longitude and latitude   1.01229096615671       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9931
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9931
+ with longitude and latitude   1.04719755119660       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9932
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9932
+ with longitude and latitude   1.08210413623648       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9933
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9933
+ with longitude and latitude   1.11701072127637       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9934
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9934
+ with longitude and latitude   1.15191730631626       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9935
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9935
+ with longitude and latitude   1.18682389135614       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9936
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9936
+ with longitude and latitude   1.22173047639603       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9937
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9937
+ with longitude and latitude   1.25663706143592       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9938
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9938
+ with longitude and latitude   1.29154364647580       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9939
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9939
+ with longitude and latitude   1.32645023151569       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9940
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9940
+ with longitude and latitude   1.36135681655558       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9941
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9941
+ with longitude and latitude   1.39626340159546       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9942
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9942
+ with longitude and latitude   1.43116998663535       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9943
+ with longitude and latitude   1.46607657167524       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9944
+ with longitude and latitude   1.50098315671512       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9945
+ with longitude and latitude   1.53588974175501       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9946
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9946
+ with longitude and latitude   1.57079632679490       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9947
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9947
+ with longitude and latitude   1.60570291183478       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9948
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9948
+ with longitude and latitude   1.64060949687467       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9949
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9949
+ with longitude and latitude   1.67551608191456       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9950
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9950
+ with longitude and latitude   1.71042266695444       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9951
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9951
+ with longitude and latitude   1.74532925199433       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9952
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9952
+ with longitude and latitude   1.78023583703422       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        18768
+ with longitude and latitude   2.09069449333333       0.680008653622346     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9953
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9953
+ with longitude and latitude   1.81514242207410       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9954
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9954
+ with longitude and latitude   1.85004900711399       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9955
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9955
+ with longitude and latitude   1.88495559215388       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9956
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9956
+ with longitude and latitude   1.91986217719376       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9957
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9957
+ with longitude and latitude   1.95476876223365       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9958
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9958
+ with longitude and latitude   1.98967534727354       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9959
+ with longitude and latitude   2.02458193231342       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9960
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9960
+ with longitude and latitude   2.05948851735331       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9961
+ with longitude and latitude   2.09439510239320       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9962
+ with longitude and latitude   2.12930168743308       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9963
+ with longitude and latitude   2.16420827247297       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9964
+ with longitude and latitude   2.19911485751286       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9965
+ with longitude and latitude   2.23402144255274       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9966
+ with longitude and latitude   2.26892802759263       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9967
+ with longitude and latitude   2.30383461263252       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9968
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9968
+ with longitude and latitude   2.33874119767240       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9969
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9969
+ with longitude and latitude   2.37364778271229       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21145
+ with longitude and latitude   2.42005804457243       0.963627673947320     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9980
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point         9980
+ with longitude and latitude   2.75762021815104       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20609
+ with longitude and latitude   2.80254704572006       0.941899316328046     
+  
+ WARNING: Cannot make bilinear interpolation for target point        9981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10016
+ with longitude and latitude   4.01425727958696       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10017
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10017
+ with longitude and latitude   4.04916386462684       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10018
+ with longitude and latitude   4.08407044966673       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10019
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10019
+ with longitude and latitude   4.11897703470662       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10020
+ with longitude and latitude   4.15388361974650       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10021
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10021
+ with longitude and latitude   4.18879020478639       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10022
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10022
+ with longitude and latitude   4.22369678982628       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10023
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10023
+ with longitude and latitude   4.25860337486616       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10024
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10024
+ with longitude and latitude   4.29350995990605       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10025
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10025
+ with longitude and latitude   4.32841654494594       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10026
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10026
+ with longitude and latitude   4.36332312998582       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10027
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10027
+ with longitude and latitude   4.39822971502571       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10028
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10028
+ with longitude and latitude   4.43313630006560       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10029
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10029
+ with longitude and latitude   4.46804288510548       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10030
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10030
+ with longitude and latitude   4.50294947014537       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10031
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10031
+ with longitude and latitude   4.53785605518526       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10032
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10032
+ with longitude and latitude   4.57276264022514       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10033
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10033
+ with longitude and latitude   4.60766922526503       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10034
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10034
+ with longitude and latitude   4.64257581030492       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10035
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10035
+ with longitude and latitude   4.67748239534480       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21756
+ with longitude and latitude   4.72543715821764       0.992381807068460     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10036
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10036
+ with longitude and latitude   4.71238898038469       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21756
+ with longitude and latitude   4.72543715821764       0.992381807068460     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10037
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10037
+ with longitude and latitude   4.74729556542458       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21575
+ with longitude and latitude   4.76000251746733       0.980200759528818     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10043
+ with longitude and latitude   4.95673507566390       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10044
+ with longitude and latitude   4.99164166070378       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10045
+ with longitude and latitude   5.02654824574367       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10046
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10046
+ with longitude and latitude   5.06145483078356       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10047
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10047
+ with longitude and latitude   5.09636141582344       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10048
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10048
+ with longitude and latitude   5.13126800086333       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10049
+ with longitude and latitude   5.16617458590322       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10050
+ with longitude and latitude   5.20108117094310       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21043
+ with longitude and latitude   5.24061774762317       0.968942400927501     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10079
+ with longitude and latitude   6.21337213709981       0.959931088596881     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20886
+ with longitude and latitude   6.16543936509032       0.970221431945307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10092
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10092
+ with longitude and latitude  0.383972435438752       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10093
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10093
+ with longitude and latitude  0.418879020478639       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21444
+ with longitude and latitude  0.345506267834282       0.986988492739136     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10094
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10094
+ with longitude and latitude  0.453785605518526       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21626
+ with longitude and latitude  0.355011251635676        1.00481637034033     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10095
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10095
+ with longitude and latitude  0.488692190558412       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21626
+ with longitude and latitude  0.355011251635676        1.00481637034033     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10096
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10096
+ with longitude and latitude  0.523598775598299       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21626
+ with longitude and latitude  0.355011251635676        1.00481637034033     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10097
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10097
+ with longitude and latitude  0.558505360638185       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21808
+ with longitude and latitude  0.365472331347000        1.02234169652912     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10098
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10098
+ with longitude and latitude  0.593411945678072       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10099
+ with longitude and latitude  0.628318530717959       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10100
+ with longitude and latitude  0.663225115757845       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10101
+ with longitude and latitude  0.698131700797732       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10102
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10102
+ with longitude and latitude  0.733038285837618       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10103
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10103
+ with longitude and latitude  0.767944870877505       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10104
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10104
+ with longitude and latitude  0.802851455917392       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10105
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10105
+ with longitude and latitude  0.837758040957278       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10106
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10106
+ with longitude and latitude  0.872664625997165       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10107
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10107
+ with longitude and latitude  0.907571211037051       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10108
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10108
+ with longitude and latitude  0.942477796076938       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10109
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10109
+ with longitude and latitude  0.977384381116825       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10110
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10110
+ with longitude and latitude   1.01229096615671       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10111
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10111
+ with longitude and latitude   1.04719755119660       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10112
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10112
+ with longitude and latitude   1.08210413623648       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10113
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10113
+ with longitude and latitude   1.11701072127637       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10114
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10114
+ with longitude and latitude   1.15191730631626       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10115
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10115
+ with longitude and latitude   1.18682389135614       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10116
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10116
+ with longitude and latitude   1.22173047639603       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10117
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10117
+ with longitude and latitude   1.25663706143592       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10118
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10118
+ with longitude and latitude   1.29154364647580       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10119
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10119
+ with longitude and latitude   1.32645023151569       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10120
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10120
+ with longitude and latitude   1.36135681655558       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10121
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10121
+ with longitude and latitude   1.39626340159546       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10122
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10122
+ with longitude and latitude   1.43116998663535       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10123
+ with longitude and latitude   1.46607657167524       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10124
+ with longitude and latitude   1.50098315671512       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10125
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10125
+ with longitude and latitude   1.53588974175501       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10126
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10126
+ with longitude and latitude   1.57079632679490       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10127
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10127
+ with longitude and latitude   1.60570291183478       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10128
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10128
+ with longitude and latitude   1.64060949687467       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10129
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10129
+ with longitude and latitude   1.67551608191456       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10130
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10130
+ with longitude and latitude   1.71042266695444       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10131
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10131
+ with longitude and latitude   1.74532925199433       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10132
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10132
+ with longitude and latitude   1.78023583703422       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10133
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10133
+ with longitude and latitude   1.81514242207410       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10134
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10134
+ with longitude and latitude   1.85004900711399       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10135
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10135
+ with longitude and latitude   1.88495559215388       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10136
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10136
+ with longitude and latitude   1.91986217719376       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10137
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10137
+ with longitude and latitude   1.95476876223365       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10138
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10138
+ with longitude and latitude   1.98967534727354       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10139
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10139
+ with longitude and latitude   2.02458193231342       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10140
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10140
+ with longitude and latitude   2.05948851735331       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10141
+ with longitude and latitude   2.09439510239320       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10142
+ with longitude and latitude   2.12930168743308       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10143
+ with longitude and latitude   2.16420827247297       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10144
+ with longitude and latitude   2.19911485751286       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10145
+ with longitude and latitude   2.23402144255274       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10146
+ with longitude and latitude   2.26892802759263       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10147
+ with longitude and latitude   2.30383461263252       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10148
+ with longitude and latitude   2.33874119767240       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10149
+ with longitude and latitude   2.37364778271229       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10160
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10160
+ with longitude and latitude   2.75762021815104       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21154
+ with longitude and latitude   2.75011144893898        1.00272568028577     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10161
+ with longitude and latitude   2.79252680319093       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20792
+ with longitude and latitude   2.83545454433414       0.966027324026910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10196
+ with longitude and latitude   4.01425727958696       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10197
+ with longitude and latitude   4.04916386462684       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10198
+ with longitude and latitude   4.08407044966673       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10199
+ with longitude and latitude   4.11897703470662       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10200
+ with longitude and latitude   4.15388361974650       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10201
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10201
+ with longitude and latitude   4.18879020478639       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10202
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10202
+ with longitude and latitude   4.22369678982628       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10203
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10203
+ with longitude and latitude   4.25860337486616       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10204
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10204
+ with longitude and latitude   4.29350995990605       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10205
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10205
+ with longitude and latitude   4.32841654494594       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10206
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10206
+ with longitude and latitude   4.36332312998582       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10207
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10207
+ with longitude and latitude   4.39822971502571       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10208
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10208
+ with longitude and latitude   4.43313630006560       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10209
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10209
+ with longitude and latitude   4.46804288510548       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10210
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10210
+ with longitude and latitude   4.50294947014537       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10211
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10211
+ with longitude and latitude   4.53785605518526       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10212
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10212
+ with longitude and latitude   4.57276264022514       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10213
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10213
+ with longitude and latitude   4.60766922526503       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10214
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10214
+ with longitude and latitude   4.64257581030492       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10215
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10215
+ with longitude and latitude   4.67748239534480       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10224
+ with longitude and latitude   4.99164166070378       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10225
+ with longitude and latitude   5.02654824574367       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21398
+ with longitude and latitude   4.92569486584228       0.977396855468452     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10226
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10226
+ with longitude and latitude   5.06145483078356       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10227
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10227
+ with longitude and latitude   5.09636141582344       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10228
+ with longitude and latitude   5.13126800086333       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21768
+ with longitude and latitude   5.11363223456078        1.03000421443137     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10229
+ with longitude and latitude   5.16617458590322       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21225
+ with longitude and latitude   5.23553556672095       0.987821685582647     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10259
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10259
+ with longitude and latitude   6.21337213709981       0.977384381116825     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20886
+ with longitude and latitude   6.16543936509032       0.970221431945307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10266
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10266
+ with longitude and latitude  0.174532925199433       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21075
+ with longitude and latitude  0.147955396165336       0.971789993623082     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10267
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10267
+ with longitude and latitude  0.209439510239320       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21076
+ with longitude and latitude  0.184649780593004       0.967926452444143     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10273
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10273
+ with longitude and latitude  0.418879020478639       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21626
+ with longitude and latitude  0.355011251635676        1.00481637034033     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10274
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10274
+ with longitude and latitude  0.453785605518526       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21626
+ with longitude and latitude  0.355011251635676        1.00481637034033     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10275
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10275
+ with longitude and latitude  0.488692190558412       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21808
+ with longitude and latitude  0.365472331347000        1.02234169652912     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10276
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10276
+ with longitude and latitude  0.523598775598299       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21808
+ with longitude and latitude  0.365472331347000        1.02234169652912     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10277
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10277
+ with longitude and latitude  0.558505360638185       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10278
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10278
+ with longitude and latitude  0.593411945678072       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10279
+ with longitude and latitude  0.628318530717959       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10280
+ with longitude and latitude  0.663225115757845       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10281
+ with longitude and latitude  0.698131700797732       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10282
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10282
+ with longitude and latitude  0.733038285837618       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20205
+ with longitude and latitude  0.655023387870609       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10283
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10283
+ with longitude and latitude  0.767944870877505       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10284
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10284
+ with longitude and latitude  0.802851455917392       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10285
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10285
+ with longitude and latitude  0.837758040957278       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10286
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10286
+ with longitude and latitude  0.872664625997165       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20215
+ with longitude and latitude  0.864462898109928       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10287
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10287
+ with longitude and latitude  0.907571211037051       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20217
+ with longitude and latitude  0.899369483149815       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10288
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10288
+ with longitude and latitude  0.942477796076938       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10289
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10289
+ with longitude and latitude  0.977384381116825       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10290
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10290
+ with longitude and latitude   1.01229096615671       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10291
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10291
+ with longitude and latitude   1.04719755119660       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10292
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10292
+ with longitude and latitude   1.08210413623648       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20219
+ with longitude and latitude  0.934276068189702       0.811776349838579     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10293
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10293
+ with longitude and latitude   1.11701072127637       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10294
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10294
+ with longitude and latitude   1.15191730631626       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10295
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10295
+ with longitude and latitude   1.18682389135614       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10296
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10296
+ with longitude and latitude   1.22173047639603       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10297
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10297
+ with longitude and latitude   1.25663706143592       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10298
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10298
+ with longitude and latitude   1.29154364647580       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10299
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10299
+ with longitude and latitude   1.32645023151569       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10300
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10300
+ with longitude and latitude   1.36135681655558       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10301
+ with longitude and latitude   1.39626340159546       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10302
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10302
+ with longitude and latitude   1.43116998663535       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10303
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10303
+ with longitude and latitude   1.46607657167524       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10304
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10304
+ with longitude and latitude   1.50098315671512       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10305
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10305
+ with longitude and latitude   1.53588974175501       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10306
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10306
+ with longitude and latitude   1.57079632679490       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10307
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10307
+ with longitude and latitude   1.60570291183478       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10308
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10308
+ with longitude and latitude   1.64060949687467       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10309
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10309
+ with longitude and latitude   1.67551608191456       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10310
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10310
+ with longitude and latitude   1.71042266695444       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10311
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10311
+ with longitude and latitude   1.74532925199433       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10312
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10312
+ with longitude and latitude   1.78023583703422       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10313
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10313
+ with longitude and latitude   1.81514242207410       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10314
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10314
+ with longitude and latitude   1.85004900711399       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10315
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10315
+ with longitude and latitude   1.88495559215388       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10316
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10316
+ with longitude and latitude   1.91986217719376       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10317
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10317
+ with longitude and latitude   1.95476876223365       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10318
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10318
+ with longitude and latitude   1.98967534727354       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10319
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10319
+ with longitude and latitude   2.02458193231342       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10320
+ with longitude and latitude   2.05948851735331       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10321
+ with longitude and latitude   2.09439510239320       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10322
+ with longitude and latitude   2.12930168743308       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10323
+ with longitude and latitude   2.16420827247297       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10324
+ with longitude and latitude   2.19911485751286       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10325
+ with longitude and latitude   2.23402144255274       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10326
+ with longitude and latitude   2.26892802759263       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10327
+ with longitude and latitude   2.30383461263252       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10328
+ with longitude and latitude   2.33874119767240       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10329
+ with longitude and latitude   2.37364778271229       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10341
+ with longitude and latitude   2.79252680319093       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21154
+ with longitude and latitude   2.75011144893898        1.00272568028577     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10375
+ with longitude and latitude   3.97935069454707       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10376
+ with longitude and latitude   4.01425727958696       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10377
+ with longitude and latitude   4.04916386462684       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10378
+ with longitude and latitude   4.08407044966673       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10379
+ with longitude and latitude   4.11897703470662       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10380
+ with longitude and latitude   4.15388361974650       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10381
+ with longitude and latitude   4.18879020478639       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10382
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10382
+ with longitude and latitude   4.22369678982628       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10383
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10383
+ with longitude and latitude   4.25860337486616       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10384
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10384
+ with longitude and latitude   4.29350995990605       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10385
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10385
+ with longitude and latitude   4.32841654494594       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22482
+ with longitude and latitude   4.65373587715028        1.03974659174184     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10386
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10386
+ with longitude and latitude   4.36332312998582       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10387
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10387
+ with longitude and latitude   4.39822971502571       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10388
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10388
+ with longitude and latitude   4.43313630006560       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10389
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10389
+ with longitude and latitude   4.46804288510548       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10390
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10390
+ with longitude and latitude   4.50294947014537       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10391
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10391
+ with longitude and latitude   4.53785605518526       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10392
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10392
+ with longitude and latitude   4.57276264022514       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10393
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10393
+ with longitude and latitude   4.60766922526503       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10394
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10394
+ with longitude and latitude   4.64257581030492       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21937
+ with longitude and latitude   4.69160463982290        1.00407924168397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10403
+ with longitude and latitude   4.95673507566390       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21580
+ with longitude and latitude   4.92109251897260       0.993075901710685     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10404
+ with longitude and latitude   4.99164166070378       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21580
+ with longitude and latitude   4.92109251897260       0.993075901710685     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10405
+ with longitude and latitude   5.02654824574367       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10406
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10406
+ with longitude and latitude   5.06145483078356       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10407
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10407
+ with longitude and latitude   5.09636141582344       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10408
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10408
+ with longitude and latitude   5.13126800086333       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21768
+ with longitude and latitude   5.11363223456078        1.03000421443137     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10409
+ with longitude and latitude   5.16617458590322       0.994837673636768     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21407
+ with longitude and latitude   5.22984837127634        1.00621086369736     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10446
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10446
+ with longitude and latitude  0.174532925199433        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21256
+ with longitude and latitude  0.117562740694798       0.995716606980207     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10447
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10447
+ with longitude and latitude  0.209439510239320        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21260
+ with longitude and latitude  0.264880268667537       0.978694933284086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10448
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10448
+ with longitude and latitude  0.244346095279206        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21260
+ with longitude and latitude  0.264880268667537       0.978694933284086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10453
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10453
+ with longitude and latitude  0.418879020478639        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21808
+ with longitude and latitude  0.365472331347000        1.02234169652912     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10454
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10454
+ with longitude and latitude  0.453785605518526        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21808
+ with longitude and latitude  0.365472331347000        1.02234169652912     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10455
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10455
+ with longitude and latitude  0.488692190558412        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10456
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10456
+ with longitude and latitude  0.523598775598299        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10457
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10457
+ with longitude and latitude  0.558505360638185        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10458
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10458
+ with longitude and latitude  0.593411945678072        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10459
+ with longitude and latitude  0.628318530717959        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10460
+ with longitude and latitude  0.663225115757845        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10461
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10461
+ with longitude and latitude  0.698131700797732        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10462
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10462
+ with longitude and latitude  0.733038285837618        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10463
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10463
+ with longitude and latitude  0.767944870877505        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10464
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10464
+ with longitude and latitude  0.802851455917392        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10465
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10465
+ with longitude and latitude  0.837758040957278        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10466
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10466
+ with longitude and latitude  0.872664625997165        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10467
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10467
+ with longitude and latitude  0.907571211037051        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10468
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10468
+ with longitude and latitude  0.942477796076938        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10469
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10469
+ with longitude and latitude  0.977384381116825        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10470
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10470
+ with longitude and latitude   1.01229096615671        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10471
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10471
+ with longitude and latitude   1.04719755119660        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10472
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10472
+ with longitude and latitude   1.08210413623648        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10473
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10473
+ with longitude and latitude   1.11701072127637        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10474
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10474
+ with longitude and latitude   1.15191730631626        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10475
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10475
+ with longitude and latitude   1.18682389135614        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10476
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10476
+ with longitude and latitude   1.22173047639603        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10477
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10477
+ with longitude and latitude   1.25663706143592        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10478
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10478
+ with longitude and latitude   1.29154364647580        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10479
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10479
+ with longitude and latitude   1.32645023151569        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10480
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10480
+ with longitude and latitude   1.36135681655558        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10481
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10481
+ with longitude and latitude   1.39626340159546        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10482
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10482
+ with longitude and latitude   1.43116998663535        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10483
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10483
+ with longitude and latitude   1.46607657167524        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10484
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10484
+ with longitude and latitude   1.50098315671512        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10485
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10485
+ with longitude and latitude   1.53588974175501        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10486
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10486
+ with longitude and latitude   1.57079632679490        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10487
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10487
+ with longitude and latitude   1.60570291183478        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10488
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10488
+ with longitude and latitude   1.64060949687467        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10489
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10489
+ with longitude and latitude   1.67551608191456        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10490
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10490
+ with longitude and latitude   1.71042266695444        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10491
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10491
+ with longitude and latitude   1.74532925199433        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10492
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10492
+ with longitude and latitude   1.78023583703422        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10493
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10493
+ with longitude and latitude   1.81514242207410        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10494
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10494
+ with longitude and latitude   1.85004900711399        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10495
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10495
+ with longitude and latitude   1.88495559215388        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10496
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10496
+ with longitude and latitude   1.91986217719376        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10497
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10497
+ with longitude and latitude   1.95476876223365        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10498
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10498
+ with longitude and latitude   1.98967534727354        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10499
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10499
+ with longitude and latitude   2.02458193231342        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10500
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10500
+ with longitude and latitude   2.05948851735331        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10501
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10501
+ with longitude and latitude   2.09439510239320        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10502
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10502
+ with longitude and latitude   2.12930168743308        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10503
+ with longitude and latitude   2.16420827247297        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10504
+ with longitude and latitude   2.19911485751286        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10505
+ with longitude and latitude   2.23402144255274        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10506
+ with longitude and latitude   2.26892802759263        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10507
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10507
+ with longitude and latitude   2.30383461263252        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10508
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10508
+ with longitude and latitude   2.33874119767240        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10509
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10509
+ with longitude and latitude   2.37364778271229        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10510
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10510
+ with longitude and latitude   2.40855436775217        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10542
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10542
+ with longitude and latitude   3.52556508902855        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21173
+ with longitude and latitude   3.47841827192726        1.01367922920394     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10554
+ with longitude and latitude   3.94444410950718        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10555
+ with longitude and latitude   3.97935069454707        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10556
+ with longitude and latitude   4.01425727958696        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10557
+ with longitude and latitude   4.04916386462684        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10558
+ with longitude and latitude   4.08407044966673        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10559
+ with longitude and latitude   4.11897703470662        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10560
+ with longitude and latitude   4.15388361974650        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10561
+ with longitude and latitude   4.18879020478639        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10562
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10562
+ with longitude and latitude   4.22369678982628        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10563
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10563
+ with longitude and latitude   4.25860337486616        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10564
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10564
+ with longitude and latitude   4.29350995990605        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20643
+ with longitude and latitude   4.03376582984413       0.915676789809021     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10565
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10565
+ with longitude and latitude   4.32841654494594        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10566
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10566
+ with longitude and latitude   4.36332312998582        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22664
+ with longitude and latitude   4.65097127400664        1.05127480467764     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10567
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10567
+ with longitude and latitude   4.39822971502571        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22482
+ with longitude and latitude   4.65373587715028        1.03974659174184     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10568
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10568
+ with longitude and latitude   4.43313630006560        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22482
+ with longitude and latitude   4.65373587715028        1.03974659174184     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10569
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10569
+ with longitude and latitude   4.46804288510548        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10570
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10570
+ with longitude and latitude   4.50294947014537        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10571
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10571
+ with longitude and latitude   4.53785605518526        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10572
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10572
+ with longitude and latitude   4.57276264022514        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10573
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10573
+ with longitude and latitude   4.60766922526503        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10574
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10574
+ with longitude and latitude   4.64257581030492        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10583
+ with longitude and latitude   4.95673507566390        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21762
+ with longitude and latitude   4.91601758469667        1.00825181792928     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10584
+ with longitude and latitude   4.99164166070378        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21762
+ with longitude and latitude   4.91601758469667        1.00825181792928     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10585
+ with longitude and latitude   5.02654824574367        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21767
+ with longitude and latitude   5.08001735308608        1.02617587659307     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10589
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10589
+ with longitude and latitude   5.16617458590322        1.01229096615671     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21770
+ with longitude and latitude   5.18183287862085        1.03772151709839     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10625
+ with longitude and latitude  0.139626340159546        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21437
+ with longitude and latitude  8.693979336986987E-002   1.01955713057099     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10626
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10626
+ with longitude and latitude  0.174532925199433        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21256
+ with longitude and latitude  0.117562740694798       0.995716606980207     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10627
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10627
+ with longitude and latitude  0.209439510239320        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21260
+ with longitude and latitude  0.264880268667537       0.978694933284086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10628
+ with longitude and latitude  0.244346095279206        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21625
+ with longitude and latitude  0.318905591619154        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10629
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10629
+ with longitude and latitude  0.279252680319093        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21807
+ with longitude and latitude  0.329234300822272        1.02839879137684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10633
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10633
+ with longitude and latitude  0.418879020478639        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10634
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10634
+ with longitude and latitude  0.453785605518526        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10635
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10635
+ with longitude and latitude  0.488692190558412        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10636
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10636
+ with longitude and latitude  0.523598775598299        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10637
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10637
+ with longitude and latitude  0.558505360638185        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10638
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10638
+ with longitude and latitude  0.593411945678072        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10639
+ with longitude and latitude  0.628318530717959        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10640
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10640
+ with longitude and latitude  0.663225115757845        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10641
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10641
+ with longitude and latitude  0.698131700797732        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10642
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10642
+ with longitude and latitude  0.733038285837618        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10643
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10643
+ with longitude and latitude  0.767944870877505        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10644
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10644
+ with longitude and latitude  0.802851455917392        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10645
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10645
+ with longitude and latitude  0.837758040957278        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10646
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10646
+ with longitude and latitude  0.872664625997165        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10647
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10647
+ with longitude and latitude  0.907571211037051        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10648
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10648
+ with longitude and latitude  0.942477796076938        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10649
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10649
+ with longitude and latitude  0.977384381116825        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10650
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10650
+ with longitude and latitude   1.01229096615671        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10651
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10651
+ with longitude and latitude   1.04719755119660        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10652
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10652
+ with longitude and latitude   1.08210413623648        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10653
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10653
+ with longitude and latitude   1.11701072127637        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10654
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10654
+ with longitude and latitude   1.15191730631626        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10655
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10655
+ with longitude and latitude   1.18682389135614        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10656
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10656
+ with longitude and latitude   1.22173047639603        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10657
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10657
+ with longitude and latitude   1.25663706143592        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10658
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10658
+ with longitude and latitude   1.29154364647580        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10659
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10659
+ with longitude and latitude   1.32645023151569        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10660
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10660
+ with longitude and latitude   1.36135681655558        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10661
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10661
+ with longitude and latitude   1.39626340159546        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10662
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10662
+ with longitude and latitude   1.43116998663535        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10663
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10663
+ with longitude and latitude   1.46607657167524        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10664
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10664
+ with longitude and latitude   1.50098315671512        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10665
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10665
+ with longitude and latitude   1.53588974175501        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10666
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10666
+ with longitude and latitude   1.57079632679490        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10667
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10667
+ with longitude and latitude   1.60570291183478        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10668
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10668
+ with longitude and latitude   1.64060949687467        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10669
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10669
+ with longitude and latitude   1.67551608191456        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10670
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10670
+ with longitude and latitude   1.71042266695444        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10671
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10671
+ with longitude and latitude   1.74532925199433        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10672
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10672
+ with longitude and latitude   1.78023583703422        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10673
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10673
+ with longitude and latitude   1.81514242207410        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10674
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10674
+ with longitude and latitude   1.85004900711399        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10675
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10675
+ with longitude and latitude   1.88495559215388        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10676
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10676
+ with longitude and latitude   1.91986217719376        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10677
+ with longitude and latitude   1.95476876223365        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10678
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10678
+ with longitude and latitude   1.98967534727354        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10679
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10679
+ with longitude and latitude   2.02458193231342        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10680
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10680
+ with longitude and latitude   2.05948851735331        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10681
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10681
+ with longitude and latitude   2.09439510239320        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10682
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10682
+ with longitude and latitude   2.12930168743308        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10683
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10683
+ with longitude and latitude   2.16420827247297        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10684
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10684
+ with longitude and latitude   2.19911485751286        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10685
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10685
+ with longitude and latitude   2.23402144255274        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10686
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10686
+ with longitude and latitude   2.26892802759263        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10687
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10687
+ with longitude and latitude   2.30383461263252        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10688
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10688
+ with longitude and latitude   2.33874119767240        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10689
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10689
+ with longitude and latitude   2.37364778271229        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10690
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10690
+ with longitude and latitude   2.40855436775217        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10691
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10691
+ with longitude and latitude   2.44346095279206        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10722
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10722
+ with longitude and latitude   3.52556508902855        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21173
+ with longitude and latitude   3.47841827192726        1.01367922920394     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10723
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10723
+ with longitude and latitude   3.56047167406843        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21176
+ with longitude and latitude   3.58959428860165        1.00731449350079     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10734
+ with longitude and latitude   3.94444410950718        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10735
+ with longitude and latitude   3.97935069454707        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10736
+ with longitude and latitude   4.01425727958696        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10737
+ with longitude and latitude   4.04916386462684        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10738
+ with longitude and latitude   4.08407044966673        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10739
+ with longitude and latitude   4.11897703470662        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10740
+ with longitude and latitude   4.15388361974650        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10741
+ with longitude and latitude   4.18879020478639        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10742
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10742
+ with longitude and latitude   4.22369678982628        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10743
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10743
+ with longitude and latitude   4.25860337486616        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        20824
+ with longitude and latitude   4.00321342117935       0.936673584323130     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10744
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10744
+ with longitude and latitude   4.29350995990605        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10745
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10745
+ with longitude and latitude   4.32841654494594        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10746
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10746
+ with longitude and latitude   4.36332312998582        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10747
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10747
+ with longitude and latitude   4.39822971502571        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10748
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10748
+ with longitude and latitude   4.43313630006560        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22664
+ with longitude and latitude   4.65097127400664        1.05127480467764     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10749
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10749
+ with longitude and latitude   4.46804288510548        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22664
+ with longitude and latitude   4.65097127400664        1.05127480467764     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10750
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10750
+ with longitude and latitude   4.50294947014537        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22482
+ with longitude and latitude   4.65373587715028        1.03974659174184     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10751
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10751
+ with longitude and latitude   4.53785605518526        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22482
+ with longitude and latitude   4.65373587715028        1.03974659174184     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10752
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10752
+ with longitude and latitude   4.57276264022514        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22482
+ with longitude and latitude   4.65373587715028        1.03974659174184     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10753
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10753
+ with longitude and latitude   4.60766922526503        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22300
+ with longitude and latitude   4.65628287598953        1.02778830512799     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10763
+ with longitude and latitude   4.95673507566390        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21944
+ with longitude and latitude   4.91043820165292        1.02293957860439     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10764
+ with longitude and latitude   4.99164166070378        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21944
+ with longitude and latitude   4.91043820165292        1.02293957860439     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10765
+ with longitude and latitude   5.02654824574367        1.02974425867665     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21949
+ with longitude and latitude   5.07282394617247        1.04209328218174     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10804
+ with longitude and latitude  0.104719755119660        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21618
+ with longitude and latitude  5.591722473161837E-002   1.04326184629286     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10805
+ with longitude and latitude  0.139626340159546        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21437
+ with longitude and latitude  8.693979336986987E-002   1.01955713057099     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10806
+ with longitude and latitude  0.174532925199433        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21437
+ with longitude and latitude  8.693979336986987E-002   1.01955713057099     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10807
+ with longitude and latitude  0.209439510239320        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22170
+ with longitude and latitude  0.315942893611239        1.06972983078429     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10808
+ with longitude and latitude  0.244346095279206        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22170
+ with longitude and latitude  0.315942893611239        1.06972983078429     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10809
+ with longitude and latitude  0.279252680319093        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22170
+ with longitude and latitude  0.315942893611239        1.06972983078429     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10813
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10813
+ with longitude and latitude  0.418879020478639        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10814
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10814
+ with longitude and latitude  0.453785605518526        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10815
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10815
+ with longitude and latitude  0.488692190558412        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10816
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10816
+ with longitude and latitude  0.523598775598299        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10817
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10817
+ with longitude and latitude  0.558505360638185        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10818
+ with longitude and latitude  0.593411945678072        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10819
+ with longitude and latitude  0.628318530717959        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21990
+ with longitude and latitude  0.376961366594640        1.03957431328634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10820
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10820
+ with longitude and latitude  0.663225115757845        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10821
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10821
+ with longitude and latitude  0.698131700797732        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10822
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10822
+ with longitude and latitude  0.733038285837618        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10823
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10823
+ with longitude and latitude  0.767944870877505        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10824
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10824
+ with longitude and latitude  0.802851455917392        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10825
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10825
+ with longitude and latitude  0.837758040957278        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10826
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10826
+ with longitude and latitude  0.872664625997165        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10827
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10827
+ with longitude and latitude  0.907571211037051        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10828
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10828
+ with longitude and latitude  0.942477796076938        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10829
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10829
+ with longitude and latitude  0.977384381116825        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10830
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10830
+ with longitude and latitude   1.01229096615671        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10831
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10831
+ with longitude and latitude   1.04719755119660        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10832
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10832
+ with longitude and latitude   1.08210413623648        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10833
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10833
+ with longitude and latitude   1.11701072127637        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10834
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10834
+ with longitude and latitude   1.15191730631626        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10835
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10835
+ with longitude and latitude   1.18682389135614        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10836
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10836
+ with longitude and latitude   1.22173047639603        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10837
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10837
+ with longitude and latitude   1.25663706143592        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10838
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10838
+ with longitude and latitude   1.29154364647580        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10839
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10839
+ with longitude and latitude   1.32645023151569        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10840
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10840
+ with longitude and latitude   1.36135681655558        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10841
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10841
+ with longitude and latitude   1.39626340159546        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10842
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10842
+ with longitude and latitude   1.43116998663535        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10843
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10843
+ with longitude and latitude   1.46607657167524        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10844
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10844
+ with longitude and latitude   1.50098315671512        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10845
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10845
+ with longitude and latitude   1.53588974175501        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10846
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10846
+ with longitude and latitude   1.57079632679490        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10847
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10847
+ with longitude and latitude   1.60570291183478        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10848
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10848
+ with longitude and latitude   1.64060949687467        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10849
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10849
+ with longitude and latitude   1.67551608191456        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10850
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10850
+ with longitude and latitude   1.71042266695444        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10851
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10851
+ with longitude and latitude   1.74532925199433        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10852
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10852
+ with longitude and latitude   1.78023583703422        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10853
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10853
+ with longitude and latitude   1.81514242207410        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10854
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10854
+ with longitude and latitude   1.85004900711399        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10855
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10855
+ with longitude and latitude   1.88495559215388        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10856
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10856
+ with longitude and latitude   1.91986217719376        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10857
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10857
+ with longitude and latitude   1.95476876223365        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10858
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10858
+ with longitude and latitude   1.98967534727354        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10859
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10859
+ with longitude and latitude   2.02458193231342        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10860
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10860
+ with longitude and latitude   2.05948851735331        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10861
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10861
+ with longitude and latitude   2.09439510239320        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10862
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10862
+ with longitude and latitude   2.12930168743308        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10863
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10863
+ with longitude and latitude   2.16420827247297        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10864
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10864
+ with longitude and latitude   2.19911485751286        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10865
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10865
+ with longitude and latitude   2.23402144255274        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10866
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10866
+ with longitude and latitude   2.26892802759263        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10867
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10867
+ with longitude and latitude   2.30383461263252        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10868
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10868
+ with longitude and latitude   2.33874119767240        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10869
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10869
+ with longitude and latitude   2.37364778271229        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10870
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10870
+ with longitude and latitude   2.40855436775217        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10871
+ with longitude and latitude   2.44346095279206        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10872
+ with longitude and latitude   2.47836753783195        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10873
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10873
+ with longitude and latitude   2.51327412287183        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10874
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10874
+ with longitude and latitude   2.54818070791172        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10877
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10877
+ with longitude and latitude   2.65290046303138        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21515
+ with longitude and latitude   2.62181064645815        1.03091297586535     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10901
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10901
+ with longitude and latitude   3.49065850398866        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21354
+ with longitude and latitude   3.44440989452935        1.03619766729832     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10902
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10902
+ with longitude and latitude   3.52556508902855        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21173
+ with longitude and latitude   3.47841827192726        1.01367922920394     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10903
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10903
+ with longitude and latitude   3.56047167406843        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21359
+ with longitude and latitude   3.63128727176441        1.02468715876975     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10904
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10904
+ with longitude and latitude   3.59537825910832        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21359
+ with longitude and latitude   3.63128727176441        1.02468715876975     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10905
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10905
+ with longitude and latitude   3.63028484414821        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21359
+ with longitude and latitude   3.63128727176441        1.02468715876975     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10911
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10911
+ with longitude and latitude   3.83972435438753        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21546
+ with longitude and latitude   3.81719439864371        1.02766285454852     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10912
+ with longitude and latitude   3.87463093942741        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21547
+ with longitude and latitude   3.85220655488210        1.02412181424090     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10913
+ with longitude and latitude   3.90953752446730        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10914
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10914
+ with longitude and latitude   3.94444410950718        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10915
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10915
+ with longitude and latitude   3.97935069454707        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10916
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10916
+ with longitude and latitude   4.01425727958696        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10917
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10917
+ with longitude and latitude   4.04916386462684        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10918
+ with longitude and latitude   4.08407044966673        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10919
+ with longitude and latitude   4.11897703470662        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10920
+ with longitude and latitude   4.15388361974650        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21186
+ with longitude and latitude   3.94387186976603       0.978586951212894     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10921
+ with longitude and latitude   4.18879020478639        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10922
+ with longitude and latitude   4.22369678982628        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21005
+ with longitude and latitude   3.97324507336204       0.957634280942036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10923
+ with longitude and latitude   4.25860337486616        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10924
+ with longitude and latitude   4.29350995990605        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10925
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10925
+ with longitude and latitude   4.32841654494594        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10926
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10926
+ with longitude and latitude   4.36332312998582        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10927
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10927
+ with longitude and latitude   4.39822971502571        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10928
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10928
+ with longitude and latitude   4.43313630006560        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10929
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10929
+ with longitude and latitude   4.46804288510548        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10930
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10930
+ with longitude and latitude   4.50294947014537        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10931
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10931
+ with longitude and latitude   4.53785605518526        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10932
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10932
+ with longitude and latitude   4.57276264022514        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22664
+ with longitude and latitude   4.65097127400664        1.05127480467764     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10933
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10933
+ with longitude and latitude   4.60766922526503        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22664
+ with longitude and latitude   4.65097127400664        1.05127480467764     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10943
+ with longitude and latitude   4.95673507566390        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22491
+ with longitude and latitude   4.92087389800292        1.06847030704309     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10944
+ with longitude and latitude   4.99164166070378        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22494
+ with longitude and latitude   5.01460167528340        1.08225268000279     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10945
+ with longitude and latitude   5.02654824574367        1.04719755119660     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21949
+ with longitude and latitude   5.07282394617247        1.04209328218174     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10985
+ with longitude and latitude  0.139626340159546        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21982
+ with longitude and latitude  7.234748976645596E-002   1.08260047009707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10986
+ with longitude and latitude  0.174532925199433        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21982
+ with longitude and latitude  7.234748976645596E-002   1.08260047009707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10987
+ with longitude and latitude  0.209439510239320        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22170
+ with longitude and latitude  0.315942893611239        1.06972983078429     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10988
+ with longitude and latitude  0.244346095279206        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22170
+ with longitude and latitude  0.315942893611239        1.06972983078429     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10993
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10993
+ with longitude and latitude  0.418879020478639        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22353
+ with longitude and latitude  0.366678139045985        1.08027070079347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10994
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10994
+ with longitude and latitude  0.453785605518526        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22353
+ with longitude and latitude  0.366678139045985        1.08027070079347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10995
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10995
+ with longitude and latitude  0.488692190558412        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22535
+ with longitude and latitude  0.381606631379421        1.09699697156061     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10996
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10996
+ with longitude and latitude  0.523598775598299        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22535
+ with longitude and latitude  0.381606631379421        1.09699697156061     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10997
+ with longitude and latitude  0.558505360638185        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22717
+ with longitude and latitude  0.397928833503481        1.11343941664555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10998
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10998
+ with longitude and latitude  0.593411945678072        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22717
+ with longitude and latitude  0.397928833503481        1.11343941664555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       10999
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        10999
+ with longitude and latitude  0.628318530717959        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11000
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11000
+ with longitude and latitude  0.663225115757845        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11001
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11001
+ with longitude and latitude  0.698131700797732        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11002
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11002
+ with longitude and latitude  0.733038285837618        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11003
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11003
+ with longitude and latitude  0.767944870877505        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11004
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11004
+ with longitude and latitude  0.802851455917392        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11005
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11005
+ with longitude and latitude  0.837758040957278        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11006
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11006
+ with longitude and latitude  0.872664625997165        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11007
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11007
+ with longitude and latitude  0.907571211037051        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11008
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11008
+ with longitude and latitude  0.942477796076938        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11009
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11009
+ with longitude and latitude  0.977384381116825        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11010
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11010
+ with longitude and latitude   1.01229096615671        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11011
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11011
+ with longitude and latitude   1.04719755119660        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11012
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11012
+ with longitude and latitude   1.08210413623648        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11013
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11013
+ with longitude and latitude   1.11701072127637        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11014
+ with longitude and latitude   1.15191730631626        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11015
+ with longitude and latitude   1.18682389135614        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11016
+ with longitude and latitude   1.22173047639603        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11017
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11017
+ with longitude and latitude   1.25663706143592        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11018
+ with longitude and latitude   1.29154364647580        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11019
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11019
+ with longitude and latitude   1.32645023151569        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11020
+ with longitude and latitude   1.36135681655558        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11021
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11021
+ with longitude and latitude   1.39626340159546        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11022
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11022
+ with longitude and latitude   1.43116998663535        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11023
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11023
+ with longitude and latitude   1.46607657167524        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11024
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11024
+ with longitude and latitude   1.50098315671512        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11025
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11025
+ with longitude and latitude   1.53588974175501        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11026
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11026
+ with longitude and latitude   1.57079632679490        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11027
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11027
+ with longitude and latitude   1.60570291183478        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11028
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11028
+ with longitude and latitude   1.64060949687467        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11029
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11029
+ with longitude and latitude   1.67551608191456        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11030
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11030
+ with longitude and latitude   1.71042266695444        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11031
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11031
+ with longitude and latitude   1.74532925199433        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11032
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11032
+ with longitude and latitude   1.78023583703422        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11033
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11033
+ with longitude and latitude   1.81514242207410        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11034
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11034
+ with longitude and latitude   1.85004900711399        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11035
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11035
+ with longitude and latitude   1.88495559215388        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11036
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11036
+ with longitude and latitude   1.91986217719376        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11037
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11037
+ with longitude and latitude   1.95476876223365        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11038
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11038
+ with longitude and latitude   1.98967534727354        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11039
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11039
+ with longitude and latitude   2.02458193231342        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11040
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11040
+ with longitude and latitude   2.05948851735331        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11041
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11041
+ with longitude and latitude   2.09439510239320        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11042
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11042
+ with longitude and latitude   2.12930168743308        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11043
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11043
+ with longitude and latitude   2.16420827247297        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11044
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11044
+ with longitude and latitude   2.19911485751286        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11045
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11045
+ with longitude and latitude   2.23402144255274        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11046
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11046
+ with longitude and latitude   2.26892802759263        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11047
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11047
+ with longitude and latitude   2.30383461263252        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11048
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11048
+ with longitude and latitude   2.33874119767240        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11049
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11049
+ with longitude and latitude   2.37364778271229        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11050
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11050
+ with longitude and latitude   2.40855436775217        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11051
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11051
+ with longitude and latitude   2.44346095279206        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11052
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11052
+ with longitude and latitude   2.47836753783195        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11053
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11053
+ with longitude and latitude   2.51327412287183        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11054
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11054
+ with longitude and latitude   2.54818070791172        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11055
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11055
+ with longitude and latitude   2.58308729295161        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11056
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11056
+ with longitude and latitude   2.61799387799149        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21515
+ with longitude and latitude   2.62181064645815        1.03091297586535     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11057
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11057
+ with longitude and latitude   2.65290046303138        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21517
+ with longitude and latitude   2.69802756032656        1.03944654932788     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11062
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11062
+ with longitude and latitude   2.82743338823081        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11063
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11063
+ with longitude and latitude   2.86233997327070        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21339
+ with longitude and latitude   2.85940174268018        1.03215462071326     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11064
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11064
+ with longitude and latitude   2.89724655831059        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21340
+ with longitude and latitude   2.89834388975094        1.03454553517189     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11065
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11065
+ with longitude and latitude   2.93215314335047        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21341
+ with longitude and latitude   2.93742719573491        1.03662512387475     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11079
+ with longitude and latitude   3.42084533390889        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21716
+ with longitude and latitude   3.37422869774255        1.08031950129222     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11080
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11080
+ with longitude and latitude   3.45575191894877        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21354
+ with longitude and latitude   3.44440989452935        1.03619766729832     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11081
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11081
+ with longitude and latitude   3.49065850398866        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21354
+ with longitude and latitude   3.44440989452935        1.03619766729832     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11082
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11082
+ with longitude and latitude   3.52556508902855        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21354
+ with longitude and latitude   3.44440989452935        1.03619766729832     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11083
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11083
+ with longitude and latitude   3.56047167406843        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21359
+ with longitude and latitude   3.63128727176441        1.02468715876975     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11084
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11084
+ with longitude and latitude   3.59537825910832        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21359
+ with longitude and latitude   3.63128727176441        1.02468715876975     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11085
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11085
+ with longitude and latitude   3.63028484414821        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11086
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11086
+ with longitude and latitude   3.66519142918809        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11087
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11087
+ with longitude and latitude   3.70009801422798        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11088
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11088
+ with longitude and latitude   3.73500459926787        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21543
+ with longitude and latitude   3.71014542644569        1.03784854136545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11089
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11089
+ with longitude and latitude   3.76991118430775        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21544
+ with longitude and latitude   3.74617073968037        1.03454647123708     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11090
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11090
+ with longitude and latitude   3.80481776934764        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21545
+ with longitude and latitude   3.78185180236811        1.03114455171210     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11091
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11091
+ with longitude and latitude   3.83972435438753        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21546
+ with longitude and latitude   3.81719439864371        1.02766285454852     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11092
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11092
+ with longitude and latitude   3.87463093942741        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21547
+ with longitude and latitude   3.85220655488210        1.02412181424090     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11093
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11093
+ with longitude and latitude   3.90953752446730        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11094
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11094
+ with longitude and latitude   3.94444410950718        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11095
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11095
+ with longitude and latitude   3.97935069454707        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11096
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11096
+ with longitude and latitude   4.01425727958696        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11097
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11097
+ with longitude and latitude   4.04916386462684        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11098
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11098
+ with longitude and latitude   4.08407044966673        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11099
+ with longitude and latitude   4.11897703470662        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11100
+ with longitude and latitude   4.15388361974650        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21367
+ with longitude and latitude   3.91509378317613       0.999551834516435     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11101
+ with longitude and latitude   4.18879020478639        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11102
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11102
+ with longitude and latitude   4.22369678982628        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11103
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11103
+ with longitude and latitude   4.25860337486616        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11104
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11104
+ with longitude and latitude   4.29350995990605        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11105
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11105
+ with longitude and latitude   4.32841654494594        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11106
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11106
+ with longitude and latitude   4.36332312998582        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11107
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11107
+ with longitude and latitude   4.39822971502571        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11108
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11108
+ with longitude and latitude   4.43313630006560        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11109
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11109
+ with longitude and latitude   4.46804288510548        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11110
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11110
+ with longitude and latitude   4.50294947014537        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11111
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11111
+ with longitude and latitude   4.53785605518526        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11112
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11112
+ with longitude and latitude   4.57276264022514        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11113
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11113
+ with longitude and latitude   4.60766922526503        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11123
+ with longitude and latitude   4.95673507566390        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22491
+ with longitude and latitude   4.92087389800292        1.06847030704309     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11124
+ with longitude and latitude   4.99164166070378        1.06465084371654     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22494
+ with longitude and latitude   5.01460167528340        1.08225268000279     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11165
+ with longitude and latitude  0.139626340159546        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21982
+ with longitude and latitude  7.234748976645596E-002   1.08260047009707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11166
+ with longitude and latitude  0.174532925199433        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22347
+ with longitude and latitude  0.133245239394801        1.11612747810350     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11167
+ with longitude and latitude  0.209439510239320        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22347
+ with longitude and latitude  0.133245239394801        1.11612747810350     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11168
+ with longitude and latitude  0.244346095279206        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22170
+ with longitude and latitude  0.315942893611239        1.06972983078429     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11173
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11173
+ with longitude and latitude  0.418879020478639        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22535
+ with longitude and latitude  0.381606631379421        1.09699697156061     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11174
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11174
+ with longitude and latitude  0.453785605518526        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22535
+ with longitude and latitude  0.381606631379421        1.09699697156061     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11175
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11175
+ with longitude and latitude  0.488692190558412        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22535
+ with longitude and latitude  0.381606631379421        1.09699697156061     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11176
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11176
+ with longitude and latitude  0.523598775598299        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22717
+ with longitude and latitude  0.397928833503481        1.11343941664555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11177
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11177
+ with longitude and latitude  0.558505360638185        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22717
+ with longitude and latitude  0.397928833503481        1.11343941664555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11178
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11178
+ with longitude and latitude  0.593411945678072        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11179
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11179
+ with longitude and latitude  0.628318530717959        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11180
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11180
+ with longitude and latitude  0.663225115757845        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11181
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11181
+ with longitude and latitude  0.698131700797732        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11182
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11182
+ with longitude and latitude  0.733038285837618        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11183
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11183
+ with longitude and latitude  0.767944870877505        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11184
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11184
+ with longitude and latitude  0.802851455917392        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11185
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11185
+ with longitude and latitude  0.837758040957278        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11186
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11186
+ with longitude and latitude  0.872664625997165        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11187
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11187
+ with longitude and latitude  0.907571211037051        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11188
+ with longitude and latitude  0.942477796076938        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11189
+ with longitude and latitude  0.977384381116825        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11190
+ with longitude and latitude   1.01229096615671        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11191
+ with longitude and latitude   1.04719755119660        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11192
+ with longitude and latitude   1.08210413623648        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11193
+ with longitude and latitude   1.11701072127637        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11194
+ with longitude and latitude   1.15191730631626        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11195
+ with longitude and latitude   1.18682389135614        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11196
+ with longitude and latitude   1.22173047639603        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11197
+ with longitude and latitude   1.25663706143592        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11198
+ with longitude and latitude   1.29154364647580        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11199
+ with longitude and latitude   1.32645023151569        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11200
+ with longitude and latitude   1.36135681655558        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11201
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11201
+ with longitude and latitude   1.39626340159546        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11202
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11202
+ with longitude and latitude   1.43116998663535        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11203
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11203
+ with longitude and latitude   1.46607657167524        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11204
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11204
+ with longitude and latitude   1.50098315671512        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11205
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11205
+ with longitude and latitude   1.53588974175501        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11206
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11206
+ with longitude and latitude   1.57079632679490        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11207
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11207
+ with longitude and latitude   1.60570291183478        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11208
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11208
+ with longitude and latitude   1.64060949687467        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11209
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11209
+ with longitude and latitude   1.67551608191456        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11210
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11210
+ with longitude and latitude   1.71042266695444        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11211
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11211
+ with longitude and latitude   1.74532925199433        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11212
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11212
+ with longitude and latitude   1.78023583703422        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11213
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11213
+ with longitude and latitude   1.81514242207410        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11214
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11214
+ with longitude and latitude   1.85004900711399        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11215
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11215
+ with longitude and latitude   1.88495559215388        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11216
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11216
+ with longitude and latitude   1.91986217719376        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11217
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11217
+ with longitude and latitude   1.95476876223365        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11218
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11218
+ with longitude and latitude   1.98967534727354        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11219
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11219
+ with longitude and latitude   2.02458193231342        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11220
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11220
+ with longitude and latitude   2.05948851735331        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11221
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11221
+ with longitude and latitude   2.09439510239320        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11222
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11222
+ with longitude and latitude   2.12930168743308        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11223
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11223
+ with longitude and latitude   2.16420827247297        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11224
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11224
+ with longitude and latitude   2.19911485751286        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11225
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11225
+ with longitude and latitude   2.23402144255274        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11226
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11226
+ with longitude and latitude   2.26892802759263        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11227
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11227
+ with longitude and latitude   2.30383461263252        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11228
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11228
+ with longitude and latitude   2.33874119767240        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11229
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11229
+ with longitude and latitude   2.37364778271229        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11230
+ with longitude and latitude   2.40855436775217        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11231
+ with longitude and latitude   2.44346095279206        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11232
+ with longitude and latitude   2.47836753783195        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11233
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11233
+ with longitude and latitude   2.51327412287183        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11234
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11234
+ with longitude and latitude   2.54818070791172        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11235
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11235
+ with longitude and latitude   2.58308729295161        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21515
+ with longitude and latitude   2.62181064645815        1.03091297586535     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11236
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11236
+ with longitude and latitude   2.61799387799149        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21515
+ with longitude and latitude   2.62181064645815        1.03091297586535     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11237
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11237
+ with longitude and latitude   2.65290046303138        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11238
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11238
+ with longitude and latitude   2.68780704807127        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11242
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11242
+ with longitude and latitude   2.82743338823081        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11243
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11243
+ with longitude and latitude   2.86233997327070        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11244
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11244
+ with longitude and latitude   2.89724655831059        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21340
+ with longitude and latitude   2.89834388975094        1.03454553517189     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11245
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11245
+ with longitude and latitude   2.93215314335047        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11246
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11246
+ with longitude and latitude   2.96705972839036        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11260
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11260
+ with longitude and latitude   3.45575191894877        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21716
+ with longitude and latitude   3.37422869774255        1.08031950129222     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11261
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11261
+ with longitude and latitude   3.49065850398866        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21354
+ with longitude and latitude   3.44440989452935        1.03619766729832     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11262
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11262
+ with longitude and latitude   3.52556508902855        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21354
+ with longitude and latitude   3.44440989452935        1.03619766729832     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11263
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11263
+ with longitude and latitude   3.56047167406843        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21359
+ with longitude and latitude   3.63128727176441        1.02468715876975     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11264
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11264
+ with longitude and latitude   3.59537825910832        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11265
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11265
+ with longitude and latitude   3.63028484414821        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11266
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11266
+ with longitude and latitude   3.66519142918809        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11267
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11267
+ with longitude and latitude   3.70009801422798        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11268
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11268
+ with longitude and latitude   3.73500459926787        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21543
+ with longitude and latitude   3.71014542644569        1.03784854136545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11269
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11269
+ with longitude and latitude   3.76991118430775        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21544
+ with longitude and latitude   3.74617073968037        1.03454647123708     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11270
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11270
+ with longitude and latitude   3.80481776934764        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21545
+ with longitude and latitude   3.78185180236811        1.03114455171210     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11271
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11271
+ with longitude and latitude   3.83972435438753        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21546
+ with longitude and latitude   3.81719439864371        1.02766285454852     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11272
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11272
+ with longitude and latitude   3.87463093942741        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21547
+ with longitude and latitude   3.85220655488210        1.02412181424090     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11273
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11273
+ with longitude and latitude   3.90953752446730        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11274
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11274
+ with longitude and latitude   3.94444410950718        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11275
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11275
+ with longitude and latitude   3.97935069454707        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11276
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11276
+ with longitude and latitude   4.01425727958696        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11277
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11277
+ with longitude and latitude   4.04916386462684        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11278
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11278
+ with longitude and latitude   4.08407044966673        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11279
+ with longitude and latitude   4.11897703470662        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11280
+ with longitude and latitude   4.15388361974650        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11281
+ with longitude and latitude   4.18879020478639        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11282
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11282
+ with longitude and latitude   4.22369678982628        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11283
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11283
+ with longitude and latitude   4.25860337486616        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11284
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11284
+ with longitude and latitude   4.29350995990605        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11285
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11285
+ with longitude and latitude   4.32841654494594        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11286
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11286
+ with longitude and latitude   4.36332312998582        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11287
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11287
+ with longitude and latitude   4.39822971502571        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11288
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11288
+ with longitude and latitude   4.43313630006560        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11289
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11289
+ with longitude and latitude   4.46804288510548        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11290
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11290
+ with longitude and latitude   4.50294947014537        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11291
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11291
+ with longitude and latitude   4.53785605518526        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11292
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11292
+ with longitude and latitude   4.57276264022514        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11293
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11293
+ with longitude and latitude   4.60766922526503        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11294
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11294
+ with longitude and latitude   4.64257581030492        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23029
+ with longitude and latitude   4.67159324421815        1.07528760838910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11318
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11318
+ with longitude and latitude   5.48033385126219        1.08210413623648     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21777
+ with longitude and latitude   5.43219469161285        1.06303761906943     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11346
+ with longitude and latitude  0.174532925199433        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22347
+ with longitude and latitude  0.133245239394801        1.11612747810350     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11347
+ with longitude and latitude  0.209439510239320        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22347
+ with longitude and latitude  0.133245239394801        1.11612747810350     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11348
+ with longitude and latitude  0.244346095279206        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22352
+ with longitude and latitude  0.329361228752980        1.08706794018253     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11349
+ with longitude and latitude  0.279252680319093        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22352
+ with longitude and latitude  0.329361228752980        1.08706794018253     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11354
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11354
+ with longitude and latitude  0.453785605518526        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22717
+ with longitude and latitude  0.397928833503481        1.11343941664555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11355
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11355
+ with longitude and latitude  0.488692190558412        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22717
+ with longitude and latitude  0.397928833503481        1.11343941664555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11356
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11356
+ with longitude and latitude  0.523598775598299        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11357
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11357
+ with longitude and latitude  0.558505360638185        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11358
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11358
+ with longitude and latitude  0.593411945678072        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11359
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11359
+ with longitude and latitude  0.628318530717959        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11360
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11360
+ with longitude and latitude  0.663225115757845        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11361
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11361
+ with longitude and latitude  0.698131700797732        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11362
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11362
+ with longitude and latitude  0.733038285837618        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11363
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11363
+ with longitude and latitude  0.767944870877505        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11364
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11364
+ with longitude and latitude  0.802851455917392        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11365
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11365
+ with longitude and latitude  0.837758040957278        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11366
+ with longitude and latitude  0.872664625997165        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11367
+ with longitude and latitude  0.907571211037051        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11368
+ with longitude and latitude  0.942477796076938        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11369
+ with longitude and latitude  0.977384381116825        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11370
+ with longitude and latitude   1.01229096615671        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11371
+ with longitude and latitude   1.04719755119660        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11372
+ with longitude and latitude   1.08210413623648        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11373
+ with longitude and latitude   1.11701072127637        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11374
+ with longitude and latitude   1.15191730631626        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11375
+ with longitude and latitude   1.18682389135614        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11376
+ with longitude and latitude   1.22173047639603        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11377
+ with longitude and latitude   1.25663706143592        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11378
+ with longitude and latitude   1.29154364647580        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11379
+ with longitude and latitude   1.32645023151569        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11380
+ with longitude and latitude   1.36135681655558        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11381
+ with longitude and latitude   1.39626340159546        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11382
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11382
+ with longitude and latitude   1.43116998663535        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11383
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11383
+ with longitude and latitude   1.46607657167524        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11384
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11384
+ with longitude and latitude   1.50098315671512        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11385
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11385
+ with longitude and latitude   1.53588974175501        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11386
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11386
+ with longitude and latitude   1.57079632679490        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11387
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11387
+ with longitude and latitude   1.60570291183478        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11388
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11388
+ with longitude and latitude   1.64060949687467        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11389
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11389
+ with longitude and latitude   1.67551608191456        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11390
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11390
+ with longitude and latitude   1.71042266695444        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11391
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11391
+ with longitude and latitude   1.74532925199433        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11392
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11392
+ with longitude and latitude   1.78023583703422        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11393
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11393
+ with longitude and latitude   1.81514242207410        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11394
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11394
+ with longitude and latitude   1.85004900711399        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11395
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11395
+ with longitude and latitude   1.88495559215388        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11396
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11396
+ with longitude and latitude   1.91986217719376        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11397
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11397
+ with longitude and latitude   1.95476876223365        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11398
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11398
+ with longitude and latitude   1.98967534727354        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11399
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11399
+ with longitude and latitude   2.02458193231342        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11400
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11400
+ with longitude and latitude   2.05948851735331        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11401
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11401
+ with longitude and latitude   2.09439510239320        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11402
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11402
+ with longitude and latitude   2.12930168743308        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11403
+ with longitude and latitude   2.16420827247297        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11404
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11404
+ with longitude and latitude   2.19911485751286        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21327
+ with longitude and latitude   2.41137227521863       0.981412542549623     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11405
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11405
+ with longitude and latitude   2.23402144255274        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11406
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11406
+ with longitude and latitude   2.26892802759263        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11407
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11407
+ with longitude and latitude   2.30383461263252        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11408
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11408
+ with longitude and latitude   2.33874119767240        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11409
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11409
+ with longitude and latitude   2.37364778271229        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11410
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11410
+ with longitude and latitude   2.40855436775217        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11411
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11411
+ with longitude and latitude   2.44346095279206        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11412
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11412
+ with longitude and latitude   2.47836753783195        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11413
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11413
+ with longitude and latitude   2.51327412287183        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11414
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11414
+ with longitude and latitude   2.54818070791172        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11415
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11415
+ with longitude and latitude   2.58308729295161        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21515
+ with longitude and latitude   2.62181064645815        1.03091297586535     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11416
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11416
+ with longitude and latitude   2.61799387799149        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11417
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11417
+ with longitude and latitude   2.65290046303138        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11418
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11418
+ with longitude and latitude   2.68780704807127        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11419
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11419
+ with longitude and latitude   2.72271363311115        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11420
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11420
+ with longitude and latitude   2.75762021815104        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11421
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11421
+ with longitude and latitude   2.79252680319093        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11422
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11422
+ with longitude and latitude   2.82743338823081        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11423
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11423
+ with longitude and latitude   2.86233997327070        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11424
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11424
+ with longitude and latitude   2.89724655831059        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21340
+ with longitude and latitude   2.89834388975094        1.03454553517189     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11425
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11425
+ with longitude and latitude   2.93215314335047        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11426
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11426
+ with longitude and latitude   2.96705972839036        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11427
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11427
+ with longitude and latitude   3.00196631343025        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11428
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11428
+ with longitude and latitude   3.03687289847013        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21709
+ with longitude and latitude   3.09153105131495        1.08375221704013     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11440
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11440
+ with longitude and latitude   3.45575191894877        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21898
+ with longitude and latitude   3.37812903527603        1.10028811483522     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11441
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11441
+ with longitude and latitude   3.49065850398866        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21898
+ with longitude and latitude   3.37812903527603        1.10028811483522     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11442
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11442
+ with longitude and latitude   3.52556508902855        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11443
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11443
+ with longitude and latitude   3.56047167406843        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11444
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11444
+ with longitude and latitude   3.59537825910832        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11445
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11445
+ with longitude and latitude   3.63028484414821        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11446
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11446
+ with longitude and latitude   3.66519142918809        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11447
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11447
+ with longitude and latitude   3.70009801422798        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11448
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11448
+ with longitude and latitude   3.73500459926787        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21543
+ with longitude and latitude   3.71014542644569        1.03784854136545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11449
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11449
+ with longitude and latitude   3.76991118430775        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21544
+ with longitude and latitude   3.74617073968037        1.03454647123708     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11450
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11450
+ with longitude and latitude   3.80481776934764        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21545
+ with longitude and latitude   3.78185180236811        1.03114455171210     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11451
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11451
+ with longitude and latitude   3.83972435438753        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21546
+ with longitude and latitude   3.81719439864371        1.02766285454852     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11452
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11452
+ with longitude and latitude   3.87463093942741        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21547
+ with longitude and latitude   3.85220655488210        1.02412181424090     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11453
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11453
+ with longitude and latitude   3.90953752446730        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11454
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11454
+ with longitude and latitude   3.94444410950718        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11455
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11455
+ with longitude and latitude   3.97935069454707        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11456
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11456
+ with longitude and latitude   4.01425727958696        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11457
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11457
+ with longitude and latitude   4.04916386462684        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21548
+ with longitude and latitude   3.88689837803515        1.02054218243376     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11458
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11458
+ with longitude and latitude   4.08407044966673        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11459
+ with longitude and latitude   4.11897703470662        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11460
+ with longitude and latitude   4.15388361974650        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11461
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11461
+ with longitude and latitude   4.18879020478639        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11462
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11462
+ with longitude and latitude   4.22369678982628        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11463
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11463
+ with longitude and latitude   4.25860337486616        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11464
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11464
+ with longitude and latitude   4.29350995990605        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11465
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11465
+ with longitude and latitude   4.32841654494594        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11466
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11466
+ with longitude and latitude   4.36332312998582        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11467
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11467
+ with longitude and latitude   4.39822971502571        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11468
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11468
+ with longitude and latitude   4.43313630006560        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11469
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11469
+ with longitude and latitude   4.46804288510548        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11470
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11470
+ with longitude and latitude   4.50294947014537        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11471
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11471
+ with longitude and latitude   4.53785605518526        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11472
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11472
+ with longitude and latitude   4.57276264022514        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11473
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11473
+ with longitude and latitude   4.60766922526503        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23029
+ with longitude and latitude   4.67159324421815        1.07528760838910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11474
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11474
+ with longitude and latitude   4.64257581030492        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23212
+ with longitude and latitude   4.69332258513441        1.08844762806333     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11475
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11475
+ with longitude and latitude   4.67748239534480        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23212
+ with longitude and latitude   4.69332258513441        1.08844762806333     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11497
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11497
+ with longitude and latitude   5.44542726622231        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22140
+ with longitude and latitude   5.37942303152554        1.09593950401631     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11498
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11498
+ with longitude and latitude   5.48033385126219        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21780
+ with longitude and latitude   5.54541388743984        1.07181164520680     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11499
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11499
+ with longitude and latitude   5.51524043630208        1.09955742875643     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22145
+ with longitude and latitude   5.57183785615037        1.11283021003112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11527
+ with longitude and latitude  0.209439510239320        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22529
+ with longitude and latitude  0.145464295929964        1.13463023170182     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11528
+ with longitude and latitude  0.244346095279206        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22529
+ with longitude and latitude  0.145464295929964        1.13463023170182     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11529
+ with longitude and latitude  0.279252680319093        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22534
+ with longitude and latitude  0.344059227181643        1.10412719819337     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11535
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11535
+ with longitude and latitude  0.488692190558412        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11536
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11536
+ with longitude and latitude  0.523598775598299        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11537
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11537
+ with longitude and latitude  0.558505360638185        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11538
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11538
+ with longitude and latitude  0.593411945678072        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11539
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11539
+ with longitude and latitude  0.628318530717959        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11540
+ with longitude and latitude  0.663225115757845        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11541
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11541
+ with longitude and latitude  0.698131700797732        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11542
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11542
+ with longitude and latitude  0.733038285837618        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11543
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11543
+ with longitude and latitude  0.767944870877505        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11544
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11544
+ with longitude and latitude  0.802851455917392        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11545
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11545
+ with longitude and latitude  0.837758040957278        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11546
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11546
+ with longitude and latitude  0.872664625997165        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11547
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11547
+ with longitude and latitude  0.907571211037051        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11548
+ with longitude and latitude  0.942477796076938        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11549
+ with longitude and latitude  0.977384381116825        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11550
+ with longitude and latitude   1.01229096615671        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11551
+ with longitude and latitude   1.04719755119660        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11552
+ with longitude and latitude   1.08210413623648        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11553
+ with longitude and latitude   1.11701072127637        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11554
+ with longitude and latitude   1.15191730631626        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11555
+ with longitude and latitude   1.18682389135614        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11556
+ with longitude and latitude   1.22173047639603        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11557
+ with longitude and latitude   1.25663706143592        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11558
+ with longitude and latitude   1.29154364647580        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11559
+ with longitude and latitude   1.32645023151569        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11560
+ with longitude and latitude   1.36135681655558        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11561
+ with longitude and latitude   1.39626340159546        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11562
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11562
+ with longitude and latitude   1.43116998663535        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11563
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11563
+ with longitude and latitude   1.46607657167524        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11564
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11564
+ with longitude and latitude   1.50098315671512        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11565
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11565
+ with longitude and latitude   1.53588974175501        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11566
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11566
+ with longitude and latitude   1.57079632679490        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11567
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11567
+ with longitude and latitude   1.60570291183478        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11568
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11568
+ with longitude and latitude   1.64060949687467        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11569
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11569
+ with longitude and latitude   1.67551608191456        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11570
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11570
+ with longitude and latitude   1.71042266695444        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11571
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11571
+ with longitude and latitude   1.74532925199433        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11572
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11572
+ with longitude and latitude   1.78023583703422        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11573
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11573
+ with longitude and latitude   1.81514242207410        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11574
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11574
+ with longitude and latitude   1.85004900711399        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11575
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11575
+ with longitude and latitude   1.88495559215388        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11576
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11576
+ with longitude and latitude   1.91986217719376        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11577
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11577
+ with longitude and latitude   1.95476876223365        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11578
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11578
+ with longitude and latitude   1.98967534727354        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11579
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11579
+ with longitude and latitude   2.02458193231342        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11580
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11580
+ with longitude and latitude   2.05948851735331        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11581
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11581
+ with longitude and latitude   2.09439510239320        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11582
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11582
+ with longitude and latitude   2.12930168743308        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11583
+ with longitude and latitude   2.16420827247297        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11584
+ with longitude and latitude   2.19911485751286        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11585
+ with longitude and latitude   2.23402144255274        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11586
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11586
+ with longitude and latitude   2.26892802759263        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11587
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11587
+ with longitude and latitude   2.30383461263252        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11588
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11588
+ with longitude and latitude   2.33874119767240        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11589
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11589
+ with longitude and latitude   2.37364778271229        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11590
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11590
+ with longitude and latitude   2.40855436775217        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11591
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11591
+ with longitude and latitude   2.44346095279206        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11592
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11592
+ with longitude and latitude   2.47836753783195        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11593
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11593
+ with longitude and latitude   2.51327412287183        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11594
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11594
+ with longitude and latitude   2.54818070791172        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11595
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11595
+ with longitude and latitude   2.58308729295161        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11596
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11596
+ with longitude and latitude   2.61799387799149        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11597
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11597
+ with longitude and latitude   2.65290046303138        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11598
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11598
+ with longitude and latitude   2.68780704807127        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11599
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11599
+ with longitude and latitude   2.72271363311115        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11600
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11600
+ with longitude and latitude   2.75762021815104        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11601
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11601
+ with longitude and latitude   2.79252680319093        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11602
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11602
+ with longitude and latitude   2.82743338823081        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11603
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11603
+ with longitude and latitude   2.86233997327070        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11604
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11604
+ with longitude and latitude   2.89724655831059        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11605
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11605
+ with longitude and latitude   2.93215314335047        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11606
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11606
+ with longitude and latitude   2.96705972839036        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11607
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11607
+ with longitude and latitude   3.00196631343025        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21709
+ with longitude and latitude   3.09153105131495        1.08375221704013     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11608
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11608
+ with longitude and latitude   3.03687289847013        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21709
+ with longitude and latitude   3.09153105131495        1.08375221704013     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11609
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11609
+ with longitude and latitude   3.07177948351002        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11620
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11620
+ with longitude and latitude   3.45575191894877        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11621
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11621
+ with longitude and latitude   3.49065850398866        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11622
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11622
+ with longitude and latitude   3.52556508902855        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11623
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11623
+ with longitude and latitude   3.56047167406843        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11624
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11624
+ with longitude and latitude   3.59537825910832        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11625
+ with longitude and latitude   3.63028484414821        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11626
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11626
+ with longitude and latitude   3.66519142918809        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11627
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11627
+ with longitude and latitude   3.70009801422798        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11628
+ with longitude and latitude   3.73500459926787        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21543
+ with longitude and latitude   3.71014542644569        1.03784854136545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11629
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11629
+ with longitude and latitude   3.76991118430775        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21544
+ with longitude and latitude   3.74617073968037        1.03454647123708     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11630
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11630
+ with longitude and latitude   3.80481776934764        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21545
+ with longitude and latitude   3.78185180236811        1.03114455171210     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11631
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11631
+ with longitude and latitude   3.83972435438753        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21546
+ with longitude and latitude   3.81719439864371        1.02766285454852     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11632
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11632
+ with longitude and latitude   3.87463093942741        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21546
+ with longitude and latitude   3.81719439864371        1.02766285454852     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11633
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11633
+ with longitude and latitude   3.90953752446730        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11634
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11634
+ with longitude and latitude   3.94444410950718        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11635
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11635
+ with longitude and latitude   3.97935069454707        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11636
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11636
+ with longitude and latitude   4.01425727958696        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11637
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11637
+ with longitude and latitude   4.04916386462684        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11638
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11638
+ with longitude and latitude   4.08407044966673        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11639
+ with longitude and latitude   4.11897703470662        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11640
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11640
+ with longitude and latitude   4.15388361974650        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11641
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11641
+ with longitude and latitude   4.18879020478639        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11642
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11642
+ with longitude and latitude   4.22369678982628        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11643
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11643
+ with longitude and latitude   4.25860337486616        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11644
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11644
+ with longitude and latitude   4.29350995990605        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11645
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11645
+ with longitude and latitude   4.32841654494594        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11646
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11646
+ with longitude and latitude   4.36332312998582        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11647
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11647
+ with longitude and latitude   4.39822971502571        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11648
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11648
+ with longitude and latitude   4.43313630006560        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11649
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11649
+ with longitude and latitude   4.46804288510548        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11650
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11650
+ with longitude and latitude   4.50294947014537        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22846
+ with longitude and latitude   4.64797526979132        1.06238831599325     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11651
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11651
+ with longitude and latitude   4.53785605518526        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23029
+ with longitude and latitude   4.67159324421815        1.07528760838910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11652
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11652
+ with longitude and latitude   4.57276264022514        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23212
+ with longitude and latitude   4.69332258513441        1.08844762806333     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11653
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11653
+ with longitude and latitude   4.60766922526503        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23212
+ with longitude and latitude   4.69332258513441        1.08844762806333     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11654
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11654
+ with longitude and latitude   4.64257581030492        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23395
+ with longitude and latitude   4.71299698935951        1.10188849534389     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11655
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11655
+ with longitude and latitude   4.67748239534480        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23395
+ with longitude and latitude   4.71299698935951        1.10188849534389     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11659
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11659
+ with longitude and latitude   4.81710873550435        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23582
+ with longitude and latitude   4.83149506560093        1.13475606538620     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11666
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11666
+ with longitude and latitude   5.06145483078356        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22677
+ with longitude and latitude   5.03622234713486        1.10117181791264     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11667
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11667
+ with longitude and latitude   5.09636141582344        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22496
+ with longitude and latitude   5.07918270279664        1.09197800699639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11668
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11668
+ with longitude and latitude   5.13126800086333        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22681
+ with longitude and latitude   5.16828252415457        1.12203947323131     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11677
+ with longitude and latitude   5.44542726622231        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22322
+ with longitude and latitude   5.37012802551719        1.11341519385503     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11678
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11678
+ with longitude and latitude   5.48033385126219        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22145
+ with longitude and latitude   5.57183785615037        1.11283021003112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11679
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11679
+ with longitude and latitude   5.51524043630208        1.11701072127637     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22145
+ with longitude and latitude   5.57183785615037        1.11283021003112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11707
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11707
+ with longitude and latitude  0.209439510239320        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22529
+ with longitude and latitude  0.145464295929964        1.13463023170182     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11708
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11708
+ with longitude and latitude  0.244346095279206        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22711
+ with longitude and latitude  0.158900931014225        1.15287939843211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11709
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11709
+ with longitude and latitude  0.279252680319093        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22716
+ with longitude and latitude  0.360147496005569        1.12090588714509     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11710
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11710
+ with longitude and latitude  0.314159265358979        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22716
+ with longitude and latitude  0.360147496005569        1.12090588714509     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11715
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11715
+ with longitude and latitude  0.488692190558412        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11716
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11716
+ with longitude and latitude  0.523598775598299        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11717
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11717
+ with longitude and latitude  0.558505360638185        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11718
+ with longitude and latitude  0.593411945678072        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11719
+ with longitude and latitude  0.628318530717959        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11720
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11720
+ with longitude and latitude  0.663225115757845        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11721
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11721
+ with longitude and latitude  0.698131700797732        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11722
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11722
+ with longitude and latitude  0.733038285837618        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11723
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11723
+ with longitude and latitude  0.767944870877505        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11724
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11724
+ with longitude and latitude  0.802851455917392        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11725
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11725
+ with longitude and latitude  0.837758040957278        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11726
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11726
+ with longitude and latitude  0.872664625997165        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11727
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11727
+ with longitude and latitude  0.907571211037051        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11728
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11728
+ with longitude and latitude  0.942477796076938        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11729
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11729
+ with longitude and latitude  0.977384381116825        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11730
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11730
+ with longitude and latitude   1.01229096615671        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11731
+ with longitude and latitude   1.04719755119660        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11732
+ with longitude and latitude   1.08210413623648        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11733
+ with longitude and latitude   1.11701072127637        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11734
+ with longitude and latitude   1.15191730631626        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11735
+ with longitude and latitude   1.18682389135614        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11736
+ with longitude and latitude   1.22173047639603        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11737
+ with longitude and latitude   1.25663706143592        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11738
+ with longitude and latitude   1.29154364647580        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11739
+ with longitude and latitude   1.32645023151569        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11740
+ with longitude and latitude   1.36135681655558        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11741
+ with longitude and latitude   1.39626340159546        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11742
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11742
+ with longitude and latitude   1.43116998663535        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11743
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11743
+ with longitude and latitude   1.46607657167524        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11744
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11744
+ with longitude and latitude   1.50098315671512        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11745
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11745
+ with longitude and latitude   1.53588974175501        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11746
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11746
+ with longitude and latitude   1.57079632679490        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11747
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11747
+ with longitude and latitude   1.60570291183478        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11748
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11748
+ with longitude and latitude   1.64060949687467        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11749
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11749
+ with longitude and latitude   1.67551608191456        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11750
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11750
+ with longitude and latitude   1.71042266695444        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11751
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11751
+ with longitude and latitude   1.74532925199433        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11752
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11752
+ with longitude and latitude   1.78023583703422        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11753
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11753
+ with longitude and latitude   1.81514242207410        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11754
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11754
+ with longitude and latitude   1.85004900711399        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11755
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11755
+ with longitude and latitude   1.88495559215388        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11756
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11756
+ with longitude and latitude   1.91986217719376        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11757
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11757
+ with longitude and latitude   1.95476876223365        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11758
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11758
+ with longitude and latitude   1.98967534727354        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11759
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11759
+ with longitude and latitude   2.02458193231342        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11760
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11760
+ with longitude and latitude   2.05948851735331        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11761
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11761
+ with longitude and latitude   2.09439510239320        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11762
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11762
+ with longitude and latitude   2.12930168743308        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11763
+ with longitude and latitude   2.16420827247297        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11764
+ with longitude and latitude   2.19911485751286        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11765
+ with longitude and latitude   2.23402144255274        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11766
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11766
+ with longitude and latitude   2.26892802759263        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11767
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11767
+ with longitude and latitude   2.30383461263252        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11768
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11768
+ with longitude and latitude   2.33874119767240        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11769
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11769
+ with longitude and latitude   2.37364778271229        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11770
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11770
+ with longitude and latitude   2.40855436775217        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21511
+ with longitude and latitude   2.47362121157178        1.01053049844178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11771
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11771
+ with longitude and latitude   2.44346095279206        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21512
+ with longitude and latitude   2.51010936822128        1.01601062555919     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11772
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11772
+ with longitude and latitude   2.47836753783195        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21513
+ with longitude and latitude   2.54697580313260        1.02124295870961     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11773
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11773
+ with longitude and latitude   2.51327412287183        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21514
+ with longitude and latitude   2.58421310871661        1.02621447587459     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11774
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11774
+ with longitude and latitude   2.54818070791172        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11775
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11775
+ with longitude and latitude   2.58308729295161        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11776
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11776
+ with longitude and latitude   2.61799387799149        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11777
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11777
+ with longitude and latitude   2.65290046303138        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11778
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11778
+ with longitude and latitude   2.68780704807127        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11779
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11779
+ with longitude and latitude   2.72271363311115        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11780
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11780
+ with longitude and latitude   2.75762021815104        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11781
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11781
+ with longitude and latitude   2.79252680319093        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11782
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11782
+ with longitude and latitude   2.82743338823081        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11783
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11783
+ with longitude and latitude   2.86233997327070        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11784
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11784
+ with longitude and latitude   2.89724655831059        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21701
+ with longitude and latitude   2.76822673325412        1.06677846569954     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11785
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11785
+ with longitude and latitude   2.93215314335047        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21525
+ with longitude and latitude   3.01304997615469        1.06090381959508     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11786
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11786
+ with longitude and latitude   2.96705972839036        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11787
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11787
+ with longitude and latitude   3.00196631343025        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11788
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11788
+ with longitude and latitude   3.03687289847013        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11789
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11789
+ with longitude and latitude   3.07177948351002        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11799
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11799
+ with longitude and latitude   3.42084533390889        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11800
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11800
+ with longitude and latitude   3.45575191894877        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22080
+ with longitude and latitude   3.38258350839890        1.11992163624331     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11801
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11801
+ with longitude and latitude   3.49065850398866        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11802
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11802
+ with longitude and latitude   3.52556508902855        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11803
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11803
+ with longitude and latitude   3.56047167406843        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11804
+ with longitude and latitude   3.59537825910832        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11805
+ with longitude and latitude   3.63028484414821        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11806
+ with longitude and latitude   3.66519142918809        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11807
+ with longitude and latitude   3.70009801422798        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21542
+ with longitude and latitude   3.67377258976603        1.04103108953722     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11808
+ with longitude and latitude   3.73500459926787        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23545
+ with longitude and latitude   3.84480447112830        1.21788897744413     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11809
+ with longitude and latitude   3.76991118430775        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11810
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11810
+ with longitude and latitude   3.80481776934764        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11811
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11811
+ with longitude and latitude   3.83972435438753        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11812
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11812
+ with longitude and latitude   3.87463093942741        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11813
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11813
+ with longitude and latitude   3.90953752446730        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11814
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11814
+ with longitude and latitude   3.94444410950718        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11815
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11815
+ with longitude and latitude   3.97935069454707        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11816
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11816
+ with longitude and latitude   4.01425727958696        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11817
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11817
+ with longitude and latitude   4.04916386462684        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11818
+ with longitude and latitude   4.08407044966673        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11819
+ with longitude and latitude   4.11897703470662        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11820
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11820
+ with longitude and latitude   4.15388361974650        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11821
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11821
+ with longitude and latitude   4.18879020478639        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11822
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11822
+ with longitude and latitude   4.22369678982628        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11823
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11823
+ with longitude and latitude   4.25860337486616        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11824
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11824
+ with longitude and latitude   4.29350995990605        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11825
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11825
+ with longitude and latitude   4.32841654494594        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11826
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11826
+ with longitude and latitude   4.36332312998582        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11827
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11827
+ with longitude and latitude   4.39822971502571        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11828
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11828
+ with longitude and latitude   4.43313630006560        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11829
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11829
+ with longitude and latitude   4.46804288510548        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23029
+ with longitude and latitude   4.67159324421815        1.07528760838910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11830
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11830
+ with longitude and latitude   4.50294947014537        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23212
+ with longitude and latitude   4.69332258513441        1.08844762806333     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11831
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11831
+ with longitude and latitude   4.53785605518526        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23212
+ with longitude and latitude   4.69332258513441        1.08844762806333     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11832
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11832
+ with longitude and latitude   4.57276264022514        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23395
+ with longitude and latitude   4.71299698935951        1.10188849534389     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11833
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11833
+ with longitude and latitude   4.60766922526503        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11834
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11834
+ with longitude and latitude   4.64257581030492        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11835
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11835
+ with longitude and latitude   4.67748239534480        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11836
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11836
+ with longitude and latitude   4.71238898038469        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11837
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11837
+ with longitude and latitude   4.74729556542458        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23579
+ with longitude and latitude   4.75523068721988        1.11986415365123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11838
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11838
+ with longitude and latitude   4.78220215046446        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23764
+ with longitude and latitude   4.81883021927709        1.14496553319985     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11845
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11845
+ with longitude and latitude   5.02654824574367        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23040
+ with longitude and latitude   4.98177466017157        1.12238797776983     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11846
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11846
+ with longitude and latitude   5.06145483078356        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22677
+ with longitude and latitude   5.03622234713486        1.10117181791264     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11847
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11847
+ with longitude and latitude   5.09636141582344        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22681
+ with longitude and latitude   5.16828252415457        1.12203947323131     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11848
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11848
+ with longitude and latitude   5.13126800086333        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22681
+ with longitude and latitude   5.16828252415457        1.12203947323131     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11856
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11856
+ with longitude and latitude   5.41052068118242        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22504
+ with longitude and latitude   5.35978558377496        1.13048630147759     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11857
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11857
+ with longitude and latitude   5.44542726622231        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22504
+ with longitude and latitude   5.35978558377496        1.13048630147759     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11858
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11858
+ with longitude and latitude   5.48033385126219        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22145
+ with longitude and latitude   5.57183785615037        1.11283021003112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11859
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11859
+ with longitude and latitude   5.51524043630208        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22145
+ with longitude and latitude   5.57183785615037        1.11283021003112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11860
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11860
+ with longitude and latitude   5.55014702134197        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11871
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11871
+ with longitude and latitude   5.93411945678072        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21972
+ with longitude and latitude   5.94417946567041        1.10477294968151     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11872
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11872
+ with longitude and latitude   5.96902604182061        1.13446401379631     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22156
+ with longitude and latitude   6.03014697870458        1.12361535088100     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11888
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11888
+ with longitude and latitude  0.244346095279206        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22893
+ with longitude and latitude  0.173684753116868        1.17087709998269     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11889
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11889
+ with longitude and latitude  0.279252680319093        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11890
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11890
+ with longitude and latitude  0.314159265358979        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11893
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11893
+ with longitude and latitude  0.418879020478639        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11894
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11894
+ with longitude and latitude  0.453785605518526        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11895
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11895
+ with longitude and latitude  0.488692190558412        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11896
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11896
+ with longitude and latitude  0.523598775598299        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11897
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11897
+ with longitude and latitude  0.558505360638185        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11898
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11898
+ with longitude and latitude  0.593411945678072        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24176
+ with longitude and latitude  0.700084398213639        1.19991333827255     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11899
+ with longitude and latitude  0.628318530717959        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11900
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11900
+ with longitude and latitude  0.663225115757845        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11901
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11901
+ with longitude and latitude  0.698131700797732        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11902
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11902
+ with longitude and latitude  0.733038285837618        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11903
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11903
+ with longitude and latitude  0.767944870877505        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11904
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11904
+ with longitude and latitude  0.802851455917392        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11905
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11905
+ with longitude and latitude  0.837758040957278        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11906
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11906
+ with longitude and latitude  0.872664625997165        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11907
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11907
+ with longitude and latitude  0.907571211037051        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11908
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11908
+ with longitude and latitude  0.942477796076938        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24725
+ with longitude and latitude  0.889931493180538        1.19517809537951     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11909
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11909
+ with longitude and latitude  0.977384381116825        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11910
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11910
+ with longitude and latitude   1.01229096615671        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11911
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11911
+ with longitude and latitude   1.04719755119660        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11912
+ with longitude and latitude   1.08210413623648        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11913
+ with longitude and latitude   1.11701072127637        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11914
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11914
+ with longitude and latitude   1.15191730631626        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11915
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11915
+ with longitude and latitude   1.18682389135614        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11916
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11916
+ with longitude and latitude   1.22173047639603        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11917
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11917
+ with longitude and latitude   1.25663706143592        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11918
+ with longitude and latitude   1.29154364647580        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11919
+ with longitude and latitude   1.32645023151569        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11920
+ with longitude and latitude   1.36135681655558        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11921
+ with longitude and latitude   1.39626340159546        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11922
+ with longitude and latitude   1.43116998663535        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11923
+ with longitude and latitude   1.46607657167524        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11924
+ with longitude and latitude   1.50098315671512        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11925
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11925
+ with longitude and latitude   1.53588974175501        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11926
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11926
+ with longitude and latitude   1.57079632679490        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11927
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11927
+ with longitude and latitude   1.60570291183478        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11928
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11928
+ with longitude and latitude   1.64060949687467        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11929
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11929
+ with longitude and latitude   1.67551608191456        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11930
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11930
+ with longitude and latitude   1.71042266695444        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11931
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11931
+ with longitude and latitude   1.74532925199433        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11932
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11932
+ with longitude and latitude   1.78023583703422        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11933
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11933
+ with longitude and latitude   1.81514242207410        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11934
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11934
+ with longitude and latitude   1.85004900711399        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11935
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11935
+ with longitude and latitude   1.88495559215388        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11936
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11936
+ with longitude and latitude   1.91986217719376        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11937
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11937
+ with longitude and latitude   1.95476876223365        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11938
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11938
+ with longitude and latitude   1.98967534727354        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11939
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11939
+ with longitude and latitude   2.02458193231342        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11940
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11940
+ with longitude and latitude   2.05948851735331        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11941
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11941
+ with longitude and latitude   2.09439510239320        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11942
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11942
+ with longitude and latitude   2.12930168743308        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11943
+ with longitude and latitude   2.16420827247297        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11944
+ with longitude and latitude   2.19911485751286        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11945
+ with longitude and latitude   2.23402144255274        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11946
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11946
+ with longitude and latitude   2.26892802759263        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11947
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11947
+ with longitude and latitude   2.30383461263252        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11948
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11948
+ with longitude and latitude   2.33874119767240        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11949
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11949
+ with longitude and latitude   2.37364778271229        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11950
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11950
+ with longitude and latitude   2.40855436775217        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11951
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11951
+ with longitude and latitude   2.44346095279206        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11952
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11952
+ with longitude and latitude   2.47836753783195        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11953
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11953
+ with longitude and latitude   2.51327412287183        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11954
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11954
+ with longitude and latitude   2.54818070791172        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11955
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11955
+ with longitude and latitude   2.58308729295161        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11956
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11956
+ with longitude and latitude   2.61799387799149        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11957
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11957
+ with longitude and latitude   2.65290046303138        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11958
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11958
+ with longitude and latitude   2.68780704807127        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        21700
+ with longitude and latitude   2.72879082440530        1.06307388461173     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11959
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11959
+ with longitude and latitude   2.72271363311115        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11960
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11960
+ with longitude and latitude   2.75762021815104        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11961
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11961
+ with longitude and latitude   2.79252680319093        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11962
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11962
+ with longitude and latitude   2.82743338823081        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11963
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11963
+ with longitude and latitude   2.86233997327070        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11964
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11964
+ with longitude and latitude   2.89724655831059        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23161
+ with longitude and latitude   2.87244561228929        1.23389797224487     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11965
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11965
+ with longitude and latitude   2.93215314335047        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11966
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11966
+ with longitude and latitude   2.96705972839036        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11967
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11967
+ with longitude and latitude   3.00196631343025        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11968
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11968
+ with longitude and latitude   3.03687289847013        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11969
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11969
+ with longitude and latitude   3.07177948351002        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11970
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11970
+ with longitude and latitude   3.10668606854991        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11971
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11971
+ with longitude and latitude   3.14159265358979        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11972
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11972
+ with longitude and latitude   3.17649923862968        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22075
+ with longitude and latitude   3.17329107296362        1.12508471048925     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11973
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11973
+ with longitude and latitude   3.21140582366957        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22076
+ with longitude and latitude   3.21565479754984        1.12478598832312     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11974
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11974
+ with longitude and latitude   3.24631240870945        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22260
+ with longitude and latitude   3.30306070423104        1.14267729663658     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11980
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11980
+ with longitude and latitude   3.45575191894877        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11981
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11981
+ with longitude and latitude   3.49065850398866        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11982
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11982
+ with longitude and latitude   3.52556508902855        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11983
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11983
+ with longitude and latitude   3.56047167406843        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22444
+ with longitude and latitude   3.39347166746300        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11984
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11984
+ with longitude and latitude   3.59537825910832        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11985
+ with longitude and latitude   3.63028484414821        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23542
+ with longitude and latitude   3.72657788319013        1.23652489017049     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11986
+ with longitude and latitude   3.66519142918809        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23543
+ with longitude and latitude   3.76739249993232        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11987
+ with longitude and latitude   3.70009801422798        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23543
+ with longitude and latitude   3.76739249993232        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11988
+ with longitude and latitude   3.73500459926787        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23544
+ with longitude and latitude   3.80678457766030        1.22428345095731     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11989
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11989
+ with longitude and latitude   3.76991118430775        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23545
+ with longitude and latitude   3.84480447112830        1.21788897744413     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11990
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11990
+ with longitude and latitude   3.80481776934764        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11991
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11991
+ with longitude and latitude   3.83972435438753        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11992
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11992
+ with longitude and latitude   3.87463093942741        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11993
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11993
+ with longitude and latitude   3.90953752446730        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11994
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11994
+ with longitude and latitude   3.94444410950718        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11995
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11995
+ with longitude and latitude   3.97935069454707        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11996
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11996
+ with longitude and latitude   4.01425727958696        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23912
+ with longitude and latitude   3.99375039288720        1.22297405809580     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11997
+ with longitude and latitude   4.04916386462684        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11998
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11998
+ with longitude and latitude   4.08407044966673        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       11999
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        11999
+ with longitude and latitude   4.11897703470662        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12000
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12000
+ with longitude and latitude   4.15388361974650        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12001
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12001
+ with longitude and latitude   4.18879020478639        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12002
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12002
+ with longitude and latitude   4.22369678982628        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12003
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12003
+ with longitude and latitude   4.25860337486616        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12004
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12004
+ with longitude and latitude   4.29350995990605        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12005
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12005
+ with longitude and latitude   4.32841654494594        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12006
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12006
+ with longitude and latitude   4.36332312998582        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12007
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12007
+ with longitude and latitude   4.39822971502571        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12008
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12008
+ with longitude and latitude   4.43313630006560        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12009
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12009
+ with longitude and latitude   4.46804288510548        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12010
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12010
+ with longitude and latitude   4.50294947014537        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12011
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12011
+ with longitude and latitude   4.53785605518526        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12012
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12012
+ with longitude and latitude   4.57276264022514        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12013
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12013
+ with longitude and latitude   4.60766922526503        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12014
+ with longitude and latitude   4.64257581030492        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12015
+ with longitude and latitude   4.67748239534480        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12016
+ with longitude and latitude   4.71238898038469        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23579
+ with longitude and latitude   4.75523068721988        1.11986415365123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12017
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12017
+ with longitude and latitude   4.74729556542458        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23764
+ with longitude and latitude   4.81883021927709        1.14496553319985     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12018
+ with longitude and latitude   4.78220215046446        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23764
+ with longitude and latitude   4.81883021927709        1.14496553319985     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12025
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12025
+ with longitude and latitude   5.02654824574367        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23405
+ with longitude and latitude   4.98426351966384        1.15301212573444     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12026
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12026
+ with longitude and latitude   5.06145483078356        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23405
+ with longitude and latitude   4.98426351966384        1.15301212573444     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12027
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12027
+ with longitude and latitude   5.09636141582344        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22864
+ with longitude and latitude   5.18994642412106        1.14230713644078     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12028
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12028
+ with longitude and latitude   5.13126800086333        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22864
+ with longitude and latitude   5.18994642412106        1.14230713644078     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12036
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12036
+ with longitude and latitude   5.41052068118242        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22686
+ with longitude and latitude   5.34828882286307        1.14715467149811     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12037
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12037
+ with longitude and latitude   5.44542726622231        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22686
+ with longitude and latitude   5.34828882286307        1.14715467149811     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12038
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12038
+ with longitude and latitude   5.48033385126219        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22686
+ with longitude and latitude   5.34828882286307        1.14715467149811     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12039
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12039
+ with longitude and latitude   5.51524043630208        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12040
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12040
+ with longitude and latitude   5.55014702134197        1.15191730631626     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12068
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12068
+ with longitude and latitude  0.244346095279206        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22893
+ with longitude and latitude  0.173684753116868        1.17087709998269     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12069
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12069
+ with longitude and latitude  0.279252680319093        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23075
+ with longitude and latitude  0.189965222744951        1.18862217268466     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12070
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12070
+ with longitude and latitude  0.314159265358979        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12071
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12071
+ with longitude and latitude  0.349065850398866        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12072
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12072
+ with longitude and latitude  0.383972435438752        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12073
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12073
+ with longitude and latitude  0.418879020478639        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12074
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12074
+ with longitude and latitude  0.453785605518526        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12075
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12075
+ with longitude and latitude  0.488692190558412        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12076
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12076
+ with longitude and latitude  0.523598775598299        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22899
+ with longitude and latitude  0.415762150522622        1.12959151199916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12077
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12077
+ with longitude and latitude  0.558505360638185        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24175
+ with longitude and latitude  0.666783024873930        1.21122387155330     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12078
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12078
+ with longitude and latitude  0.593411945678072        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24175
+ with longitude and latitude  0.666783024873930        1.21122387155330     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12079
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12079
+ with longitude and latitude  0.628318530717959        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24176
+ with longitude and latitude  0.700084398213639        1.19991333827255     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12080
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12080
+ with longitude and latitude  0.663225115757845        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12081
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12081
+ with longitude and latitude  0.698131700797732        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12083
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12083
+ with longitude and latitude  0.767944870877505        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24177
+ with longitude and latitude  0.731830550678188        1.18836237473556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12084
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12084
+ with longitude and latitude  0.802851455917392        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12087
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12087
+ with longitude and latitude  0.907571211037051        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24543
+ with longitude and latitude  0.855056601516300        1.18560058130470     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12088
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12088
+ with longitude and latitude  0.942477796076938        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24725
+ with longitude and latitude  0.889931493180538        1.19517809537951     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12089
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12089
+ with longitude and latitude  0.977384381116825        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12090
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12090
+ with longitude and latitude   1.01229096615671        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12091
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12091
+ with longitude and latitude   1.04719755119660        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25090
+ with longitude and latitude  0.986617188943378        1.19861559979938     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12092
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12092
+ with longitude and latitude   1.08210413623648        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12093
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12093
+ with longitude and latitude   1.11701072127637        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12094
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12094
+ with longitude and latitude   1.15191730631626        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12095
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12095
+ with longitude and latitude   1.18682389135614        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12096
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12096
+ with longitude and latitude   1.22173047639603        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12097
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12097
+ with longitude and latitude   1.25663706143592        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12098
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12098
+ with longitude and latitude   1.29154364647580        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12099
+ with longitude and latitude   1.32645023151569        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12100
+ with longitude and latitude   1.36135681655558        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12101
+ with longitude and latitude   1.39626340159546        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12102
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12102
+ with longitude and latitude   1.43116998663535        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12103
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12103
+ with longitude and latitude   1.46607657167524        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12104
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12104
+ with longitude and latitude   1.50098315671512        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12105
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12105
+ with longitude and latitude   1.53588974175501        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12106
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12106
+ with longitude and latitude   1.57079632679490        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12107
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12107
+ with longitude and latitude   1.60570291183478        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12108
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12108
+ with longitude and latitude   1.64060949687467        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12109
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12109
+ with longitude and latitude   1.67551608191456        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12110
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12110
+ with longitude and latitude   1.71042266695444        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12111
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12111
+ with longitude and latitude   1.74532925199433        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12112
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12112
+ with longitude and latitude   1.78023583703422        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12113
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12113
+ with longitude and latitude   1.81514242207410        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12114
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12114
+ with longitude and latitude   1.85004900711399        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12115
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12115
+ with longitude and latitude   1.88495559215388        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12116
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12116
+ with longitude and latitude   1.91986217719376        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12117
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12117
+ with longitude and latitude   1.95476876223365        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12118
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12118
+ with longitude and latitude   1.98967534727354        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12119
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12119
+ with longitude and latitude   2.02458193231342        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12120
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12120
+ with longitude and latitude   2.05948851735331        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12121
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12121
+ with longitude and latitude   2.09439510239320        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12122
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12122
+ with longitude and latitude   2.12930168743308        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12123
+ with longitude and latitude   2.16420827247297        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12124
+ with longitude and latitude   2.19911485751286        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12125
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12125
+ with longitude and latitude   2.23402144255274        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12126
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12126
+ with longitude and latitude   2.26892802759263        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12127
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12127
+ with longitude and latitude   2.30383461263252        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12128
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12128
+ with longitude and latitude   2.33874119767240        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12129
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12129
+ with longitude and latitude   2.37364778271229        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12130
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12130
+ with longitude and latitude   2.40855436775217        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12131
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12131
+ with longitude and latitude   2.44346095279206        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12132
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12132
+ with longitude and latitude   2.47836753783195        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12133
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12133
+ with longitude and latitude   2.51327412287183        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12134
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12134
+ with longitude and latitude   2.54818070791172        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12135
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12135
+ with longitude and latitude   2.58308729295161        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12136
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12136
+ with longitude and latitude   2.61799387799149        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12137
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12137
+ with longitude and latitude   2.65290046303138        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12138
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12138
+ with longitude and latitude   2.68780704807127        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12139
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12139
+ with longitude and latitude   2.72271363311115        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12140
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12140
+ with longitude and latitude   2.75762021815104        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12141
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12141
+ with longitude and latitude   2.79252680319093        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12142
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12142
+ with longitude and latitude   2.82743338823081        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12143
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12143
+ with longitude and latitude   2.86233997327070        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12144
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12144
+ with longitude and latitude   2.89724655831059        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23161
+ with longitude and latitude   2.87244561228929        1.23389797224487     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12145
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12145
+ with longitude and latitude   2.93215314335047        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12146
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12146
+ with longitude and latitude   2.96705972839036        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12147
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12147
+ with longitude and latitude   3.00196631343025        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12148
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12148
+ with longitude and latitude   3.03687289847013        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12149
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12149
+ with longitude and latitude   3.07177948351002        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22074
+ with longitude and latitude   3.13078222830394        1.12499422810095     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12150
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12150
+ with longitude and latitude   3.10668606854991        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22803
+ with longitude and latitude   3.17603301439159        1.20319901565766     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12151
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12151
+ with longitude and latitude   3.14159265358979        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22622
+ with longitude and latitude   3.22080246514350        1.18349097685227     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12152
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12152
+ with longitude and latitude   3.17649923862968        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22622
+ with longitude and latitude   3.22080246514350        1.18349097685227     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12160
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12160
+ with longitude and latitude   3.45575191894877        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12161
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12161
+ with longitude and latitude   3.49065850398866        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12162
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12162
+ with longitude and latitude   3.52556508902855        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12163
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12163
+ with longitude and latitude   3.56047167406843        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12164
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12164
+ with longitude and latitude   3.59537825910832        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23173
+ with longitude and latitude   3.47306593607254        1.22791257204545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12165
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12165
+ with longitude and latitude   3.63028484414821        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23541
+ with longitude and latitude   3.68430017472739        1.24229547392300     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12166
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12166
+ with longitude and latitude   3.66519142918809        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23542
+ with longitude and latitude   3.72657788319013        1.23652489017049     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12167
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12167
+ with longitude and latitude   3.70009801422798        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23543
+ with longitude and latitude   3.76739249993232        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12168
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12168
+ with longitude and latitude   3.73500459926787        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23544
+ with longitude and latitude   3.80678457766030        1.22428345095731     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12169
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12169
+ with longitude and latitude   3.76991118430775        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23545
+ with longitude and latitude   3.84480447112830        1.21788897744413     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12170
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12170
+ with longitude and latitude   3.80481776934764        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23545
+ with longitude and latitude   3.84480447112830        1.21788897744413     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12171
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12171
+ with longitude and latitude   3.83972435438753        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12172
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12172
+ with longitude and latitude   3.87463093942741        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12173
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12173
+ with longitude and latitude   3.90953752446730        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12174
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12174
+ with longitude and latitude   3.94444410950718        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12175
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12175
+ with longitude and latitude   3.97935069454707        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12176
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12176
+ with longitude and latitude   4.01425727958696        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23912
+ with longitude and latitude   3.99375039288720        1.22297405809580     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12177
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12177
+ with longitude and latitude   4.04916386462684        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12178
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12178
+ with longitude and latitude   4.08407044966673        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12179
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12179
+ with longitude and latitude   4.11897703470662        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12180
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12180
+ with longitude and latitude   4.15388361974650        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12181
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12181
+ with longitude and latitude   4.18879020478639        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12182
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12182
+ with longitude and latitude   4.22369678982628        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12183
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12183
+ with longitude and latitude   4.25860337486616        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12184
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12184
+ with longitude and latitude   4.29350995990605        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12185
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12185
+ with longitude and latitude   4.32841654494594        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12186
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12186
+ with longitude and latitude   4.36332312998582        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12187
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12187
+ with longitude and latitude   4.39822971502571        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12188
+ with longitude and latitude   4.43313630006560        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12189
+ with longitude and latitude   4.46804288510548        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12190
+ with longitude and latitude   4.50294947014537        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12191
+ with longitude and latitude   4.53785605518526        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12192
+ with longitude and latitude   4.57276264022514        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12193
+ with longitude and latitude   4.60766922526503        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12194
+ with longitude and latitude   4.64257581030492        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12195
+ with longitude and latitude   4.67748239534480        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12196
+ with longitude and latitude   4.71238898038469        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23764
+ with longitude and latitude   4.81883021927709        1.14496553319985     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12197
+ with longitude and latitude   4.74729556542458        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23764
+ with longitude and latitude   4.81883021927709        1.14496553319985     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12198
+ with longitude and latitude   4.78220215046446        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23948
+ with longitude and latitude   4.85436493766773        1.16685883765311     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12199
+ with longitude and latitude   4.81710873550435        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23948
+ with longitude and latitude   4.85436493766773        1.16685883765311     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12206
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12206
+ with longitude and latitude   5.06145483078356        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23588
+ with longitude and latitude   4.99782070408596        1.17131911045649     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12207
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12207
+ with longitude and latitude   5.09636141582344        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23411
+ with longitude and latitude   5.17772549148534        1.19118469743616     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12208
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12208
+ with longitude and latitude   5.13126800086333        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23229
+ with longitude and latitude   5.19503241707667        1.17715828145079     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12216
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12216
+ with longitude and latitude   5.41052068118242        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22868
+ with longitude and latitude   5.33551951420858        1.16341917029290     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12217
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12217
+ with longitude and latitude   5.44542726622231        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22868
+ with longitude and latitude   5.33551951420858        1.16341917029290     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12218
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12218
+ with longitude and latitude   5.48033385126219        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22868
+ with longitude and latitude   5.33551951420858        1.16341917029290     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12219
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12219
+ with longitude and latitude   5.51524043630208        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12220
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12220
+ with longitude and latitude   5.55014702134197        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12221
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12221
+ with longitude and latitude   5.58505360638185        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12222
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12222
+ with longitude and latitude   5.61996019142174        1.16937059883620     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22512
+ with longitude and latitude   5.68224044290751        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12248
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12248
+ with longitude and latitude  0.244346095279206        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23075
+ with longitude and latitude  0.189965222744951        1.18862217268466     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12249
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12249
+ with longitude and latitude  0.279252680319093        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23440
+ with longitude and latitude  0.273111295197720        1.21657281654736     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12250
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12250
+ with longitude and latitude  0.314159265358979        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23440
+ with longitude and latitude  0.273111295197720        1.21657281654736     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12251
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12251
+ with longitude and latitude  0.349065850398866        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23440
+ with longitude and latitude  0.273111295197720        1.21657281654736     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12252
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12252
+ with longitude and latitude  0.383972435438752        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12253
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12253
+ with longitude and latitude  0.418879020478639        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12254
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12254
+ with longitude and latitude  0.453785605518526        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22898
+ with longitude and latitude  0.377748493533575        1.13739860869800     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12255
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12255
+ with longitude and latitude  0.488692190558412        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24173
+ with longitude and latitude  0.595051461312416        1.23300732398036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12256
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12256
+ with longitude and latitude  0.523598775598299        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24174
+ with longitude and latitude  0.631811052169845        1.22226543108780     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12257
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12257
+ with longitude and latitude  0.558505360638185        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24174
+ with longitude and latitude  0.631811052169845        1.22226543108780     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12258
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12258
+ with longitude and latitude  0.593411945678072        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24175
+ with longitude and latitude  0.666783024873930        1.21122387155330     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12259
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12259
+ with longitude and latitude  0.628318530717959        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24175
+ with longitude and latitude  0.666783024873930        1.21122387155330     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12260
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12260
+ with longitude and latitude  0.663225115757845        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24176
+ with longitude and latitude  0.700084398213639        1.19991333827255     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12268
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12268
+ with longitude and latitude  0.942477796076938        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24907
+ with longitude and latitude  0.926677809897268        1.20409249543406     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12271
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12271
+ with longitude and latitude   1.04719755119660        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12272
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12272
+ with longitude and latitude   1.08210413623648        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25272
+ with longitude and latitude   1.02506388761597        1.20580690972817     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12273
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12273
+ with longitude and latitude   1.11701072127637        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12274
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12274
+ with longitude and latitude   1.15191730631626        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25636
+ with longitude and latitude   1.10561274158711        1.21787468682710     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12275
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12275
+ with longitude and latitude   1.18682389135614        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12276
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12276
+ with longitude and latitude   1.22173047639603        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12277
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12277
+ with longitude and latitude   1.25663706143592        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12278
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12278
+ with longitude and latitude   1.29154364647580        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12279
+ with longitude and latitude   1.32645023151569        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12280
+ with longitude and latitude   1.36135681655558        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12281
+ with longitude and latitude   1.39626340159546        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12282
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12282
+ with longitude and latitude   1.43116998663535        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12283
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12283
+ with longitude and latitude   1.46607657167524        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12284
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12284
+ with longitude and latitude   1.50098315671512        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12285
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12285
+ with longitude and latitude   1.53588974175501        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12286
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12286
+ with longitude and latitude   1.57079632679490        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12287
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12287
+ with longitude and latitude   1.60570291183478        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12288
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12288
+ with longitude and latitude   1.64060949687467        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12289
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12289
+ with longitude and latitude   1.67551608191456        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12290
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12290
+ with longitude and latitude   1.71042266695444        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12291
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12291
+ with longitude and latitude   1.74532925199433        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12292
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12292
+ with longitude and latitude   1.78023583703422        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12293
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12293
+ with longitude and latitude   1.81514242207410        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12294
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12294
+ with longitude and latitude   1.85004900711399        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12295
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12295
+ with longitude and latitude   1.88495559215388        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12296
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12296
+ with longitude and latitude   1.91986217719376        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12297
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12297
+ with longitude and latitude   1.95476876223365        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12298
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12298
+ with longitude and latitude   1.98967534727354        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12299
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12299
+ with longitude and latitude   2.02458193231342        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12300
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12300
+ with longitude and latitude   2.05948851735331        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12301
+ with longitude and latitude   2.09439510239320        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12302
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12302
+ with longitude and latitude   2.12930168743308        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12303
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12303
+ with longitude and latitude   2.16420827247297        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12304
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12304
+ with longitude and latitude   2.19911485751286        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12305
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12305
+ with longitude and latitude   2.23402144255274        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12306
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12306
+ with longitude and latitude   2.26892802759263        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12307
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12307
+ with longitude and latitude   2.30383461263252        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12308
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12308
+ with longitude and latitude   2.33874119767240        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12309
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12309
+ with longitude and latitude   2.37364778271229        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12310
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12310
+ with longitude and latitude   2.40855436775217        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12311
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12311
+ with longitude and latitude   2.44346095279206        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12312
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12312
+ with longitude and latitude   2.47836753783195        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12313
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12313
+ with longitude and latitude   2.51327412287183        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12314
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12314
+ with longitude and latitude   2.54818070791172        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12315
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12315
+ with longitude and latitude   2.58308729295161        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12316
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12316
+ with longitude and latitude   2.61799387799149        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12317
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12317
+ with longitude and latitude   2.65290046303138        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12318
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12318
+ with longitude and latitude   2.68780704807127        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23341
+ with longitude and latitude   2.75878566916146        1.24505296608836     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12319
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12319
+ with longitude and latitude   2.72271363311115        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12320
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12320
+ with longitude and latitude   2.75762021815104        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12321
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12321
+ with longitude and latitude   2.79252680319093        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12322
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12322
+ with longitude and latitude   2.82743338823081        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12323
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12323
+ with longitude and latitude   2.86233997327070        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12324
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12324
+ with longitude and latitude   2.89724655831059        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23161
+ with longitude and latitude   2.87244561228929        1.23389797224487     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12325
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12325
+ with longitude and latitude   2.93215314335047        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12326
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12326
+ with longitude and latitude   2.96705972839036        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12327
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12327
+ with longitude and latitude   3.00196631343025        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12328
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12328
+ with longitude and latitude   3.03687289847013        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12329
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12329
+ with longitude and latitude   3.07177948351002        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22983
+ with longitude and latitude   3.07881149911998        1.22204253358495     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12330
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12330
+ with longitude and latitude   3.10668606854991        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22803
+ with longitude and latitude   3.17603301439159        1.20319901565766     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12340
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12340
+ with longitude and latitude   3.45575191894877        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12341
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12341
+ with longitude and latitude   3.49065850398866        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22626
+ with longitude and latitude   3.40009663173253        1.17692978014374     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12342
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12342
+ with longitude and latitude   3.52556508902855        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23173
+ with longitude and latitude   3.47306593607254        1.22791257204545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12343
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12343
+ with longitude and latitude   3.56047167406843        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23173
+ with longitude and latitude   3.47306593607254        1.22791257204545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12344
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12344
+ with longitude and latitude   3.59537825910832        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23356
+ with longitude and latitude   3.53274283629901        1.24110554619730     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12345
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12345
+ with longitude and latitude   3.63028484414821        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23541
+ with longitude and latitude   3.68430017472739        1.24229547392300     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12346
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12346
+ with longitude and latitude   3.66519142918809        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23542
+ with longitude and latitude   3.72657788319013        1.23652489017049     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12347
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12347
+ with longitude and latitude   3.70009801422798        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23543
+ with longitude and latitude   3.76739249993232        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12348
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12348
+ with longitude and latitude   3.73500459926787        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23543
+ with longitude and latitude   3.76739249993232        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12349
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12349
+ with longitude and latitude   3.76991118430775        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23544
+ with longitude and latitude   3.80678457766030        1.22428345095731     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12350
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12350
+ with longitude and latitude   3.80481776934764        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23545
+ with longitude and latitude   3.84480447112830        1.21788897744413     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12351
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12351
+ with longitude and latitude   3.83972435438753        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12352
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12352
+ with longitude and latitude   3.87463093942741        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12353
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12353
+ with longitude and latitude   3.90953752446730        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23546
+ with longitude and latitude   3.88151014189767        1.21136118548010     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12354
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12354
+ with longitude and latitude   3.94444410950718        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12355
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12355
+ with longitude and latitude   3.97935069454707        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23729
+ with longitude and latitude   3.93773631392318        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12356
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12356
+ with longitude and latitude   4.01425727958696        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23912
+ with longitude and latitude   3.99375039288720        1.22297405809580     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12357
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12357
+ with longitude and latitude   4.04916386462684        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12358
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12358
+ with longitude and latitude   4.08407044966673        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12359
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12359
+ with longitude and latitude   4.11897703470662        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24279
+ with longitude and latitude   4.13115599958916        1.22197771223097     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12360
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12360
+ with longitude and latitude   4.15388361974650        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12361
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12361
+ with longitude and latitude   4.18879020478639        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12362
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12362
+ with longitude and latitude   4.22369678982628        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12363
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12363
+ with longitude and latitude   4.25860337486616        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12364
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12364
+ with longitude and latitude   4.29350995990605        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12365
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12365
+ with longitude and latitude   4.32841654494594        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12366
+ with longitude and latitude   4.36332312998582        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12367
+ with longitude and latitude   4.39822971502571        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12368
+ with longitude and latitude   4.43313630006560        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12369
+ with longitude and latitude   4.46804288510548        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12370
+ with longitude and latitude   4.50294947014537        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12371
+ with longitude and latitude   4.53785605518526        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12372
+ with longitude and latitude   4.57276264022514        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12373
+ with longitude and latitude   4.60766922526503        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12374
+ with longitude and latitude   4.64257581030492        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23578
+ with longitude and latitude   4.73045603719689        1.11561027632984     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12375
+ with longitude and latitude   4.67748239534480        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24131
+ with longitude and latitude   4.86211139795638        1.18312235394556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12376
+ with longitude and latitude   4.71238898038469        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24131
+ with longitude and latitude   4.86211139795638        1.18312235394556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12377
+ with longitude and latitude   4.74729556542458        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24131
+ with longitude and latitude   4.86211139795638        1.18312235394556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12378
+ with longitude and latitude   4.78220215046446        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24131
+ with longitude and latitude   4.86211139795638        1.18312235394556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12379
+ with longitude and latitude   4.81710873550435        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24131
+ with longitude and latitude   4.86211139795638        1.18312235394556     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12385
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12385
+ with longitude and latitude   5.02654824574367        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23770
+ with longitude and latitude   4.97993786302324        1.18287415063790     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12386
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12386
+ with longitude and latitude   5.06145483078356        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23588
+ with longitude and latitude   4.99782070408596        1.17131911045649     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12387
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12387
+ with longitude and latitude   5.09636141582344        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23593
+ with longitude and latitude   5.15874708811571        1.20473563328350     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12388
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12388
+ with longitude and latitude   5.13126800086333        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23411
+ with longitude and latitude   5.17772549148534        1.19118469743616     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12396
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12396
+ with longitude and latitude   5.41052068118242        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12397
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12397
+ with longitude and latitude   5.44542726622231        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12398
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12398
+ with longitude and latitude   5.48033385126219        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12399
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12399
+ with longitude and latitude   5.51524043630208        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12400
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12400
+ with longitude and latitude   5.55014702134197        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22328
+ with longitude and latitude   5.60524293125926        1.13441930286791     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12401
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12401
+ with longitude and latitude   5.58505360638185        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22512
+ with longitude and latitude   5.68224044290751        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12402
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12402
+ with longitude and latitude   5.61996019142174        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22512
+ with longitude and latitude   5.68224044290751        1.15823207192896     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12403
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12403
+ with longitude and latitude   5.65486677646163        1.18682389135614     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12431
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12431
+ with longitude and latitude  0.349065850398866        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23440
+ with longitude and latitude  0.273111295197720        1.21657281654736     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12432
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12432
+ with longitude and latitude  0.383972435438752        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23805
+ with longitude and latitude  0.367102807969722        1.24155878653797     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12433
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12433
+ with longitude and latitude  0.418879020478639        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23805
+ with longitude and latitude  0.367102807969722        1.24155878653797     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12434
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12434
+ with longitude and latitude  0.453785605518526        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23988
+ with longitude and latitude  0.440496848138441        1.24834179771640     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12435
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12435
+ with longitude and latitude  0.488692190558412        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24172
+ with longitude and latitude  0.556387750018950        1.24341656733492     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12436
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12436
+ with longitude and latitude  0.523598775598299        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24173
+ with longitude and latitude  0.595051461312416        1.23300732398036     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12437
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12437
+ with longitude and latitude  0.558505360638185        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24174
+ with longitude and latitude  0.631811052169845        1.22226543108780     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12438
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12438
+ with longitude and latitude  0.593411945678072        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24174
+ with longitude and latitude  0.631811052169845        1.22226543108780     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12454
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12454
+ with longitude and latitude   1.15191730631626        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12455
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12455
+ with longitude and latitude   1.18682389135614        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12456
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12456
+ with longitude and latitude   1.22173047639603        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12457
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12457
+ with longitude and latitude   1.25663706143592        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12458
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12458
+ with longitude and latitude   1.29154364647580        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12459
+ with longitude and latitude   1.32645023151569        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12460
+ with longitude and latitude   1.36135681655558        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26725
+ with longitude and latitude   1.34904261993592        1.28041177603527     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12461
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12461
+ with longitude and latitude   1.39626340159546        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12462
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12462
+ with longitude and latitude   1.43116998663535        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12463
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12463
+ with longitude and latitude   1.46607657167524        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12464
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12464
+ with longitude and latitude   1.50098315671512        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12465
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12465
+ with longitude and latitude   1.53588974175501        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12466
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12466
+ with longitude and latitude   1.57079632679490        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12467
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12467
+ with longitude and latitude   1.60570291183478        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12468
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12468
+ with longitude and latitude   1.64060949687467        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12469
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12469
+ with longitude and latitude   1.67551608191456        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12470
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12470
+ with longitude and latitude   1.71042266695444        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12471
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12471
+ with longitude and latitude   1.74532925199433        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12472
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12472
+ with longitude and latitude   1.78023583703422        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12473
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12473
+ with longitude and latitude   1.81514242207410        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12474
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12474
+ with longitude and latitude   1.85004900711399        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12475
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12475
+ with longitude and latitude   1.88495559215388        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12476
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12476
+ with longitude and latitude   1.91986217719376        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12477
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12477
+ with longitude and latitude   1.95476876223365        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12478
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12478
+ with longitude and latitude   1.98967534727354        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12479
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12479
+ with longitude and latitude   2.02458193231342        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12480
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12480
+ with longitude and latitude   2.05948851735331        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12481
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12481
+ with longitude and latitude   2.09439510239320        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12482
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12482
+ with longitude and latitude   2.12930168743308        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12483
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12483
+ with longitude and latitude   2.16420827247297        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12484
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12484
+ with longitude and latitude   2.19911485751286        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12485
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12485
+ with longitude and latitude   2.23402144255274        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12486
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12486
+ with longitude and latitude   2.26892802759263        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12487
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12487
+ with longitude and latitude   2.30383461263252        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12488
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12488
+ with longitude and latitude   2.33874119767240        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12489
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12489
+ with longitude and latitude   2.37364778271229        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12490
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12490
+ with longitude and latitude   2.40855436775217        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12491
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12491
+ with longitude and latitude   2.44346095279206        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23883
+ with longitude and latitude   2.49162526279659        1.27321375412385     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12492
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12492
+ with longitude and latitude   2.47836753783195        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12493
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12493
+ with longitude and latitude   2.51327412287183        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12494
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12494
+ with longitude and latitude   2.54818070791172        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12495
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12495
+ with longitude and latitude   2.58308729295161        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12496
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12496
+ with longitude and latitude   2.61799387799149        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12497
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12497
+ with longitude and latitude   2.65290046303138        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12498
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12498
+ with longitude and latitude   2.68780704807127        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23341
+ with longitude and latitude   2.75878566916146        1.24505296608836     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12499
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12499
+ with longitude and latitude   2.72271363311115        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23341
+ with longitude and latitude   2.75878566916146        1.24505296608836     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12500
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12500
+ with longitude and latitude   2.75762021815104        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12501
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12501
+ with longitude and latitude   2.79252680319093        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12502
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12502
+ with longitude and latitude   2.82743338823081        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12503
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12503
+ with longitude and latitude   2.86233997327070        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23160
+ with longitude and latitude   2.82236644884590        1.23066123609666     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12504
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12504
+ with longitude and latitude   2.89724655831059        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23161
+ with longitude and latitude   2.87244561228929        1.23389797224487     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12505
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12505
+ with longitude and latitude   2.93215314335047        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23162
+ with longitude and latitude   2.92308564001024        1.23654591043111     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12506
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12506
+ with longitude and latitude   2.96705972839036        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22982
+ with longitude and latitude   3.02933773911574        1.22116772840142     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12521
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12521
+ with longitude and latitude   3.49065850398866        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23173
+ with longitude and latitude   3.47306593607254        1.22791257204545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12522
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12522
+ with longitude and latitude   3.52556508902855        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23173
+ with longitude and latitude   3.47306593607254        1.22791257204545     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12523
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12523
+ with longitude and latitude   3.56047167406843        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23356
+ with longitude and latitude   3.53274283629901        1.24110554619730     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12524
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12524
+ with longitude and latitude   3.59537825910832        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23356
+ with longitude and latitude   3.53274283629901        1.24110554619730     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12525
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12525
+ with longitude and latitude   3.63028484414821        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23541
+ with longitude and latitude   3.68430017472739        1.24229547392300     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12526
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12526
+ with longitude and latitude   3.66519142918809        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23542
+ with longitude and latitude   3.72657788319013        1.23652489017049     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12527
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12527
+ with longitude and latitude   3.70009801422798        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23542
+ with longitude and latitude   3.72657788319013        1.23652489017049     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12528
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12528
+ with longitude and latitude   3.73500459926787        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23543
+ with longitude and latitude   3.76739249993232        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12529
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12529
+ with longitude and latitude   3.76991118430775        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23544
+ with longitude and latitude   3.80678457766030        1.22428345095731     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12530
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12530
+ with longitude and latitude   3.80481776934764        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23545
+ with longitude and latitude   3.84480447112830        1.21788897744413     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12535
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12535
+ with longitude and latitude   3.97935069454707        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23912
+ with longitude and latitude   3.99375039288720        1.22297405809580     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12536
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12536
+ with longitude and latitude   4.01425727958696        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23912
+ with longitude and latitude   3.99375039288720        1.22297405809580     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12537
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12537
+ with longitude and latitude   4.04916386462684        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24096
+ with longitude and latitude   4.07911770868759        1.21934334724523     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12539
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12539
+ with longitude and latitude   4.11897703470662        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24279
+ with longitude and latitude   4.13115599958916        1.22197771223097     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12540
+ with longitude and latitude   4.15388361974650        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24279
+ with longitude and latitude   4.13115599958916        1.22197771223097     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12542
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12542
+ with longitude and latitude   4.22369678982628        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12543
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12543
+ with longitude and latitude   4.25860337486616        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24463
+ with longitude and latitude   4.20602752429736        1.21586901824737     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12544
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12544
+ with longitude and latitude   4.29350995990605        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12545
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12545
+ with longitude and latitude   4.32841654494594        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12546
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12546
+ with longitude and latitude   4.36332312998582        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12547
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12547
+ with longitude and latitude   4.39822971502571        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12548
+ with longitude and latitude   4.43313630006560        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12549
+ with longitude and latitude   4.46804288510548        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12550
+ with longitude and latitude   4.50294947014537        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12551
+ with longitude and latitude   4.53785605518526        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12552
+ with longitude and latitude   4.57276264022514        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12553
+ with longitude and latitude   4.60766922526503        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12554
+ with longitude and latitude   4.64257581030492        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12555
+ with longitude and latitude   4.67748239534480        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12556
+ with longitude and latitude   4.71238898038469        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12557
+ with longitude and latitude   4.74729556542458        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12558
+ with longitude and latitude   4.78220215046446        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12559
+ with longitude and latitude   4.81710873550435        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12564
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12564
+ with longitude and latitude   4.99164166070378        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24134
+ with longitude and latitude   4.93995873705837        1.20439349666393     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12565
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12565
+ with longitude and latitude   5.02654824574367        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23770
+ with longitude and latitude   4.97993786302324        1.18287415063790     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12566
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12566
+ with longitude and latitude   5.06145483078356        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23775
+ with longitude and latitude   5.13797579644733        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12567
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12567
+ with longitude and latitude   5.09636141582344        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23775
+ with longitude and latitude   5.13797579644733        1.21778842992684     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12576
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12576
+ with longitude and latitude   5.41052068118242        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12577
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12577
+ with longitude and latitude   5.44542726622231        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12578
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12578
+ with longitude and latitude   5.48033385126219        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12579
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12579
+ with longitude and latitude   5.51524043630208        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12580
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12580
+ with longitude and latitude   5.55014702134197        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12581
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12581
+ with longitude and latitude   5.58505360638185        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12582
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12582
+ with longitude and latitude   5.61996019142174        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12583
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12583
+ with longitude and latitude   5.65486677646163        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12584
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12584
+ with longitude and latitude   5.68977336150151        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12585
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12585
+ with longitude and latitude   5.72467994654140        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12586
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12586
+ with longitude and latitude   5.75958653158129        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22696
+ with longitude and latitude   5.76429659427354        1.18105448655178     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12587
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12587
+ with longitude and latitude   5.79449311662117        1.20427718387609     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22880
+ with longitude and latitude   5.85240317288108        1.20255719081144     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12611
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12611
+ with longitude and latitude  0.349065850398866        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23805
+ with longitude and latitude  0.367102807969722        1.24155878653797     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12612
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12612
+ with longitude and latitude  0.383972435438752        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23805
+ with longitude and latitude  0.367102807969722        1.24155878653797     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12613
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12613
+ with longitude and latitude  0.418879020478639        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23805
+ with longitude and latitude  0.367102807969722        1.24155878653797     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12614
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12614
+ with longitude and latitude  0.453785605518526        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23988
+ with longitude and latitude  0.440496848138441        1.24834179771640     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12615
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12615
+ with longitude and latitude  0.488692190558412        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23988
+ with longitude and latitude  0.440496848138441        1.24834179771640     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12616
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12616
+ with longitude and latitude  0.523598775598299        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24172
+ with longitude and latitude  0.556387750018950        1.24341656733492     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12636
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12636
+ with longitude and latitude   1.22173047639603        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12637
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12637
+ with longitude and latitude   1.25663706143592        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12638
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12638
+ with longitude and latitude   1.29154364647580        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25818
+ with longitude and latitude   1.14722152703420        1.22271003247546     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12639
+ with longitude and latitude   1.32645023151569        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26543
+ with longitude and latitude   1.30059875047180        1.27930616426341     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12640
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12640
+ with longitude and latitude   1.36135681655558        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26725
+ with longitude and latitude   1.34904261993592        1.28041177603527     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12641
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12641
+ with longitude and latitude   1.39626340159546        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12642
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12642
+ with longitude and latitude   1.43116998663535        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12643
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12643
+ with longitude and latitude   1.46607657167524        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12644
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12644
+ with longitude and latitude   1.50098315671512        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12645
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12645
+ with longitude and latitude   1.53588974175501        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12646
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12646
+ with longitude and latitude   1.57079632679490        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12647
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12647
+ with longitude and latitude   1.60570291183478        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12648
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12648
+ with longitude and latitude   1.64060949687467        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12649
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12649
+ with longitude and latitude   1.67551608191456        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12650
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12650
+ with longitude and latitude   1.71042266695444        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12651
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12651
+ with longitude and latitude   1.74532925199433        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12652
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12652
+ with longitude and latitude   1.78023583703422        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12653
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12653
+ with longitude and latitude   1.81514242207410        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12654
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12654
+ with longitude and latitude   1.85004900711399        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12655
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12655
+ with longitude and latitude   1.88495559215388        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12656
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12656
+ with longitude and latitude   1.91986217719376        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12657
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12657
+ with longitude and latitude   1.95476876223365        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12658
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12658
+ with longitude and latitude   1.98967534727354        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12659
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12659
+ with longitude and latitude   2.02458193231342        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12660
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12660
+ with longitude and latitude   2.05948851735331        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12661
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12661
+ with longitude and latitude   2.09439510239320        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12662
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12662
+ with longitude and latitude   2.12930168743308        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24607
+ with longitude and latitude   2.15930392213711        1.29325713982346     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12663
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12663
+ with longitude and latitude   2.16420827247297        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12664
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12664
+ with longitude and latitude   2.19911485751286        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12665
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12665
+ with longitude and latitude   2.23402144255274        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12666
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12666
+ with longitude and latitude   2.26892802759263        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12667
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12667
+ with longitude and latitude   2.30383461263252        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12668
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12668
+ with longitude and latitude   2.33874119767240        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12669
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12669
+ with longitude and latitude   2.37364778271229        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12670
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12670
+ with longitude and latitude   2.40855436775217        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12671
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12671
+ with longitude and latitude   2.44346095279206        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23883
+ with longitude and latitude   2.49162526279659        1.27321375412385     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12672
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12672
+ with longitude and latitude   2.47836753783195        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12673
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12673
+ with longitude and latitude   2.51327412287183        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12674
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12674
+ with longitude and latitude   2.54818070791172        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12675
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12675
+ with longitude and latitude   2.58308729295161        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12676
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12676
+ with longitude and latitude   2.61799387799149        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12677
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12677
+ with longitude and latitude   2.65290046303138        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12678
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12678
+ with longitude and latitude   2.68780704807127        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23341
+ with longitude and latitude   2.75878566916146        1.24505296608836     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12679
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12679
+ with longitude and latitude   2.72271363311115        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23341
+ with longitude and latitude   2.75878566916146        1.24505296608836     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12680
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12680
+ with longitude and latitude   2.75762021815104        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23341
+ with longitude and latitude   2.75878566916146        1.24505296608836     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12703
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12703
+ with longitude and latitude   3.56047167406843        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23356
+ with longitude and latitude   3.53274283629901        1.24110554619730     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12704
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12704
+ with longitude and latitude   3.59537825910832        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23356
+ with longitude and latitude   3.53274283629901        1.24110554619730     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12705
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12705
+ with longitude and latitude   3.63028484414821        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23540
+ with longitude and latitude   3.64053135527557        1.24778016505828     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12706
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12706
+ with longitude and latitude   3.66519142918809        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23541
+ with longitude and latitude   3.68430017472739        1.24229547392300     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12724
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12724
+ with longitude and latitude   4.29350995990605        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12725
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12725
+ with longitude and latitude   4.32841654494594        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12726
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12726
+ with longitude and latitude   4.36332312998582        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12727
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12727
+ with longitude and latitude   4.39822971502571        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12728
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12728
+ with longitude and latitude   4.43313630006560        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12729
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12729
+ with longitude and latitude   4.46804288510548        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12730
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12730
+ with longitude and latitude   4.50294947014537        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12731
+ with longitude and latitude   4.53785605518526        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12732
+ with longitude and latitude   4.57276264022514        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12733
+ with longitude and latitude   4.60766922526503        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12734
+ with longitude and latitude   4.64257581030492        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12735
+ with longitude and latitude   4.67748239534480        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12736
+ with longitude and latitude   4.71238898038469        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12737
+ with longitude and latitude   4.74729556542458        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12738
+ with longitude and latitude   4.78220215046446        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12739
+ with longitude and latitude   4.81710873550435        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12740
+ with longitude and latitude   4.85201532054424        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24315
+ with longitude and latitude   4.89207719766279        1.20679184939714     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12743
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12743
+ with longitude and latitude   4.95673507566390        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24316
+ with longitude and latitude   4.91781186092879        1.21430371128190     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12744
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12744
+ with longitude and latitude   4.99164166070378        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24134
+ with longitude and latitude   4.93995873705837        1.20439349666393     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12745
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12745
+ with longitude and latitude   5.02654824574367        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24139
+ with longitude and latitude   5.09059539369163        1.24228410629061     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12746
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12746
+ with longitude and latitude   5.06145483078356        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23957
+ with longitude and latitude   5.11529433361663        1.23031545074930     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12755
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12755
+ with longitude and latitude   5.37561409614254        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23415
+ with longitude and latitude   5.32744123633305        1.21559990785555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12756
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12756
+ with longitude and latitude   5.41052068118242        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23415
+ with longitude and latitude   5.32744123633305        1.21559990785555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12757
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12757
+ with longitude and latitude   5.44542726622231        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23415
+ with longitude and latitude   5.32744123633305        1.21559990785555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12758
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12758
+ with longitude and latitude   5.48033385126219        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12759
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12759
+ with longitude and latitude   5.51524043630208        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23233
+ with longitude and latitude   5.34464934756421        1.20025681844087     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12760
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12760
+ with longitude and latitude   5.55014702134197        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12761
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12761
+ with longitude and latitude   5.58505360638185        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12762
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12762
+ with longitude and latitude   5.61996019142174        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12763
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12763
+ with longitude and latitude   5.65486677646163        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12764
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12764
+ with longitude and latitude   5.68977336150151        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12765
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12765
+ with longitude and latitude   5.72467994654140        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12766
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12766
+ with longitude and latitude   5.75958653158129        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22880
+ with longitude and latitude   5.85240317288108        1.20255719081144     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12767
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12767
+ with longitude and latitude   5.79449311662117        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22880
+ with longitude and latitude   5.85240317288108        1.20255719081144     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12768
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12768
+ with longitude and latitude   5.82939970166106        1.22173047639603     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22880
+ with longitude and latitude   5.85240317288108        1.20255719081144     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12815
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12815
+ with longitude and latitude   1.18682389135614        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25817
+ with longitude and latitude   1.13347901633195        1.23731139031533     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12816
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12816
+ with longitude and latitude   1.22173047639603        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25998
+ with longitude and latitude   1.16539962683620        1.25624691145910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12817
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12817
+ with longitude and latitude   1.25663706143592        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25998
+ with longitude and latitude   1.16539962683620        1.25624691145910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12818
+ with longitude and latitude   1.29154364647580        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26543
+ with longitude and latitude   1.30059875047180        1.27930616426341     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12819
+ with longitude and latitude   1.32645023151569        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26543
+ with longitude and latitude   1.30059875047180        1.27930616426341     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12820
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12820
+ with longitude and latitude   1.36135681655558        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26725
+ with longitude and latitude   1.34904261993592        1.28041177603527     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12821
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12821
+ with longitude and latitude   1.39626340159546        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12822
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12822
+ with longitude and latitude   1.43116998663535        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12823
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12823
+ with longitude and latitude   1.46607657167524        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12824
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12824
+ with longitude and latitude   1.50098315671512        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12825
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12825
+ with longitude and latitude   1.53588974175501        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12826
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12826
+ with longitude and latitude   1.57079632679490        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12827
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12827
+ with longitude and latitude   1.60570291183478        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12828
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12828
+ with longitude and latitude   1.64060949687467        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12829
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12829
+ with longitude and latitude   1.67551608191456        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12830
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12830
+ with longitude and latitude   1.71042266695444        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12831
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12831
+ with longitude and latitude   1.74532925199433        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12832
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12832
+ with longitude and latitude   1.78023583703422        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12833
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12833
+ with longitude and latitude   1.81514242207410        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12834
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12834
+ with longitude and latitude   1.85004900711399        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12835
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12835
+ with longitude and latitude   1.88495559215388        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12836
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12836
+ with longitude and latitude   1.91986217719376        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12837
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12837
+ with longitude and latitude   1.95476876223365        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12838
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12838
+ with longitude and latitude   1.98967534727354        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12839
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12839
+ with longitude and latitude   2.02458193231342        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12840
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12840
+ with longitude and latitude   2.05948851735331        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12841
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12841
+ with longitude and latitude   2.09439510239320        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12842
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12842
+ with longitude and latitude   2.12930168743308        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24607
+ with longitude and latitude   2.15930392213711        1.29325713982346     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12843
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12843
+ with longitude and latitude   2.16420827247297        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24244
+ with longitude and latitude   2.28400349763364        1.27736322254335     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12844
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12844
+ with longitude and latitude   2.19911485751286        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12845
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12845
+ with longitude and latitude   2.23402144255274        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12846
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12846
+ with longitude and latitude   2.26892802759263        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12847
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12847
+ with longitude and latitude   2.30383461263252        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12848
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12848
+ with longitude and latitude   2.33874119767240        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12849
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12849
+ with longitude and latitude   2.37364778271229        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24062
+ with longitude and latitude   2.31962499565697        1.26309352547848     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12850
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12850
+ with longitude and latitude   2.40855436775217        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24063
+ with longitude and latitude   2.36464809173951        1.27228364849645     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12851
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12851
+ with longitude and latitude   2.44346095279206        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23883
+ with longitude and latitude   2.49162526279659        1.27321375412385     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12852
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12852
+ with longitude and latitude   2.47836753783195        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23883
+ with longitude and latitude   2.49162526279659        1.27321375412385     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12853
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12853
+ with longitude and latitude   2.51327412287183        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12854
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12854
+ with longitude and latitude   2.54818070791172        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23702
+ with longitude and latitude   2.56781731420151        1.26378196675296     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12855
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12855
+ with longitude and latitude   2.58308729295161        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23521
+ with longitude and latitude   2.64018229044000        1.25282185668298     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12903
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12903
+ with longitude and latitude   4.25860337486616        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12904
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12904
+ with longitude and latitude   4.29350995990605        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12905
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12905
+ with longitude and latitude   4.32841654494594        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12906
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12906
+ with longitude and latitude   4.36332312998582        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12907
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12907
+ with longitude and latitude   4.39822971502571        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12908
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12908
+ with longitude and latitude   4.43313630006560        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12909
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12909
+ with longitude and latitude   4.46804288510548        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12910
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12910
+ with longitude and latitude   4.50294947014537        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12911
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12911
+ with longitude and latitude   4.53785605518526        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12912
+ with longitude and latitude   4.57276264022514        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12913
+ with longitude and latitude   4.60766922526503        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12914
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12914
+ with longitude and latitude   4.64257581030492        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12915
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12915
+ with longitude and latitude   4.67748239534480        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12916
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12916
+ with longitude and latitude   4.71238898038469        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12917
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12917
+ with longitude and latitude   4.74729556542458        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12918
+ with longitude and latitude   4.78220215046446        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24314
+ with longitude and latitude   4.86725632357031        1.19947288836634     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12919
+ with longitude and latitude   4.81710873550435        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24315
+ with longitude and latitude   4.89207719766279        1.20679184939714     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12920
+ with longitude and latitude   4.85201532054424        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24316
+ with longitude and latitude   4.91781186092879        1.21430371128190     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12921
+ with longitude and latitude   4.88692190558412        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24316
+ with longitude and latitude   4.91781186092879        1.21430371128190     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12922
+ with longitude and latitude   4.92182849062401        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24316
+ with longitude and latitude   4.91781186092879        1.21430371128190     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12923
+ with longitude and latitude   4.95673507566390        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24502
+ with longitude and latitude   5.00390411405061        1.25606427523308     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12924
+ with longitude and latitude   4.99164166070378        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24502
+ with longitude and latitude   5.00390411405061        1.25606427523308     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12925
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12925
+ with longitude and latitude   5.02654824574367        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24502
+ with longitude and latitude   5.00390411405061        1.25606427523308     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12935
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12935
+ with longitude and latitude   5.37561409614254        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23597
+ with longitude and latitude   5.30831961043820        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12936
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12936
+ with longitude and latitude   5.41052068118242        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23597
+ with longitude and latitude   5.30831961043820        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12937
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12937
+ with longitude and latitude   5.44542726622231        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23597
+ with longitude and latitude   5.30831961043820        1.23050798662570     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12938
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12938
+ with longitude and latitude   5.48033385126219        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23415
+ with longitude and latitude   5.32744123633305        1.21559990785555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12939
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12939
+ with longitude and latitude   5.51524043630208        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23415
+ with longitude and latitude   5.32744123633305        1.21559990785555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12940
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12940
+ with longitude and latitude   5.55014702134197        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23415
+ with longitude and latitude   5.32744123633305        1.21559990785555     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12941
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12941
+ with longitude and latitude   5.58505360638185        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12942
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12942
+ with longitude and latitude   5.61996019142174        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12943
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12943
+ with longitude and latitude   5.65486677646163        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12944
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12944
+ with longitude and latitude   5.68977336150151        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12945
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12945
+ with longitude and latitude   5.72467994654140        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22880
+ with longitude and latitude   5.85240317288108        1.20255719081144     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12946
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12946
+ with longitude and latitude   5.75958653158129        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22880
+ with longitude and latitude   5.85240317288108        1.20255719081144     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12947
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12947
+ with longitude and latitude   5.79449311662117        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23063
+ with longitude and latitude   5.89826721860712        1.22214313279583     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12948
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12948
+ with longitude and latitude   5.82939970166106        1.23918376891597     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23063
+ with longitude and latitude   5.89826721860712        1.22214313279583     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12996
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12996
+ with longitude and latitude   1.22173047639603        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25998
+ with longitude and latitude   1.16539962683620        1.25624691145910     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12997
+ with longitude and latitude   1.25663706143592        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26179
+ with longitude and latitude   1.20163585263807        1.27462313297589     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12998
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12998
+ with longitude and latitude   1.29154364647580        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26543
+ with longitude and latitude   1.30059875047180        1.27930616426341     
+  
+ WARNING: Cannot make bilinear interpolation for target point       12999
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        12999
+ with longitude and latitude   1.32645023151569        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26543
+ with longitude and latitude   1.30059875047180        1.27930616426341     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13000
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13000
+ with longitude and latitude   1.36135681655558        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26725
+ with longitude and latitude   1.34904261993592        1.28041177603527     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13001
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13001
+ with longitude and latitude   1.39626340159546        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13002
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13002
+ with longitude and latitude   1.43116998663535        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13003
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13003
+ with longitude and latitude   1.46607657167524        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13004
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13004
+ with longitude and latitude   1.50098315671512        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13005
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13005
+ with longitude and latitude   1.53588974175501        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13006
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13006
+ with longitude and latitude   1.57079632679490        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13007
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13007
+ with longitude and latitude   1.60570291183478        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13008
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13008
+ with longitude and latitude   1.64060949687467        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13009
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13009
+ with longitude and latitude   1.67551608191456        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13010
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13010
+ with longitude and latitude   1.71042266695444        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13011
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13011
+ with longitude and latitude   1.74532925199433        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13012
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13012
+ with longitude and latitude   1.78023583703422        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13013
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13013
+ with longitude and latitude   1.81514242207410        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13014
+ with longitude and latitude   1.85004900711399        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13015
+ with longitude and latitude   1.88495559215388        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13016
+ with longitude and latitude   1.91986217719376        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13017
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13017
+ with longitude and latitude   1.95476876223365        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13018
+ with longitude and latitude   1.98967534727354        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13019
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13019
+ with longitude and latitude   2.02458193231342        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13020
+ with longitude and latitude   2.05948851735331        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13021
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13021
+ with longitude and latitude   2.09439510239320        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13022
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13022
+ with longitude and latitude   2.12930168743308        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24607
+ with longitude and latitude   2.15930392213711        1.29325713982346     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13023
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13023
+ with longitude and latitude   2.16420827247297        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24607
+ with longitude and latitude   2.15930392213711        1.29325713982346     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13024
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13024
+ with longitude and latitude   2.19911485751286        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24244
+ with longitude and latitude   2.28400349763364        1.27736322254335     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13025
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13025
+ with longitude and latitude   2.23402144255274        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24244
+ with longitude and latitude   2.28400349763364        1.27736322254335     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13030
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13030
+ with longitude and latitude   2.40855436775217        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24063
+ with longitude and latitude   2.36464809173951        1.27228364849645     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13031
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13031
+ with longitude and latitude   2.44346095279206        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23883
+ with longitude and latitude   2.49162526279659        1.27321375412385     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13080
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13080
+ with longitude and latitude   4.15388361974650        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24643
+ with longitude and latitude   4.18215751429265        1.24042426807776     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13081
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13081
+ with longitude and latitude   4.18879020478639        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24643
+ with longitude and latitude   4.18215751429265        1.24042426807776     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13082
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13082
+ with longitude and latitude   4.22369678982628        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24643
+ with longitude and latitude   4.18215751429265        1.24042426807776     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13083
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13083
+ with longitude and latitude   4.25860337486616        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24643
+ with longitude and latitude   4.18215751429265        1.24042426807776     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13084
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13084
+ with longitude and latitude   4.29350995990605        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24644
+ with longitude and latitude   4.20644467068942        1.23226992775514     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13085
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13085
+ with longitude and latitude   4.32841654494594        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13086
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13086
+ with longitude and latitude   4.36332312998582        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13087
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13087
+ with longitude and latitude   4.39822971502571        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13088
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13088
+ with longitude and latitude   4.43313630006560        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13089
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13089
+ with longitude and latitude   4.46804288510548        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13090
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13090
+ with longitude and latitude   4.50294947014537        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24645
+ with longitude and latitude   4.22968909799028        1.22431868994493     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13091
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13091
+ with longitude and latitude   4.53785605518526        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13092
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13092
+ with longitude and latitude   4.57276264022514        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13093
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13093
+ with longitude and latitude   4.60766922526503        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13094
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13094
+ with longitude and latitude   4.64257581030492        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13095
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13095
+ with longitude and latitude   4.67748239534480        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13096
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13096
+ with longitude and latitude   4.71238898038469        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13097
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13097
+ with longitude and latitude   4.74729556542458        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13098
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13098
+ with longitude and latitude   4.78220215046446        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13099
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13099
+ with longitude and latitude   4.81710873550435        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13100
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13100
+ with longitude and latitude   4.85201532054424        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13101
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13101
+ with longitude and latitude   4.88692190558412        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13102
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13102
+ with longitude and latitude   4.92182849062401        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24684
+ with longitude and latitude   4.97389815995932        1.26579612867991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13115
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13115
+ with longitude and latitude   5.37561409614254        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13116
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13116
+ with longitude and latitude   5.41052068118242        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13117
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13117
+ with longitude and latitude   5.44542726622231        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13118
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13118
+ with longitude and latitude   5.48033385126219        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13119
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13119
+ with longitude and latitude   5.51524043630208        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13120
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13120
+ with longitude and latitude   5.55014702134197        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13121
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13121
+ with longitude and latitude   5.58505360638185        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13122
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13122
+ with longitude and latitude   5.61996019142174        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13123
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13123
+ with longitude and latitude   5.65486677646163        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        22695
+ with longitude and latitude   5.71967917735974        1.17919354856707     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13124
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13124
+ with longitude and latitude   5.68977336150151        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23063
+ with longitude and latitude   5.89826721860712        1.22214313279583     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13125
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13125
+ with longitude and latitude   5.72467994654140        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23063
+ with longitude and latitude   5.89826721860712        1.22214313279583     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13126
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13126
+ with longitude and latitude   5.75958653158129        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23063
+ with longitude and latitude   5.89826721860712        1.22214313279583     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13127
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13127
+ with longitude and latitude   5.79449311662117        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23428
+ with longitude and latitude   5.94731674943884        1.25980882958406     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13128
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13128
+ with longitude and latitude   5.82939970166106        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23428
+ with longitude and latitude   5.94731674943884        1.25980882958406     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13129
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13129
+ with longitude and latitude   5.86430628670095        1.25663706143592     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23428
+ with longitude and latitude   5.94731674943884        1.25980882958406     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13182
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13182
+ with longitude and latitude   1.43116998663535        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13183
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13183
+ with longitude and latitude   1.46607657167524        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26785
+ with longitude and latitude   1.39626340159546        1.28076611605316     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13184
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13184
+ with longitude and latitude   1.50098315671512        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13185
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13185
+ with longitude and latitude   1.53588974175501        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26604
+ with longitude and latitude   1.44638799794289        1.29554823884411     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13186
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13186
+ with longitude and latitude   1.57079632679490        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13187
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13187
+ with longitude and latitude   1.60570291183478        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13188
+ with longitude and latitude   1.64060949687467        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13189
+ with longitude and latitude   1.67551608191456        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13190
+ with longitude and latitude   1.71042266695444        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13191
+ with longitude and latitude   1.74532925199433        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13192
+ with longitude and latitude   1.78023583703422        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13193
+ with longitude and latitude   1.81514242207410        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13194
+ with longitude and latitude   1.85004900711399        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13195
+ with longitude and latitude   1.88495559215388        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13196
+ with longitude and latitude   1.91986217719376        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13197
+ with longitude and latitude   1.95476876223365        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13198
+ with longitude and latitude   1.98967534727354        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13199
+ with longitude and latitude   2.02458193231342        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13200
+ with longitude and latitude   2.05948851735331        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13201
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13201
+ with longitude and latitude   2.09439510239320        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24788
+ with longitude and latitude   2.07392803426223        1.29344008095624     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13202
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13202
+ with longitude and latitude   2.12930168743308        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24607
+ with longitude and latitude   2.15930392213711        1.29325713982346     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13204
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13204
+ with longitude and latitude   2.19911485751286        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24426
+ with longitude and latitude   2.24486880306487        1.29109286228066     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13260
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13260
+ with longitude and latitude   4.15388361974650        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24821
+ with longitude and latitude   4.10540849160748        1.28377638054112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13261
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13261
+ with longitude and latitude   4.18879020478639        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24821
+ with longitude and latitude   4.10540849160748        1.28377638054112     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13262
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13262
+ with longitude and latitude   4.22369678982628        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25185
+ with longitude and latitude   4.17817114001185        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13263
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13263
+ with longitude and latitude   4.25860337486616        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25185
+ with longitude and latitude   4.17817114001185        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13264
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13264
+ with longitude and latitude   4.29350995990605        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13265
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13265
+ with longitude and latitude   4.32841654494594        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13266
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13266
+ with longitude and latitude   4.36332312998582        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13267
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13267
+ with longitude and latitude   4.39822971502571        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13268
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13268
+ with longitude and latitude   4.43313630006560        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13269
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13269
+ with longitude and latitude   4.46804288510548        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13270
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13270
+ with longitude and latitude   4.50294947014537        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13271
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13271
+ with longitude and latitude   4.53785605518526        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13272
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13272
+ with longitude and latitude   4.57276264022514        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13273
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13273
+ with longitude and latitude   4.60766922526503        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13274
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13274
+ with longitude and latitude   4.64257581030492        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13275
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13275
+ with longitude and latitude   4.67748239534480        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13276
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13276
+ with longitude and latitude   4.71238898038469        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13277
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13277
+ with longitude and latitude   4.74729556542458        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13278
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13278
+ with longitude and latitude   4.78220215046446        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13279
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13279
+ with longitude and latitude   4.81710873550435        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13280
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13280
+ with longitude and latitude   4.85201532054424        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13281
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13281
+ with longitude and latitude   4.88692190558412        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24866
+ with longitude and latitude   4.94193638566708        1.27480891062697     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13295
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13295
+ with longitude and latitude   5.37561409614254        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13296
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13296
+ with longitude and latitude   5.41052068118242        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13297
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13297
+ with longitude and latitude   5.44542726622231        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13298
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13298
+ with longitude and latitude   5.48033385126219        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13299
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13299
+ with longitude and latitude   5.51524043630208        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13300
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13300
+ with longitude and latitude   5.55014702134197        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13301
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13301
+ with longitude and latitude   5.58505360638185        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13302
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13302
+ with longitude and latitude   5.61996019142174        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13303
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13303
+ with longitude and latitude   5.65486677646163        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13304
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13304
+ with longitude and latitude   5.68977336150151        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13305
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13305
+ with longitude and latitude   5.72467994654140        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13306
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13306
+ with longitude and latitude   5.75958653158129        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13307
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13307
+ with longitude and latitude   5.79449311662117        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13308
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13308
+ with longitude and latitude   5.82939970166106        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13309
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13309
+ with longitude and latitude   5.86430628670095        1.27409035395586     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23610
+ with longitude and latitude   5.94676857985727        1.27824482213397     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13365
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13365
+ with longitude and latitude   1.53588974175501        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13366
+ with longitude and latitude   1.57079632679490        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26423
+ with longitude and latitude   1.50424338250776        1.30946625014723     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13367
+ with longitude and latitude   1.60570291183478        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13368
+ with longitude and latitude   1.64060949687467        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13369
+ with longitude and latitude   1.67551608191456        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13370
+ with longitude and latitude   1.71042266695444        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13371
+ with longitude and latitude   1.74532925199433        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13372
+ with longitude and latitude   1.78023583703422        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25880
+ with longitude and latitude   1.72950978062807        1.34378705300404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13373
+ with longitude and latitude   1.81514242207410        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25517
+ with longitude and latitude   1.88772754974719        1.34458144916675     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13374
+ with longitude and latitude   1.85004900711399        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13375
+ with longitude and latitude   1.88495559215388        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13376
+ with longitude and latitude   1.91986217719376        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13377
+ with longitude and latitude   1.95476876223365        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13442
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13442
+ with longitude and latitude   4.22369678982628        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25185
+ with longitude and latitude   4.17817114001185        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13443
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13443
+ with longitude and latitude   4.25860337486616        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13444
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13444
+ with longitude and latitude   4.29350995990605        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13445
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13445
+ with longitude and latitude   4.32841654494594        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13446
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13446
+ with longitude and latitude   4.36332312998582        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13447
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13447
+ with longitude and latitude   4.39822971502571        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13448
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13448
+ with longitude and latitude   4.43313630006560        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13449
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13449
+ with longitude and latitude   4.46804288510548        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13450
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13450
+ with longitude and latitude   4.50294947014537        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13451
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13451
+ with longitude and latitude   4.53785605518526        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13452
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13452
+ with longitude and latitude   4.57276264022514        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13453
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13453
+ with longitude and latitude   4.60766922526503        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26508
+ with longitude and latitude   4.63458648124808        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13454
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13454
+ with longitude and latitude   4.64257581030492        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13455
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13455
+ with longitude and latitude   4.67748239534480        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13456
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13456
+ with longitude and latitude   4.71238898038469        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13457
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13457
+ with longitude and latitude   4.74729556542458        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13458
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13458
+ with longitude and latitude   4.78220215046446        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13459
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13459
+ with longitude and latitude   4.81710873550435        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13460
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13460
+ with longitude and latitude   4.85201532054424        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25231
+ with longitude and latitude   4.89754097035866        1.30007281170123     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13474
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13474
+ with longitude and latitude   5.34070751110265        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24144
+ with longitude and latitude   5.27881132592202        1.27951950650440     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13475
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13475
+ with longitude and latitude   5.37561409614254        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24144
+ with longitude and latitude   5.27881132592202        1.27951950650440     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13476
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13476
+ with longitude and latitude   5.41052068118242        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24144
+ with longitude and latitude   5.27881132592202        1.27951950650440     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13477
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13477
+ with longitude and latitude   5.44542726622231        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13478
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13478
+ with longitude and latitude   5.48033385126219        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13479
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13479
+ with longitude and latitude   5.51524043630208        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13480
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13480
+ with longitude and latitude   5.55014702134197        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13481
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13481
+ with longitude and latitude   5.58505360638185        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23962
+ with longitude and latitude   5.30480861955238        1.26568388763950     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13482
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13482
+ with longitude and latitude   5.61996019142174        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13483
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13483
+ with longitude and latitude   5.65486677646163        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13484
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13484
+ with longitude and latitude   5.68977336150151        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13485
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13485
+ with longitude and latitude   5.72467994654140        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13486
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13486
+ with longitude and latitude   5.75958653158129        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13487
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13487
+ with longitude and latitude   5.79449311662117        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13488
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13488
+ with longitude and latitude   5.82939970166106        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13489
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13489
+ with longitude and latitude   5.86430628670095        1.29154364647580     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13548
+ with longitude and latitude   1.64060949687467        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26242
+ with longitude and latitude   1.57046081654193        1.32230758351147     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13549
+ with longitude and latitude   1.67551608191456        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13550
+ with longitude and latitude   1.71042266695444        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13551
+ with longitude and latitude   1.74532925199433        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26061
+ with longitude and latitude   1.64550006460143        1.33383415659263     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13552
+ with longitude and latitude   1.78023583703422        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25880
+ with longitude and latitude   1.72950978062807        1.34378705300404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13553
+ with longitude and latitude   1.81514242207410        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25517
+ with longitude and latitude   1.88772754974719        1.34458144916675     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13554
+ with longitude and latitude   1.85004900711399        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25335
+ with longitude and latitude   1.94984116937611        1.33618265719586     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13555
+ with longitude and latitude   1.88495559215388        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25335
+ with longitude and latitude   1.94984116937611        1.33618265719586     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13556
+ with longitude and latitude   1.91986217719376        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13557
+ with longitude and latitude   1.95476876223365        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24970
+ with longitude and latitude   2.02478030420656        1.30418332101463     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13624
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13624
+ with longitude and latitude   4.29350995990605        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13625
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13625
+ with longitude and latitude   4.32841654494594        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13626
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13626
+ with longitude and latitude   4.36332312998582        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13627
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13627
+ with longitude and latitude   4.39822971502571        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25367
+ with longitude and latitude   4.21719022521104        1.30696212008375     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13628
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13628
+ with longitude and latitude   4.43313630006560        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26274
+ with longitude and latitude   4.39010067692573        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13629
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13629
+ with longitude and latitude   4.46804288510548        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13630
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13630
+ with longitude and latitude   4.50294947014537        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13631
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13631
+ with longitude and latitude   4.53785605518526        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13632
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13632
+ with longitude and latitude   4.57276264022514        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13633
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13633
+ with longitude and latitude   4.60766922526503        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26508
+ with longitude and latitude   4.63458648124808        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13634
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13634
+ with longitude and latitude   4.64257581030492        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26326
+ with longitude and latitude   4.68561143344478        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13635
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13635
+ with longitude and latitude   4.67748239534480        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26144
+ with longitude and latitude   4.73746235350272        1.35891320543691     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13636
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13636
+ with longitude and latitude   4.71238898038469        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13637
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13637
+ with longitude and latitude   4.74729556542458        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13638
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13638
+ with longitude and latitude   4.78220215046446        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13639
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13639
+ with longitude and latitude   4.81710873550435        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13654
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13654
+ with longitude and latitude   5.34070751110265        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13655
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13655
+ with longitude and latitude   5.37561409614254        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13656
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13656
+ with longitude and latitude   5.41052068118242        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13657
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13657
+ with longitude and latitude   5.44542726622231        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13658
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13658
+ with longitude and latitude   5.48033385126219        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13659
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13659
+ with longitude and latitude   5.51524043630208        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13660
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13660
+ with longitude and latitude   5.55014702134197        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13661
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13661
+ with longitude and latitude   5.58505360638185        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13662
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13662
+ with longitude and latitude   5.61996019142174        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13663
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13663
+ with longitude and latitude   5.65486677646163        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13664
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13664
+ with longitude and latitude   5.68977336150151        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13665
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13665
+ with longitude and latitude   5.72467994654140        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13666
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13666
+ with longitude and latitude   5.75958653158129        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13667
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13667
+ with longitude and latitude   5.79449311662117        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13668
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13668
+ with longitude and latitude   5.82939970166106        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13669
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13669
+ with longitude and latitude   5.86430628670095        1.30899693899575     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13731
+ with longitude and latitude   1.74532925199433        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25880
+ with longitude and latitude   1.72950978062807        1.34378705300404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13732
+ with longitude and latitude   1.78023583703422        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25880
+ with longitude and latitude   1.72950978062807        1.34378705300404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13733
+ with longitude and latitude   1.81514242207410        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25517
+ with longitude and latitude   1.88772754974719        1.34458144916675     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13734
+ with longitude and latitude   1.85004900711399        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25517
+ with longitude and latitude   1.88772754974719        1.34458144916675     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13735
+ with longitude and latitude   1.88495559215388        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25517
+ with longitude and latitude   1.88772754974719        1.34458144916675     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13803
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13803
+ with longitude and latitude   4.25860337486616        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25366
+ with longitude and latitude   4.19263319714775        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13804
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13804
+ with longitude and latitude   4.29350995990605        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25366
+ with longitude and latitude   4.19263319714775        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13805
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13805
+ with longitude and latitude   4.32841654494594        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25728
+ with longitude and latitude   4.23509343645921        1.35006081987404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13806
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13806
+ with longitude and latitude   4.36332312998582        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26274
+ with longitude and latitude   4.39010067692573        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13807
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13807
+ with longitude and latitude   4.39822971502571        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26274
+ with longitude and latitude   4.39010067692573        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13808
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13808
+ with longitude and latitude   4.43313630006560        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26274
+ with longitude and latitude   4.39010067692573        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13809
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13809
+ with longitude and latitude   4.46804288510548        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13810
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13810
+ with longitude and latitude   4.50294947014537        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13811
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13811
+ with longitude and latitude   4.53785605518526        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13812
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13812
+ with longitude and latitude   4.57276264022514        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13813
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13813
+ with longitude and latitude   4.60766922526503        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26508
+ with longitude and latitude   4.63458648124808        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13814
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13814
+ with longitude and latitude   4.64257581030492        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26326
+ with longitude and latitude   4.68561143344478        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13815
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13815
+ with longitude and latitude   4.67748239534480        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26144
+ with longitude and latitude   4.73746235350272        1.35891320543691     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13816
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13816
+ with longitude and latitude   4.71238898038469        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26144
+ with longitude and latitude   4.73746235350272        1.35891320543691     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13817
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13817
+ with longitude and latitude   4.74729556542458        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25962
+ with longitude and latitude   4.78937841711896        1.35498864945006     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13818
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13818
+ with longitude and latitude   4.78220215046446        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13819
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13819
+ with longitude and latitude   4.81710873550435        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25414
+ with longitude and latitude   4.88307891322276        1.31693835049991     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13833
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13833
+ with longitude and latitude   5.30580092606276        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13834
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13834
+ with longitude and latitude   5.34070751110265        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13835
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13835
+ with longitude and latitude   5.37561409614254        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13836
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13836
+ with longitude and latitude   5.41052068118242        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13837
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13837
+ with longitude and latitude   5.44542726622231        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13838
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13838
+ with longitude and latitude   5.48033385126219        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13839
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13839
+ with longitude and latitude   5.51524043630208        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13840
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13840
+ with longitude and latitude   5.55014702134197        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13841
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13841
+ with longitude and latitude   5.58505360638185        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13842
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13842
+ with longitude and latitude   5.61996019142174        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13843
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13843
+ with longitude and latitude   5.65486677646163        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13844
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13844
+ with longitude and latitude   5.68977336150151        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13845
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13845
+ with longitude and latitude   5.72467994654140        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13846
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13846
+ with longitude and latitude   5.75958653158129        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13847
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13847
+ with longitude and latitude   5.79449311662117        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13848
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13848
+ with longitude and latitude   5.82939970166106        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        23792
+ with longitude and latitude   5.94580394320803        1.29649521029913     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13849
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13849
+ with longitude and latitude   5.86430628670095        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24157
+ with longitude and latitude   6.00796033695834        1.33254294017168     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13850
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13850
+ with longitude and latitude   5.89921287174083        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24157
+ with longitude and latitude   6.00796033695834        1.33254294017168     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13851
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13851
+ with longitude and latitude   5.93411945678072        1.32645023151569     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24157
+ with longitude and latitude   6.00796033695834        1.33254294017168     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13984
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13984
+ with longitude and latitude   4.29350995990605        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25728
+ with longitude and latitude   4.23509343645921        1.35006081987404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13985
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13985
+ with longitude and latitude   4.32841654494594        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25728
+ with longitude and latitude   4.23509343645921        1.35006081987404     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13986
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13986
+ with longitude and latitude   4.36332312998582        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26274
+ with longitude and latitude   4.39010067692573        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13987
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13987
+ with longitude and latitude   4.39822971502571        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26274
+ with longitude and latitude   4.39010067692573        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13988
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13988
+ with longitude and latitude   4.43313630006560        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13989
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13989
+ with longitude and latitude   4.46804288510548        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13990
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13990
+ with longitude and latitude   4.50294947014537        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13991
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13991
+ with longitude and latitude   4.53785605518526        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13992
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13992
+ with longitude and latitude   4.57276264022514        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13993
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13993
+ with longitude and latitude   4.60766922526503        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26508
+ with longitude and latitude   4.63458648124808        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13994
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13994
+ with longitude and latitude   4.64257581030492        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26508
+ with longitude and latitude   4.63458648124808        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13995
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13995
+ with longitude and latitude   4.67748239534480        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26326
+ with longitude and latitude   4.68561143344478        1.36185804131318     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13996
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13996
+ with longitude and latitude   4.71238898038469        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26144
+ with longitude and latitude   4.73746235350272        1.35891320543691     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13997
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        13997
+ with longitude and latitude   4.74729556542458        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25962
+ with longitude and latitude   4.78937841711896        1.35498864945006     
+  
+ WARNING: Cannot make bilinear interpolation for target point       13998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14007
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14007
+ with longitude and latitude   5.09636141582344        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25053
+ with longitude and latitude   5.06249714717879        1.32996616470942     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14008
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14008
+ with longitude and latitude   5.13126800086333        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25053
+ with longitude and latitude   5.06249714717879        1.32996616470942     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14009
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14009
+ with longitude and latitude   5.16617458590322        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14010
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14010
+ with longitude and latitude   5.20108117094310        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14011
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14011
+ with longitude and latitude   5.23598775598299        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14012
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14012
+ with longitude and latitude   5.27089434102288        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14013
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14013
+ with longitude and latitude   5.30580092606276        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14014
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14014
+ with longitude and latitude   5.34070751110265        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14015
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14015
+ with longitude and latitude   5.37561409614254        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14016
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14016
+ with longitude and latitude   5.41052068118242        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14017
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14017
+ with longitude and latitude   5.44542726622231        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14018
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14018
+ with longitude and latitude   5.48033385126219        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14019
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14019
+ with longitude and latitude   5.51524043630208        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14020
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14020
+ with longitude and latitude   5.55014702134197        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14021
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14021
+ with longitude and latitude   5.58505360638185        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24509
+ with longitude and latitude   5.26145300442927        1.31328654726347     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14022
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14022
+ with longitude and latitude   5.61996019142174        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14023
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14023
+ with longitude and latitude   5.65486677646163        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14024
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14024
+ with longitude and latitude   5.68977336150151        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14025
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14025
+ with longitude and latitude   5.72467994654140        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14026
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14026
+ with longitude and latitude   5.75958653158129        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14027
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14027
+ with longitude and latitude   5.79449311662117        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14028
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14028
+ with longitude and latitude   5.82939970166106        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14029
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14029
+ with longitude and latitude   5.86430628670095        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14030
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14030
+ with longitude and latitude   5.89921287174083        1.34390352403563     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24339
+ with longitude and latitude   6.00935401537989        1.35033010159246     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14170
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14170
+ with longitude and latitude   4.50294947014537        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26456
+ with longitude and latitude   4.44112562912243        1.36386893649923     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14171
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14171
+ with longitude and latitude   4.53785605518526        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26690
+ with longitude and latitude   4.58511735669789        1.36501251232507     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14184
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14184
+ with longitude and latitude   4.99164166070378        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25417
+ with longitude and latitude   4.96995976058075        1.34742844579248     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14185
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14185
+ with longitude and latitude   5.02654824574367        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25417
+ with longitude and latitude   4.96995976058075        1.34742844579248     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14186
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14186
+ with longitude and latitude   5.06145483078356        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25417
+ with longitude and latitude   4.96995976058075        1.34742844579248     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14187
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14187
+ with longitude and latitude   5.09636141582344        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25235
+ with longitude and latitude   5.01779412122341        1.33915852324201     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14188
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14188
+ with longitude and latitude   5.13126800086333        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25235
+ with longitude and latitude   5.01779412122341        1.33915852324201     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14189
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14189
+ with longitude and latitude   5.16617458590322        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14190
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14190
+ with longitude and latitude   5.20108117094310        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14191
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14191
+ with longitude and latitude   5.23598775598299        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14192
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14192
+ with longitude and latitude   5.27089434102288        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14193
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14193
+ with longitude and latitude   5.30580092606276        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14194
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14194
+ with longitude and latitude   5.34070751110265        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14195
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14195
+ with longitude and latitude   5.37561409614254        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14196
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14196
+ with longitude and latitude   5.41052068118242        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14197
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14197
+ with longitude and latitude   5.44542726622231        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14198
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14198
+ with longitude and latitude   5.48033385126219        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14199
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14199
+ with longitude and latitude   5.51524043630208        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14200
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14200
+ with longitude and latitude   5.55014702134197        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14201
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14201
+ with longitude and latitude   5.58505360638185        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14202
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14202
+ with longitude and latitude   5.61996019142174        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14203
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14203
+ with longitude and latitude   5.65486677646163        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14204
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14204
+ with longitude and latitude   5.68977336150151        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14205
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14205
+ with longitude and latitude   5.72467994654140        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14206
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14206
+ with longitude and latitude   5.75958653158129        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14207
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14207
+ with longitude and latitude   5.79449311662117        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14208
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14208
+ with longitude and latitude   5.82939970166106        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14209
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14209
+ with longitude and latitude   5.86430628670095        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14210
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14210
+ with longitude and latitude   5.89921287174083        1.36135681655558     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24521
+ with longitude and latitude   6.01045264049041        1.36792579280086     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14230
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14230
+ with longitude and latitude  0.314159265358979        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25073
+ with longitude and latitude  0.276372673382990        1.39706904798382     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14231
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14231
+ with longitude and latitude  0.349065850398866        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25073
+ with longitude and latitude  0.276372673382990        1.39706904798382     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14232
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14232
+ with longitude and latitude  0.383972435438752        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25076
+ with longitude and latitude  0.484034650007090        1.37151435108757     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14360
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14360
+ with longitude and latitude   4.85201532054424        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25963
+ with longitude and latitude   4.81134357331560        1.36622103707755     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14361
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14361
+ with longitude and latitude   4.88692190558412        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25781
+ with longitude and latitude   4.86621231677437        1.36099430877801     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14362
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14362
+ with longitude and latitude   4.92182849062401        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25781
+ with longitude and latitude   4.86621231677437        1.36099430877801     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14363
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14363
+ with longitude and latitude   4.95673507566390        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25599
+ with longitude and latitude   4.91928417300275        1.35472134895971     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14364
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14364
+ with longitude and latitude   4.99164166070378        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25599
+ with longitude and latitude   4.91928417300275        1.35472134895971     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14365
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14365
+ with longitude and latitude   5.02654824574367        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25599
+ with longitude and latitude   4.91928417300275        1.35472134895971     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14366
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14366
+ with longitude and latitude   5.06145483078356        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25417
+ with longitude and latitude   4.96995976058075        1.34742844579248     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14367
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14367
+ with longitude and latitude   5.09636141582344        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25417
+ with longitude and latitude   4.96995976058075        1.34742844579248     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14368
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14368
+ with longitude and latitude   5.13126800086333        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25417
+ with longitude and latitude   4.96995976058075        1.34742844579248     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14369
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14369
+ with longitude and latitude   5.16617458590322        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25235
+ with longitude and latitude   5.01779412122341        1.33915852324201     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14370
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14370
+ with longitude and latitude   5.20108117094310        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14371
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14371
+ with longitude and latitude   5.23598775598299        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14372
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14372
+ with longitude and latitude   5.27089434102288        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14373
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14373
+ with longitude and latitude   5.30580092606276        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14374
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14374
+ with longitude and latitude   5.34070751110265        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14375
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14375
+ with longitude and latitude   5.37561409614254        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24691
+ with longitude and latitude   5.22578478502286        1.32576875949639     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14376
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14376
+ with longitude and latitude   5.41052068118242        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14377
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14377
+ with longitude and latitude   5.44542726622231        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14378
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14378
+ with longitude and latitude   5.48033385126219        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14379
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14379
+ with longitude and latitude   5.51524043630208        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14380
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14380
+ with longitude and latitude   5.55014702134197        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14381
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14381
+ with longitude and latitude   5.58505360638185        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14382
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14382
+ with longitude and latitude   5.61996019142174        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14383
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14383
+ with longitude and latitude   5.65486677646163        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14384
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14384
+ with longitude and latitude   5.68977336150151        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14385
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14385
+ with longitude and latitude   5.72467994654140        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14386
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14386
+ with longitude and latitude   5.75958653158129        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14387
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14387
+ with longitude and latitude   5.79449311662117        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14388
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14388
+ with longitude and latitude   5.82939970166106        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14389
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14389
+ with longitude and latitude   5.86430628670095        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14390
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14390
+ with longitude and latitude   5.89921287174083        1.37881010907552     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14535
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14535
+ with longitude and latitude   4.67748239534480        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26693
+ with longitude and latitude   4.60066070906496        1.40135958037773     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14536
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14536
+ with longitude and latitude   4.71238898038469        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26693
+ with longitude and latitude   4.60066070906496        1.40135958037773     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14537
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14537
+ with longitude and latitude   4.74729556542458        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26327
+ with longitude and latitude   4.69924481375945        1.37353683188499     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14538
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14538
+ with longitude and latitude   4.78220215046446        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26145
+ with longitude and latitude   4.75541145052129        1.37039585854755     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14539
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14539
+ with longitude and latitude   4.81710873550435        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26145
+ with longitude and latitude   4.75541145052129        1.37039585854755     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14540
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14540
+ with longitude and latitude   4.85201532054424        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25963
+ with longitude and latitude   4.81134357331560        1.36622103707755     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14541
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14541
+ with longitude and latitude   4.88692190558412        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25963
+ with longitude and latitude   4.81134357331560        1.36622103707755     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14542
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14542
+ with longitude and latitude   4.92182849062401        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25963
+ with longitude and latitude   4.81134357331560        1.36622103707755     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14543
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14543
+ with longitude and latitude   4.95673507566390        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25781
+ with longitude and latitude   4.86621231677437        1.36099430877801     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14544
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14544
+ with longitude and latitude   4.99164166070378        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25781
+ with longitude and latitude   4.86621231677437        1.36099430877801     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14545
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14545
+ with longitude and latitude   5.02654824574367        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25599
+ with longitude and latitude   4.91928417300275        1.35472134895971     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14546
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14546
+ with longitude and latitude   5.06145483078356        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25599
+ with longitude and latitude   4.91928417300275        1.35472134895971     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14547
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14547
+ with longitude and latitude   5.09636141582344        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25599
+ with longitude and latitude   4.91928417300275        1.35472134895971     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14548
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14548
+ with longitude and latitude   5.13126800086333        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14549
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14549
+ with longitude and latitude   5.16617458590322        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14550
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14550
+ with longitude and latitude   5.20108117094310        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14551
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14551
+ with longitude and latitude   5.23598775598299        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14552
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14552
+ with longitude and latitude   5.27089434102288        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14553
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14553
+ with longitude and latitude   5.30580092606276        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14554
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14554
+ with longitude and latitude   5.34070751110265        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14555
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14555
+ with longitude and latitude   5.37561409614254        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14556
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14556
+ with longitude and latitude   5.41052068118242        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14557
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14557
+ with longitude and latitude   5.44542726622231        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14558
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14558
+ with longitude and latitude   5.48033385126219        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14559
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14559
+ with longitude and latitude   5.51524043630208        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14560
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14560
+ with longitude and latitude   5.55014702134197        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14561
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14561
+ with longitude and latitude   5.58505360638185        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14562
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14562
+ with longitude and latitude   5.61996019142174        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14563
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14563
+ with longitude and latitude   5.65486677646163        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14564
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14564
+ with longitude and latitude   5.68977336150151        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14565
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14565
+ with longitude and latitude   5.72467994654140        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14566
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14566
+ with longitude and latitude   5.75958653158129        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14567
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14567
+ with longitude and latitude   5.79449311662117        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14568
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14568
+ with longitude and latitude   5.82939970166106        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14569
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14569
+ with longitude and latitude   5.86430628670095        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14570
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14570
+ with longitude and latitude   5.89921287174083        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14571
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14571
+ with longitude and latitude   5.93411945678072        1.39626340159546     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        24703
+ with longitude and latitude   6.01114671235170        1.38531827086741     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14716
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14716
+ with longitude and latitude   4.71238898038469        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26694
+ with longitude and latitude   4.60745293488462        1.41388218442102     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14717
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14717
+ with longitude and latitude   4.74729556542458        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26694
+ with longitude and latitude   4.60745293488462        1.41388218442102     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14718
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14718
+ with longitude and latitude   4.78220215046446        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26514
+ with longitude and latitude   4.71421627810186        1.43757005791763     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14719
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14719
+ with longitude and latitude   4.81710873550435        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26514
+ with longitude and latitude   4.71421627810186        1.43757005791763     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14720
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14720
+ with longitude and latitude   4.85201532054424        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26514
+ with longitude and latitude   4.71421627810186        1.43757005791763     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14721
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14721
+ with longitude and latitude   4.88692190558412        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14722
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14722
+ with longitude and latitude   4.92182849062401        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14723
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14723
+ with longitude and latitude   4.95673507566390        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14724
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14724
+ with longitude and latitude   4.99164166070378        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14725
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14725
+ with longitude and latitude   5.02654824574367        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26152
+ with longitude and latitude   4.98285389265631        1.45336189195103     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14726
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14726
+ with longitude and latitude   5.06145483078356        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26152
+ with longitude and latitude   4.98285389265631        1.45336189195103     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14727
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14727
+ with longitude and latitude   5.09636141582344        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14728
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14728
+ with longitude and latitude   5.13126800086333        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14729
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14729
+ with longitude and latitude   5.16617458590322        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14730
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14730
+ with longitude and latitude   5.20108117094310        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14731
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14731
+ with longitude and latitude   5.23598775598299        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14732
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14732
+ with longitude and latitude   5.27089434102288        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14733
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14733
+ with longitude and latitude   5.30580092606276        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14734
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14734
+ with longitude and latitude   5.34070751110265        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14735
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14735
+ with longitude and latitude   5.37561409614254        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14736
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14736
+ with longitude and latitude   5.41052068118242        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14737
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14737
+ with longitude and latitude   5.44542726622231        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14738
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14738
+ with longitude and latitude   5.48033385126219        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14739
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14739
+ with longitude and latitude   5.51524043630208        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14740
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14740
+ with longitude and latitude   5.55014702134197        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14741
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14741
+ with longitude and latitude   5.58505360638185        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14742
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14742
+ with longitude and latitude   5.61996019142174        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14743
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14743
+ with longitude and latitude   5.65486677646163        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14744
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14744
+ with longitude and latitude   5.68977336150151        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14745
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14745
+ with longitude and latitude   5.72467994654140        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14746
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14746
+ with longitude and latitude   5.75958653158129        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14747
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14747
+ with longitude and latitude   5.79449311662117        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25249
+ with longitude and latitude   6.00898503184592        1.43610743655895     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14748
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14748
+ with longitude and latitude   5.82939970166106        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25249
+ with longitude and latitude   6.00898503184592        1.43610743655895     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14749
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14749
+ with longitude and latitude   5.86430628670095        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25249
+ with longitude and latitude   6.00898503184592        1.43610743655895     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14750
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14750
+ with longitude and latitude   5.89921287174083        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25249
+ with longitude and latitude   6.00898503184592        1.43610743655895     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14751
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14751
+ with longitude and latitude   5.93411945678072        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25249
+ with longitude and latitude   6.00898503184592        1.43610743655895     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14752
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14752
+ with longitude and latitude   5.96902604182061        1.41371669411541     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25068
+ with longitude and latitude   6.10900081312911        1.41890453266806     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14899
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14899
+ with longitude and latitude   4.81710873550435        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26514
+ with longitude and latitude   4.71421627810186        1.43757005791763     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14900
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14900
+ with longitude and latitude   4.85201532054424        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14901
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14901
+ with longitude and latitude   4.88692190558412        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14902
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14902
+ with longitude and latitude   4.92182849062401        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14903
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14903
+ with longitude and latitude   4.95673507566390        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26333
+ with longitude and latitude   4.83665328676086        1.44672745628672     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14904
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14904
+ with longitude and latitude   4.99164166070378        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26152
+ with longitude and latitude   4.98285389265631        1.45336189195103     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14905
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14905
+ with longitude and latitude   5.02654824574367        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26152
+ with longitude and latitude   4.98285389265631        1.45336189195103     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14906
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14906
+ with longitude and latitude   5.06145483078356        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        26152
+ with longitude and latitude   4.98285389265631        1.45336189195103     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14907
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14907
+ with longitude and latitude   5.09636141582344        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14908
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14908
+ with longitude and latitude   5.13126800086333        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14909
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14909
+ with longitude and latitude   5.16617458590322        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14910
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14910
+ with longitude and latitude   5.20108117094310        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14912
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14912
+ with longitude and latitude   5.27089434102288        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14913
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14913
+ with longitude and latitude   5.30580092606276        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25789
+ with longitude and latitude   5.23854575727597        1.44707042790211     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14918
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14918
+ with longitude and latitude   5.48033385126219        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14919
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14919
+ with longitude and latitude   5.51524043630208        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25608
+ with longitude and latitude   5.40045750915070        1.44452733727114     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14920
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14920
+ with longitude and latitude   5.55014702134197        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14921
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14921
+ with longitude and latitude   5.58505360638185        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14922
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14922
+ with longitude and latitude   5.61996019142174        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25609
+ with longitude and latitude   5.49711598049038        1.45206833758238     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14923
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14923
+ with longitude and latitude   5.65486677646163        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25610
+ with longitude and latitude   5.60638898705648        1.45849268074916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14924
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14924
+ with longitude and latitude   5.68977336150151        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25610
+ with longitude and latitude   5.60638898705648        1.45849268074916     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14925
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14925
+ with longitude and latitude   5.72467994654140        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14926
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14926
+ with longitude and latitude   5.75958653158129        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14927
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14927
+ with longitude and latitude   5.79449311662117        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14928
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14928
+ with longitude and latitude   5.82939970166106        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14929
+ Using non-masked points among 4 nearest neighbors.
+  
+   
+ All 4 surrounding source grid points are masked
+ for target point        14929
+ with longitude and latitude   5.86430628670095        1.43116998663535     
+ Using the nearest non-masked neighbour.
+   
+ Nearest non masked neighbour is source point        25430
+ with longitude and latitude   5.88357954956710        1.45122194807609     
+  
+ WARNING: Cannot make bilinear interpolation for target point       14930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       14980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       15982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       16177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ Leaving routine remap_bilin
+  
+ Entering routine sort_add
+  
+ Leaving routine sort_add
+  
+ Entering routine write_remap 
+  
+ Entering routine write_remap_scrip 
+  
+ Leaving routine write_remap_scrip 
+  
+ Leaving routine write_remap 
+  
+ Entering routine free_grid
+  
+  
+ Leaving routine free_grid
+  
+  
+ Entering routine free_remap_vars
+  
+ Leaving routine free_remap_vars
+  
+ Leaving routine scrip
+ ------ EXIT  (oasis_map_genmap)
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ ------ ENTER (oasis_part_create)
+ -------- ENTER (oasis_mpi_mini0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_mini0)
+ -------- ENTER (oasis_part_zero)
+ -------- EXIT  (oasis_part_zero)
+ (oasis_part_create) create new part            2       16200
+ -------- ENTER (oasis_part_write)
+  
+ (oasis_part_write) partnm = oceanx_part000002
+ (oasis_part_write) npart  =            2
+ (oasis_part_write) mpicom =  -2080374778
+ (oasis_part_write) npes   =           38
+ (oasis_part_write) rank   =            0
+ (oasis_part_write) compid =            1
+ (oasis_part_write) ngseg  =           38
+ (oasis_part_write) gsize  =        16200
+ (oasis_part_write) start  =            1         428         855        1282
+        1709        2136        2563        2990        3417        3844
+        4271        4698        5125        5551        5977        6403
+        6829        7255        7681        8107        8533        8959
+        9385        9811       10237       10663       11089       11515
+       11941       12367       12793       13219       13645       14071
+       14497       14923       15349       15775
+ (oasis_part_write) length =          427         427         427         427
+         427         427         427         427         427         427
+         427         427         426         426         426         426
+         426         426         426         426         426         426
+         426         426         426         426         426         426
+         426         426         426         426         426         426
+         426         426         426         426
+ (oasis_part_write) pe_loc =            0           1           2           3
+           4           5           6           7           8           9
+          10          11          12          13          14          15
+          16          17          18          19          20          21
+          22          23          24          25          26          27
+          28          29          30          31          32          33
+          34          35          36          37
+ (oasis_part_write) pstart =            1         428         855        1282
+        1709        2136        2563        2990        3417        3844
+        4271        4698        5125        5551        5977        6403
+        6829        7255        7681        8107        8533        8959
+        9385        9811       10237       10663       11089       11515
+       11941       12367       12793       13219       13645       14071
+       14497       14923       15349       15775
+ (oasis_part_write) plength=          427         427         427         427
+         427         427         427         427         427         427
+         427         427         426         426         426         426
+         426         426         426         426         426         426
+         426         426         426         426         426         426
+         426         426         426         426         426         426
+         426         426         426         426
+ (oasis_part_write) ppe_loc=            0           1           2           3
+           4           5           6           7           8           9
+          10          11          12          13          14          15
+          16          17          18          19          20          21
+          22          23          24          25          26          27
+          28          29          30          31          32          33
+          34          35          36          37
+  
+ -------- EXIT  (oasis_part_write)
+ ------ EXIT  (oasis_part_create)
+ ------ ENTER (oasis_map_sMatReaddnc_ceg)
+ -------- ENTER (oasis_mpi_commsize)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commsize)
+ (oasis_map_sMatReaddnc_ceg) reading mapping matrix data decomposed...
+ (oasis_map_sMatReaddnc_ceg) * file name                  : 
+ rmp_torc_to_lmdz_BILINEAR.nc
+ (oasis_map_sMatReaddnc_ceg) * matrix dims src x dst      :        27118  x
+       16200
+ (oasis_map_sMatReaddnc_ceg) * number of non-zero elements:        64800
+ -------- ENTER (oasis_mpi_bcasti1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcasti1)
+ (oasis_map_sMatReaddnc_ceg) ... done reading file
+ ------ EXIT  (oasis_map_sMatReaddnc_ceg)
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            2           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            3           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            4           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            5           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            6           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            7           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            8           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            9           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler           10           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler           11           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler           12           2
+  
+ (oasis_coupler_setup) couplers initialized
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           1
+ (oasis_coupler_print)   send fields      O_SSTSST
+ (oasis_coupler_print)   from model                  1
+ (oasis_coupler_print)   to model                    2
+ (oasis_coupler_print)   using router                1
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        1.00000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                1
+ (oasis_coupler_print)   variable ids                1
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    201001
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                2       16200
+ (oasis_coupler_print)   rpartid,nx,ny             180          90
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :torc
+ (oasis_coupler_print)   dst grid        :lmdz
+ (oasis_coupler_print)   use map                     1 
+ rmp_torc_to_lmdz_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitiontorc lmdz
+ (oasis_coupler_print)   from nx,ny              27118         182         149
+ (oasis_coupler_print)   to nx,ny                16200         180          90
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           2
+ (oasis_coupler_print)   recv fields      O_QnsMix
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                7
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                2
+ (oasis_coupler_print)   variable ids                7
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102002
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           3
+ (oasis_coupler_print)   recv fields      O_QnsIce
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                6
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                3
+ (oasis_coupler_print)   variable ids                6
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102003
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           4
+ (oasis_coupler_print)   recv fields      O_QsrIce
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                4
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                4
+ (oasis_coupler_print)   variable ids                4
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102004
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           5
+ (oasis_coupler_print)   recv fields      O_QsrMix
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                5
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                5
+ (oasis_coupler_print)   variable ids                5
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102005
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           6
+ (oasis_coupler_print)   recv fields      O_dQnsdT
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router               12
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                6
+ (oasis_coupler_print)   variable ids               12
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102006
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           7
+ (oasis_coupler_print)   recv fields      O_OTaux1
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                2
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                7
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102007
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           8
+ (oasis_coupler_print)   recv fields      O_OTauy1
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                3
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                8
+ (oasis_coupler_print)   variable ids                3
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102008
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1           9
+ (oasis_coupler_print)   recv fields      OTotRain
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                8
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                9
+ (oasis_coupler_print)   variable ids                8
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102009
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1          10
+ (oasis_coupler_print)   recv fields      OTotSnow
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                9
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id               10
+ (oasis_coupler_print)   variable ids                9
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102010
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1          11
+ (oasis_coupler_print)   recv fields      OTotEvap
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router               10
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id               11
+ (oasis_coupler_print)   variable ids               10
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102011
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           1          12
+ (oasis_coupler_print)   recv fields      OIceEvap
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router               11
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id               12
+ (oasis_coupler_print)   variable ids               11
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102012
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       27118
+ (oasis_coupler_print)   partid, nx,ny             182         149
+ (oasis_coupler_print)   rpartid,size                1       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+  
+ ---- EXIT  (oasis_coupler_setup)
+ (oasis_enddef) done prism_coupler_setup 
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       733.7148       72.9805 (oasis_enddef):coupler_setup
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_advance_init)
+    subname         at         time    time+lag   act: field 
+    diags :     fldname    min      max      sum 
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           1
+ (oasis_advance_init) read restart:           1 O_SSTSST
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           2
+ (oasis_advance_init) read restart:           2 O_QnsMix
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           3
+ (oasis_advance_init) read restart:           2 O_QnsIce
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           4
+ (oasis_advance_init) read restart:           2 O_QsrIce
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           5
+ (oasis_advance_init) read restart:           2 O_QsrMix
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           6
+ (oasis_advance_init) read restart:           2 O_dQnsdT
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           7
+ (oasis_advance_init) read restart:           2 O_OTaux1
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           8
+ (oasis_advance_init) read restart:           2 O_OTauy1
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           9
+ (oasis_advance_init) read restart:           2 OTotRain
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          10
+ (oasis_advance_init) read restart:           2 OTotSnow
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          11
+ (oasis_advance_init) read restart:           2 OTotEvap
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          12
+ (oasis_advance_init) read restart:           2 OIceEvap
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           1
+ (oasis_advance_init) loctrans:           1 O_SSTSST
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           2
+ (oasis_advance_init) loctrans:           2 O_QnsMix
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           3
+ (oasis_advance_init) loctrans:           2 O_QnsIce
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           4
+ (oasis_advance_init) loctrans:           2 O_QsrIce
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           5
+ (oasis_advance_init) loctrans:           2 O_QsrMix
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           6
+ (oasis_advance_init) loctrans:           2 O_dQnsdT
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           7
+ (oasis_advance_init) loctrans:           2 O_OTaux1
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           8
+ (oasis_advance_init) loctrans:           2 O_OTauy1
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           9
+ (oasis_advance_init) loctrans:           2 OTotRain
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          10
+ (oasis_advance_init) loctrans:           2 OTotSnow
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          11
+ (oasis_advance_init) loctrans:           2 OTotEvap
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          12
+ (oasis_advance_init) loctrans:           2 OIceEvap
+ ----------------------------------------------------------------
+ ---- EXIT  (oasis_advance_init)
+ (oasis_enddef) done prism_advance_init 
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       733.7148       72.9961 (oasis_enddef):advance_init
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       733.7148       72.9961 (oasis_enddef):end
+ ---- EXIT  (oasis_mem_print)
+ -- EXIT  (oasis_enddef)
+ -- ENTER oasis_get_freqs
+ oasis_get_freqs Coupling frequency of this field O_QsrMix for coupling 
+           1  is        28800
+ -- EXIT  oasis_get_freqs
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_OTaux1
+ (oasis_advance_run) at            0           0  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_OTauy1
+ (oasis_advance_run) at            0           0  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_QsrIce
+ (oasis_advance_run) at            0           0  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_QsrMix
+ (oasis_advance_run) at            0           0  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_QnsIce
+ (oasis_advance_run) at            0           0  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_QnsMix
+ (oasis_advance_run) at            0           0  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: OTotRain
+ (oasis_advance_run) at            0           0  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: OTotSnow
+ (oasis_advance_run) at            0           0  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: OTotEvap
+ (oasis_advance_run) at            0           0  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: OIceEvap
+ (oasis_advance_run) at            0           0  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: O_dQnsdT
+ (oasis_advance_run) at            0           0  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  PACK: O_SSTSST instant
+ (oasis_advance_run) at            0           0  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.814134224806        303.235330026        6419781.43510    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_OTaux1
+ (oasis_advance_run) at        28800       28800  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_OTauy1
+ (oasis_advance_run) at        28800       28800  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_QsrIce
+ (oasis_advance_run) at        28800       28800  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_QsrMix
+ (oasis_advance_run) at        28800       28800  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_QnsIce
+ (oasis_advance_run) at        28800       28800  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_QnsMix
+ (oasis_advance_run) at        28800       28800  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: OTotRain
+ (oasis_advance_run) at        28800       28800  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: OTotSnow
+ (oasis_advance_run) at        28800       28800  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: OTotEvap
+ (oasis_advance_run) at        28800       28800  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: OIceEvap
+ (oasis_advance_run) at        28800       28800  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: O_dQnsdT
+ (oasis_advance_run) at        28800       28800  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  PACK: O_SSTSST instant
+ (oasis_advance_run) at        28800       28800  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.814253890153        303.217337801        6422453.22309    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_OTaux1
+ (oasis_advance_run) at        57600       57600  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_OTauy1
+ (oasis_advance_run) at        57600       57600  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_QsrIce
+ (oasis_advance_run) at        57600       57600  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_QsrMix
+ (oasis_advance_run) at        57600       57600  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_QnsIce
+ (oasis_advance_run) at        57600       57600  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_QnsMix
+ (oasis_advance_run) at        57600       57600  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: OTotRain
+ (oasis_advance_run) at        57600       57600  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: OTotSnow
+ (oasis_advance_run) at        57600       57600  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: OTotEvap
+ (oasis_advance_run) at        57600       57600  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: OIceEvap
+ (oasis_advance_run) at        57600       57600  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: O_dQnsdT
+ (oasis_advance_run) at        57600       57600  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  PACK: O_SSTSST instant
+ (oasis_advance_run) at        57600       57600  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813770485485        303.199528310        6424978.43628    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_OTaux1
+ (oasis_advance_run) at        86400       86400  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_OTauy1
+ (oasis_advance_run) at        86400       86400  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_QsrIce
+ (oasis_advance_run) at        86400       86400  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_QsrMix
+ (oasis_advance_run) at        86400       86400  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_QnsIce
+ (oasis_advance_run) at        86400       86400  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_QnsMix
+ (oasis_advance_run) at        86400       86400  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: OTotRain
+ (oasis_advance_run) at        86400       86400  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: OTotSnow
+ (oasis_advance_run) at        86400       86400  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: OTotEvap
+ (oasis_advance_run) at        86400       86400  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: OIceEvap
+ (oasis_advance_run) at        86400       86400  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: O_dQnsdT
+ (oasis_advance_run) at        86400       86400  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  PACK: O_SSTSST instant
+ (oasis_advance_run) at        86400       86400  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813755847420        303.182216109        6424309.41464    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_OTaux1
+ (oasis_advance_run) at       115200      115200  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_OTauy1
+ (oasis_advance_run) at       115200      115200  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_QsrIce
+ (oasis_advance_run) at       115200      115200  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_QsrMix
+ (oasis_advance_run) at       115200      115200  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_QnsIce
+ (oasis_advance_run) at       115200      115200  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_QnsMix
+ (oasis_advance_run) at       115200      115200  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: OTotRain
+ (oasis_advance_run) at       115200      115200  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: OTotSnow
+ (oasis_advance_run) at       115200      115200  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: OTotEvap
+ (oasis_advance_run) at       115200      115200  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: OIceEvap
+ (oasis_advance_run) at       115200      115200  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: O_dQnsdT
+ (oasis_advance_run) at       115200      115200  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  PACK: O_SSTSST instant
+ (oasis_advance_run) at       115200      115200  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813769843711        303.167852103        6423987.74798    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_OTaux1
+ (oasis_advance_run) at       144000      144000  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_OTauy1
+ (oasis_advance_run) at       144000      144000  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_QsrIce
+ (oasis_advance_run) at       144000      144000  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_QsrMix
+ (oasis_advance_run) at       144000      144000  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_QnsIce
+ (oasis_advance_run) at       144000      144000  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_QnsMix
+ (oasis_advance_run) at       144000      144000  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: OTotRain
+ (oasis_advance_run) at       144000      144000  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: OTotSnow
+ (oasis_advance_run) at       144000      144000  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: OTotEvap
+ (oasis_advance_run) at       144000      144000  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: OIceEvap
+ (oasis_advance_run) at       144000      144000  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: O_dQnsdT
+ (oasis_advance_run) at       144000      144000  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  PACK: O_SSTSST instant
+ (oasis_advance_run) at       144000      144000  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813768028698        303.150771240        6424263.41547    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_OTaux1
+ (oasis_advance_run) at       172800      172800  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_OTauy1
+ (oasis_advance_run) at       172800      172800  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_QsrIce
+ (oasis_advance_run) at       172800      172800  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_QsrMix
+ (oasis_advance_run) at       172800      172800  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_QnsIce
+ (oasis_advance_run) at       172800      172800  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_QnsMix
+ (oasis_advance_run) at       172800      172800  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: OTotRain
+ (oasis_advance_run) at       172800      172800  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: OTotSnow
+ (oasis_advance_run) at       172800      172800  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: OTotEvap
+ (oasis_advance_run) at       172800      172800  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: OIceEvap
+ (oasis_advance_run) at       172800      172800  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: O_dQnsdT
+ (oasis_advance_run) at       172800      172800  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  PACK: O_SSTSST instant
+ (oasis_advance_run) at       172800      172800  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813762156814        303.135397218        6425179.56410    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_OTaux1
+ (oasis_advance_run) at       201600      201600  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_OTauy1
+ (oasis_advance_run) at       201600      201600  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_QsrIce
+ (oasis_advance_run) at       201600      201600  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_QsrMix
+ (oasis_advance_run) at       201600      201600  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_QnsIce
+ (oasis_advance_run) at       201600      201600  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_QnsMix
+ (oasis_advance_run) at       201600      201600  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: OTotRain
+ (oasis_advance_run) at       201600      201600  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: OTotSnow
+ (oasis_advance_run) at       201600      201600  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: OTotEvap
+ (oasis_advance_run) at       201600      201600  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: OIceEvap
+ (oasis_advance_run) at       201600      201600  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: O_dQnsdT
+ (oasis_advance_run) at       201600      201600  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  PACK: O_SSTSST instant
+ (oasis_advance_run) at       201600      201600  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813757887770        303.119568401        6425419.31284    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_OTaux1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTaux1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_OTaux1
+ (oasis_advance_run) at       230400      230400  KINF: O_OTaux1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_OTauy1
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_OTauy1    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_OTauy1
+ (oasis_advance_run) at       230400      230400  KINF: O_OTauy1           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_QsrIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_QsrIce
+ (oasis_advance_run) at       230400      230400  KINF: O_QsrIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_QsrMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QsrMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_QsrMix
+ (oasis_advance_run) at       230400      230400  KINF: O_QsrMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_QnsIce
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsIce    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_QnsIce
+ (oasis_advance_run) at       230400      230400  KINF: O_QnsIce           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_QnsMix
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_QnsMix    0.00000000000        10.0000000000        165010.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_QnsMix
+ (oasis_advance_run) at       230400      230400  KINF: O_QnsMix           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: OTotRain
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotRain    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: OTotRain
+ (oasis_advance_run) at       230400      230400  KINF: OTotRain           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: OTotSnow
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotSnow    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: OTotSnow
+ (oasis_advance_run) at       230400      230400  KINF: OTotSnow           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: OTotEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OTotEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: OTotEvap
+ (oasis_advance_run) at       230400      230400  KINF: OTotEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: OIceEvap
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         OIceEvap    0.00000000000       0.115740740741E-03    1.90983796296    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: OIceEvap
+ (oasis_advance_run) at       230400      230400  KINF: OIceEvap           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: O_dQnsdT
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_dQnsdT    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: O_dQnsdT
+ (oasis_advance_run) at       230400      230400  KINF: O_dQnsdT           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  PACK: O_SSTSST instant
+ (oasis_advance_run) at       230400      230400  SEND: O_SSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         O_SSTSST   0.813751260461        303.104403723        6425647.64722    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: O_SSTSST           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_OTaux1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_OTauy1           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_QsrIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_QsrMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_QnsIce           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_QnsMix           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: OTotRain           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: OTotSnow           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: OTotEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: OIceEvap           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_dQnsdT           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: O_SSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_terminate)
+(oasis_terminate): Calling MPI_Finalize
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       846.7773      450.1797 (oasis_terminate)
+ ---- EXIT  (oasis_mem_print)
+ (oasis_terminate) SUCCESSFUL RUN
+ -- EXIT  (oasis_terminate)
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/debug.root.02
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/debug.root.02	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/debug.root.02	(revision 15719)
@@ -0,0 +1,43449 @@
+ (oasis_init_comp) OPEN debug file for root pe, unit :        1025
+ (oasis_init_comp) model compid toyatm           2
+ (oasis_unitget)           2        1026
+ -- ENTER (oasis_init_comp)
+ ---- ENTER (oasis_mpi_maxi1)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_maxi1)
+ ---- ENTER (oasis_mem_init)
+(oasis_mem_init) Initset conversion flag is    T
+(oasis_mem_init) 8 MB memory   alloc in MB is             8.00
+(oasis_mem_init) 8 MB memory dealloc in MB is             8.00
+(oasis_mem_init) Memory block size conversion in bytes is          4094.00
+ ---- EXIT  (oasis_mem_init)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       590.0634        8.8277 (oasis_init_comp)
+ ---- EXIT  (oasis_mem_print)
+ -- EXIT  (oasis_init_comp)
+ -- ENTER (oasis_get_localcomm)
+ localcomm : -2080374784
+ -- EXIT  (oasis_get_localcomm)
+ -- ENTER (oasis_def_partition)
+ ---- ENTER (oasis_part_zero)
+ ---- EXIT  (oasis_part_zero)
+ -- EXIT  (oasis_def_partition)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            1
+ (oasis_def_var) varname =            1 ATSSTSST
+ (oasis_def_var) varpart =            1           1
+ (oasis_def_var) varndim =            1           2
+ (oasis_def_var) varnum  =            1           1
+ (oasis_def_var) varops  =            1          21
+ (oasis_def_var) vartype =            1           4
+ (oasis_def_var) varsize =            1       16200
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            2
+ (oasis_def_var) varname =            2 ATSOLFLX
+ (oasis_def_var) varpart =            2           1
+ (oasis_def_var) varndim =            2           2
+ (oasis_def_var) varnum  =            2           1
+ (oasis_def_var) varops  =            2          20
+ (oasis_def_var) vartype =            2           4
+ (oasis_def_var) varsize =            2       16200
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_def_var)
+ ---- ENTER (oasis_var_zero)
+ ---- EXIT  (oasis_var_zero)
+  
+ (oasis_def_var) prism_nvar    =            3
+ (oasis_def_var) varname =            3 ATFLXEMP
+ (oasis_def_var) varpart =            3           1
+ (oasis_def_var) varndim =            3           2
+ (oasis_def_var) varnum  =            3           1
+ (oasis_def_var) varops  =            3          20
+ (oasis_def_var) vartype =            3           4
+ (oasis_def_var) varsize =            3       16200
+  
+ -- EXIT  (oasis_def_var)
+ -- ENTER (oasis_enddef)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       598.7116       14.1650 (oasis_enddef):start
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_mpi_maxi1)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_maxi1)
+ (oasis_enddef) compid         =            2
+ (oasis_enddef) compnm         = toyatm
+ (oasis_enddef) mpi_comm_world =   1140850688
+ (oasis_enddef) mpi_comm_global=  -2080374782
+ (oasis_enddef)     size_global=           39
+ (oasis_enddef)     rank_global=           38
+ (oasis_enddef) mpi_comm_local =  -2080374784
+ (oasis_enddef)     size_local =            1
+ (oasis_enddef)     rank_local =            0
+ (oasis_enddef)     root_local =            0
+ (oasis_enddef) OASIS_debug    =           10
+ (oasis_enddef)   n,prism_model,root =            1 oceanx           0
+ (oasis_enddef)   n,prism_model,root =            2 toyatm          38
+ ---- ENTER (oasis_part_setup)
+ ------ ENTER (oasis_mpi_reducelists)
+ -------- ENTER (oasis_mpi_commrank)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commrank)
+ -------- ENTER (oasis_mpi_commsize)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commsize)
+ -------- ENTER (oasis_mpi_bcasti0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_bcastc1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_mini0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_mini0)
+ ------ EXIT  (oasis_mpi_reducelists)
+ (oasis_part_setup)ig_size =          -1 icpl =           1
+ ------ ENTER (oasis_part_write)
+  
+ (oasis_part_write) partnm = toyatm_part000001
+ (oasis_part_write) npart  =            1
+ (oasis_part_write) mpicom =  -2080374781
+ (oasis_part_write) npes   =            1
+ (oasis_part_write) rank   =            0
+ (oasis_part_write) compid =            2
+ (oasis_part_write) ngseg  =            1
+ (oasis_part_write) gsize  =        16200
+ (oasis_part_write) start  =            1
+ (oasis_part_write) length =        16200
+ (oasis_part_write) pe_loc =            0
+ (oasis_part_write) pstart =            1
+ (oasis_part_write) plength=        16200
+ (oasis_part_write) ppe_loc=            0
+  
+ ------ EXIT  (oasis_part_write)
+ ---- EXIT  (oasis_part_setup)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       598.7116       14.2352 (oasis_enddef):part_setup
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_var_setup)
+ ------ ENTER (oasis_mpi_reducelists)
+ -------- ENTER (oasis_mpi_commrank)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commrank)
+ -------- ENTER (oasis_mpi_commsize)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commsize)
+ -------- ENTER (oasis_mpi_bcasti0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_bcastc1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_mini0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_mini0)
+ ------ EXIT  (oasis_mpi_reducelists)
+ ---- EXIT  (oasis_var_setup)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       598.7116       14.2391 (oasis_enddef):var_setup
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_mpi_barrier)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_barrier)
+ ---- ENTER (oasis_mpi_barrier)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_barrier)
+ ---- ENTER (oasis_write2files)
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ ---- EXIT  (oasis_write2files)
+ ---- ENTER (oasis_mpi_barrier)
+ ------ ENTER (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_chkerr)
+ ---- EXIT  (oasis_mpi_barrier)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       598.7116       14.2509 (oasis_enddef):write2files
+ ---- EXIT  (oasis_mem_print)
+ (oasis_enddef) done mct_world_init 
+ ---- ENTER (oasis_coupler_setup)
+ (oasis_coupler_setup) smatread_method = ceg
+ (oasis_coupler_setup) BCAST from            1           0
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ (oasis_coupler_setup) bcast mynvar           12
+ ------ ENTER (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcastc1)
+ (oasis_coupler_setup) bcast myvar O_SSTSST
+ ------ ENTER (oasis_mpi_bcasti1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti1)
+ (oasis_coupler_setup) bcast myops           20
+ (oasis_coupler_setup) BCAST from            2          38
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ (oasis_coupler_setup) bcast mynvar            3
+ ------ ENTER (oasis_mpi_bcastc1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcastc1)
+ (oasis_coupler_setup) bcast myvar ATSSTSST
+ ------ ENTER (oasis_mpi_bcasti1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti1)
+ (oasis_coupler_setup) bcast myops           21
+ (oasis_coupler_setup) model variable info:
+         model,nvars =      1    12
+                 model,idx,var,ops =      1     1  O_SSTSST    20  prism_out
+                 model,idx,var,ops =      1     2  O_OTaux1    21  prism_in
+                 model,idx,var,ops =      1     3  O_OTauy1    21  prism_in
+                 model,idx,var,ops =      1     4  O_QsrIce    21  prism_in
+                 model,idx,var,ops =      1     5  O_QsrMix    21  prism_in
+                 model,idx,var,ops =      1     6  O_QnsIce    21  prism_in
+                 model,idx,var,ops =      1     7  O_QnsMix    21  prism_in
+                 model,idx,var,ops =      1     8  OTotRain    21  prism_in
+                 model,idx,var,ops =      1     9  OTotSnow    21  prism_in
+                 model,idx,var,ops =      1    10  OTotEvap    21  prism_in
+                 model,idx,var,ops =      1    11  OIceEvap    21  prism_in
+                 model,idx,var,ops =      1    12  O_dQnsdT    21  prism_in
+         model,nvars =      2     3
+                 model,idx,var,ops =      2     1  ATSSTSST    21  prism_in
+                 model,idx,var,ops =      2     2  ATSOLFLX    20  prism_out
+                 model,idx,var,ops =      2     3  ATFLXEMP    20  prism_out
+  
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_string_listGetName)
+ -------- ENTER (oasis_string_listIsValid)
+ -------- EXIT  (oasis_string_listIsValid)
+ -------- ENTER (oasis_string_listGetNum)
+ ---------- ENTER (oasis_string_countChar)
+ ---------- EXIT  (oasis_string_countChar)
+ -------- EXIT  (oasis_string_listGetNum)
+ ------ EXIT  (oasis_string_listGetName)
+ ------ ENTER (oasis_string_listGetNum)
+ -------- ENTER (oasis_string_countChar)
+ -------- EXIT  (oasis_string_countChar)
+ ------ EXIT  (oasis_string_listGetNum)
+ ------ ENTER (oasis_mpi_maxi1)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_maxi1)
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            1           2
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            2           1
+ ------ ENTER (oasis_map_genmap)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc lmdz.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read masks.nc lmdz.msk
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc lmdz.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc lmdz.lat
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc torc.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read masks.nc torc.msk
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc torc.lon
+ -------- EXIT  (oasis_io_read_field_fromroot)
+ -------- ENTER (oasis_io_read_field_fromroot)
+ (oasis_io_read_field_fromroot) read grids.nc torc.lat
+ -------- EXIT  (oasis_io_read_field_fromroot)
+  
+ Entering routine grid_init
+  
+ Using lat/lon boxes to restrict search.
+  
+ Leaving routine grid_init
+  
+  
+ Entering routine scrip
+  Computing remappings between: 
+ lmdz                                                                           
+  
+                           and  
+ torc                                                                           
+  
+  
+ Entering routine init_remap_vars
+  
+ Leaving routine init_remap_vars
+  
+ Entering routine remap_bilin
+  
+ WARNING: Cannot make bilinear interpolation for target point         233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point         979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        1953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        2999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        3999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        4999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        5999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        6999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7302
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7303
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7483
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        7999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8217
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8304
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8305
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8306
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8307
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8308
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8399
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8853
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        8999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9035
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9220
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9221
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9407
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9408
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9481
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9482
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9589
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9663
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9768
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9844
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point        9999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10026
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10207
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10208
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10209
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10212
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10213
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10214
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10315
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10316
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10389
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10390
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10391
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10394
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10395
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10396
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10405
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10406
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10571
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10572
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10576
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10577
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10578
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10581
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10587
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10588
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10753
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10754
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10758
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10759
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10760
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10763
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10764
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10769
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10935
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10939
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10940
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10941
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10942
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10945
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10950
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10951
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       10999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11117
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11121
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11122
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11123
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11124
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11127
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11132
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11296
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11297
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11298
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11299
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11300
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11301
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11309
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11310
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11311
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11312
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11313
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11314
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11342
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11343
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11344
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11345
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11346
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11347
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11348
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11349
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11350
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11351
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11352
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11353
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11354
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11355
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11356
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11375
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11376
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11478
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11479
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11480
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11484
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11485
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11486
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11487
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11488
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11489
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11490
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11491
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11492
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11493
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11494
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11495
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11496
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11523
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11524
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11525
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11526
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11527
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11528
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11529
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11530
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11531
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11532
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11533
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11534
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11535
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11536
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11537
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11538
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11557
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11558
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11660
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11661
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11662
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11664
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11665
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11666
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11667
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11668
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11669
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11670
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11671
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11672
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11673
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11674
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11675
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11676
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11677
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11707
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11708
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11709
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11710
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11711
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11712
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11713
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11714
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11715
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11716
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11717
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11718
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11719
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11720
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11739
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11740
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11842
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11843
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11845
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11846
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11847
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11848
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11849
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11850
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11851
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11852
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11854
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11855
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11856
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11857
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11858
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11859
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11887
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11888
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11889
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11890
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11891
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11892
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11893
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11894
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11895
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11896
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11897
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11898
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11899
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11900
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11901
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11902
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11921
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11922
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       11999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12024
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12025
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12027
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12028
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12029
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12030
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12031
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12032
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12033
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12034
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12036
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12037
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12038
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12039
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12040
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12069
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12070
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12071
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12072
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12073
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12074
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12075
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12076
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12077
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12078
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12079
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12080
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12081
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12082
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12083
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12084
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12085
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12103
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12104
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12206
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12210
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12211
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12215
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12216
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12218
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12219
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12251
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12252
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12253
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12254
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12255
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12256
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12257
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12258
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12259
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12260
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12261
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12262
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12263
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12264
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12265
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12266
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12267
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12285
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12286
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12287
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12288
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12289
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12290
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12291
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12292
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12293
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12294
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12295
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12317
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12318
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12319
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12320
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12321
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12322
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12323
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12324
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12325
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12326
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12327
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12328
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12329
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12330
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12331
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12332
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12333
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12334
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12335
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12336
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12337
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12338
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12339
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12340
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12341
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12357
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12358
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12359
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12360
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12361
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12362
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12363
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12364
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12365
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12366
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12367
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12368
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12369
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12370
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12371
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12372
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12373
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12374
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12377
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12378
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12379
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12380
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12381
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12382
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12383
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12384
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12385
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12386
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12387
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12388
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12392
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12393
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12397
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12398
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12400
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12401
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12402
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12403
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12404
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12409
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12410
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12411
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12412
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12413
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12414
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12415
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12416
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12417
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12418
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12419
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12420
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12421
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12422
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12423
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12424
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12425
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12426
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12427
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12428
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12429
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12430
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12431
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12432
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12433
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12434
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12435
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12436
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12437
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12438
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12439
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12440
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12441
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12442
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12443
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12444
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12445
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12446
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12447
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12448
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12449
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12450
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12451
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12452
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12453
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12454
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12455
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12456
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12457
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12458
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12459
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12460
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12461
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12462
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12463
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12464
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12465
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12466
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12467
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12468
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12469
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12470
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12471
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12472
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12473
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12474
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12475
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12476
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12477
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12497
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12498
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12499
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12500
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12501
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12502
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12503
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12504
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12505
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12506
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12507
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12508
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12509
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12510
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12511
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12512
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12513
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12514
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12515
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12516
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12517
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12518
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12519
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12520
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12521
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12522
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12539
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12540
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12541
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12542
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12543
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12544
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12545
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12546
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12547
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12548
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12549
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12550
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12551
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12552
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12553
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12554
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12555
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12556
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12559
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12560
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12561
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12562
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12563
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12564
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12565
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12566
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12567
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12568
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12569
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12570
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12573
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12574
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12575
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12579
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12580
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12582
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12583
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12584
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12585
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12586
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12590
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12591
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12592
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12593
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12594
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12595
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12596
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12597
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12598
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12599
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12600
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12601
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12602
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12603
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12604
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12605
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12606
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12607
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12608
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12609
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12610
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12611
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12612
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12613
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12614
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12615
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12616
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12617
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12618
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12619
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12620
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12621
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12624
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12625
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12626
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12627
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12628
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12629
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12630
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12631
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12632
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12633
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12634
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12635
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12636
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12637
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12638
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12639
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12640
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12641
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12642
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12643
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12644
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12645
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12646
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12647
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12648
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12649
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12650
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12651
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12652
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12653
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12654
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12655
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12656
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12657
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12658
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12659
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12678
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12679
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12680
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12681
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12682
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12683
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12684
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12685
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12686
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12687
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12688
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12689
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12690
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12691
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12692
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12693
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12694
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12695
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12696
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12697
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12698
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12699
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12700
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12701
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12702
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12703
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12704
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12721
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12722
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12723
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12724
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12725
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12726
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12727
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12728
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12729
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12730
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12731
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12732
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12733
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12734
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12735
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12736
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12737
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12738
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12741
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12742
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12743
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12744
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12745
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12746
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12747
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12748
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12749
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12750
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12751
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12752
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12755
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12756
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12757
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12761
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12762
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12765
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12766
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12767
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12770
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12771
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12772
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12773
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12774
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12775
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12776
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12777
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12778
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12779
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12780
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12781
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12782
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12783
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12784
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12785
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12786
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12787
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12788
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12789
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12790
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12791
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12792
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12793
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12794
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12795
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12796
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12797
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12798
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12799
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12800
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12801
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12802
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12803
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12806
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12807
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12808
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12809
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12810
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12811
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12812
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12813
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12814
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12815
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12816
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12817
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12818
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12819
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12820
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12821
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12822
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12823
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12824
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12825
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12826
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12827
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12828
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12829
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12830
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12831
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12832
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12833
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12834
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12835
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12836
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12837
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12838
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12839
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12840
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12841
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12860
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12861
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12862
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12863
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12864
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12865
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12866
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12867
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12868
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12869
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12870
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12871
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12872
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12873
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12874
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12875
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12876
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12877
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12878
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12879
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12880
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12881
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12882
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12883
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12884
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12885
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12886
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12903
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12904
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12905
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12906
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12907
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12908
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12909
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12910
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12911
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12912
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12913
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12914
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12915
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12916
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12917
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12918
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12919
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12920
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12923
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12924
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12925
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12926
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12927
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12928
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12929
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12930
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12931
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12932
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12933
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12934
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12936
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12937
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12938
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12943
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12944
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12946
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12947
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12948
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12949
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12952
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12953
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12954
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12955
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12956
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12957
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12958
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12959
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12960
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12961
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12962
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12963
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12964
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12965
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12966
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12967
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12968
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12969
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12970
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12971
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12972
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12973
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12974
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12975
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12976
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12977
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12978
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12979
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12980
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12981
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12982
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12983
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12984
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12985
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12986
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12987
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12988
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12989
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12990
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12991
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12992
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12993
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12994
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12995
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12996
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12997
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12998
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       12999
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13000
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13001
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13002
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13003
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13004
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13005
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13006
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13007
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13008
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13009
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13010
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13011
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13012
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13013
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13014
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13015
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13016
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13017
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13018
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13019
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13020
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13021
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13022
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13023
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13041
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13042
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13043
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13044
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13045
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13046
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13047
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13048
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13049
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13050
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13051
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13052
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13053
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13054
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13055
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13056
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13057
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13058
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13059
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13060
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13061
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13062
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13063
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13064
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13065
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13066
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13067
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13068
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13086
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13087
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13088
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13089
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13090
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13091
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13092
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13093
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13094
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13095
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13096
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13097
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13098
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13099
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13100
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13101
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13102
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13105
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13106
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13107
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13108
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13109
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13110
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13111
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13112
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13113
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13114
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13115
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13116
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13118
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13119
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13120
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13125
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13126
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13128
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13129
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13130
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13131
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13133
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13134
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13135
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13136
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13137
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13138
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13139
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13140
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13141
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13142
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13143
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13144
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13145
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13146
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13147
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13148
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13149
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13150
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13151
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13152
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13153
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13154
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13155
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13156
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13157
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13158
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13159
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13160
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13161
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13162
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13163
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13164
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13165
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13166
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13167
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13168
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13169
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13170
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13171
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13172
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13173
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13174
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13175
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13176
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13177
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13178
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13179
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13180
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13181
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13182
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13183
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13184
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13185
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13186
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13187
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13188
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13189
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13190
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13191
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13192
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13193
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13194
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13195
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13196
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13197
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13198
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13199
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13200
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13201
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13202
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13203
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13204
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13205
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13222
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13223
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13224
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13225
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13226
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13227
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13228
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13229
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13230
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13231
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13232
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13233
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13234
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13235
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13236
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13237
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13238
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13239
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13240
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13241
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13242
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13243
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13244
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13245
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13246
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13247
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13248
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13249
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13250
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13268
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13269
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13270
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13271
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13272
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13273
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13274
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13275
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13276
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13277
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13278
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13279
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13280
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13281
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13282
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13283
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       13284
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       26622
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       26623
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       26705
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       26706
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       26804
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ WARNING: Cannot make bilinear interpolation for target point       26805
+ Using non-masked points among 4 nearest neighbors.
+  
+  
+ Leaving routine remap_bilin
+  
+ Entering routine sort_add
+  
+ Leaving routine sort_add
+  
+ Entering routine resize_remap_vars
+  
+ Leaving routine resize_remap_vars
+  
+ Entering routine write_remap 
+  
+ Entering routine write_remap_scrip 
+  
+ Leaving routine write_remap_scrip 
+  
+ Leaving routine write_remap 
+  
+ Entering routine free_grid
+  
+  
+ Leaving routine free_grid
+  
+  
+ Entering routine free_remap_vars
+  
+ Leaving routine free_remap_vars
+  
+ Leaving routine scrip
+ ------ EXIT  (oasis_map_genmap)
+ ------ ENTER (oasis_mpi_bcasti0)
+ -------- ENTER (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_chkerr)
+ ------ EXIT  (oasis_mpi_bcasti0)
+ ------ ENTER (oasis_part_create)
+ -------- ENTER (oasis_mpi_mini0)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_mini0)
+ -------- ENTER (oasis_part_zero)
+ -------- EXIT  (oasis_part_zero)
+ (oasis_part_create) create new part            2       27118
+ -------- ENTER (oasis_part_write)
+  
+ (oasis_part_write) partnm = toyatm_part000002
+ (oasis_part_write) npart  =            2
+ (oasis_part_write) mpicom =  -2080374781
+ (oasis_part_write) npes   =            1
+ (oasis_part_write) rank   =            0
+ (oasis_part_write) compid =            2
+ (oasis_part_write) ngseg  =            1
+ (oasis_part_write) gsize  =        27118
+ (oasis_part_write) start  =            1
+ (oasis_part_write) length =        27118
+ (oasis_part_write) pe_loc =            0
+ (oasis_part_write) pstart =            1
+ (oasis_part_write) plength=        27118
+ (oasis_part_write) ppe_loc=            0
+  
+ -------- EXIT  (oasis_part_write)
+ ------ EXIT  (oasis_part_create)
+ ------ ENTER (oasis_map_sMatReaddnc_ceg)
+ -------- ENTER (oasis_mpi_commsize)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_commsize)
+ (oasis_map_sMatReaddnc_ceg) reading mapping matrix data decomposed...
+ (oasis_map_sMatReaddnc_ceg) * file name                  : 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_map_sMatReaddnc_ceg) * matrix dims src x dst      :        16200  x
+       27118
+ (oasis_map_sMatReaddnc_ceg) * number of non-zero elements:        66004
+ -------- ENTER (oasis_mpi_bcasti1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_bcasti1)
+ (oasis_map_sMatReaddnc_ceg) ... done reading file
+ ------ EXIT  (oasis_map_sMatReaddnc_ceg)
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            3           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            4           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            5           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            6           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            7           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            8           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler            9           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler           10           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler           11           1
+ (oasis_coupler_setup) DEBUG ci:initialize coupler           12           1
+  
+ (oasis_coupler_setup) couplers initialized
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           1
+ (oasis_coupler_print)   recv fields      ATSSTSST
+ (oasis_coupler_print)   from model                  1
+ (oasis_coupler_print)   to model                    2
+ (oasis_coupler_print)   using router                1
+ (oasis_coupler_print)   rcv diagnose      T
+ (oasis_coupler_print)   rcv fld mult        1.00000000000000     
+ (oasis_coupler_print)   rcv fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                1
+ (oasis_coupler_print)   variable ids                1
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    201001
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                1       16200
+ (oasis_coupler_print)   rpartid,nx,ny             180          90
+ (oasis_coupler_print)   maploc           src
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           2
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                2
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        10.0000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                2
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102002
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           3
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                3
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        10.0000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                3
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102003
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           4
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                4
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        10.0000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                4
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102004
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           5
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                5
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        10.0000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                5
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102005
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           6
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                6
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult       0.000000000000000E+000
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                6
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102006
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           7
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                7
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult       0.000000000000000E+000
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                7
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102007
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           8
+ (oasis_coupler_print)   send fields      ATSOLFLX
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                8
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult       0.000000000000000E+000
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                8
+ (oasis_coupler_print)   variable ids                2
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102008
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2           9
+ (oasis_coupler_print)   send fields      ATFLXEMP
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router                9
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        1.00000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id                9
+ (oasis_coupler_print)   variable ids                3
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102009
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2          10
+ (oasis_coupler_print)   send fields      ATFLXEMP
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router               10
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        1.00000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id               10
+ (oasis_coupler_print)   variable ids                3
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102010
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2          11
+ (oasis_coupler_print)   send fields      ATFLXEMP
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router               11
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        1.00000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id               11
+ (oasis_coupler_print)   variable ids                3
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102011
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+ ------ ENTER (oasis_coupler_print)
+  
+ (oasis_coupler_print) model and cplid           2          12
+ (oasis_coupler_print)   send fields      ATFLXEMP
+ (oasis_coupler_print)   from model                  2
+ (oasis_coupler_print)   to model                    1
+ (oasis_coupler_print)   using router               12
+ (oasis_coupler_print)   transform                   1
+ (oasis_coupler_print)   snd diagnose      T
+ (oasis_coupler_print)   snd fld mult        1.00000000000000     
+ (oasis_coupler_print)   snd fld add        0.000000000000000E+000
+ (oasis_coupler_print)   namcouple op                1
+ (oasis_coupler_print)   valid             T
+ (oasis_coupler_print)   namcouple id               12
+ (oasis_coupler_print)   variable ids                3
+ (oasis_coupler_print)   sndrcv flag       T
+ (oasis_coupler_print)   output flag       F
+ (oasis_coupler_print)   input flag        F
+ (oasis_coupler_print)   input file       
+ (oasis_coupler_print)   restart file     rst.nc
+ (oasis_coupler_print)   tag                    102012
+ (oasis_coupler_print)   seq                         1
+ (oasis_coupler_print)   maxtime                259200
+ (oasis_coupler_print)   dt, lag                 28800           0
+ (oasis_coupler_print)   partid, size                1       16200
+ (oasis_coupler_print)   partid, nx,ny             180          90
+ (oasis_coupler_print)   rpartid,size                2       27118
+ (oasis_coupler_print)   rpartid,nx,ny             182         149
+ (oasis_coupler_print)   maploc           src
+ (oasis_coupler_print)   src grid        :lmdz
+ (oasis_coupler_print)   dst grid        :torc
+ (oasis_coupler_print)   use map                     1 
+ rmp_lmdz_to_torc_BILINEAR.nc
+ (oasis_coupler_print)   nwgts                       1           1
+ (oasis_coupler_print)   conserve                    0
+ (oasis_coupler_print)   conserve opt     
+ bfb                                                             
+ (oasis_coupler_print)   location         src
+ (oasis_coupler_print)   opt,optval       bfb src
+ (oasis_coupler_print)   s/d partids                 1           2
+ (oasis_coupler_print)   from/to partitionlmdz torc
+ (oasis_coupler_print)   from nx,ny              16200         180          90
+ (oasis_coupler_print)   to nx,ny                27118         182         149
+ ------ EXIT  (oasis_coupler_print)
+  
+ ---- EXIT  (oasis_coupler_setup)
+ (oasis_enddef) done prism_coupler_setup 
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       612.0332       30.6257 (oasis_enddef):coupler_setup
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_advance_init)
+    subname         at         time    time+lag   act: field 
+    diags :     fldname    min      max      sum 
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           1
+ (oasis_advance_init) read restart:           2 ATSSTSST
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           2
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           3
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           4
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           5
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           6
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           7
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           8
+ (oasis_advance_init) read restart:           1 ATSOLFLX
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           9
+ (oasis_advance_init) read restart:           1 ATFLXEMP
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          10
+ (oasis_advance_init) read restart:           1 ATFLXEMP
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          11
+ (oasis_advance_init) read restart:           1 ATFLXEMP
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          12
+ (oasis_advance_init) read restart:           1 ATFLXEMP
+ (oasis_advance_init) lag prism_mcoupler :           0          12
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           1
+ (oasis_advance_init) loctrans:           2 ATSSTSST
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           2
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           3
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           4
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           5
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           6
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           7
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           8
+ (oasis_advance_init) loctrans:           1 ATSOLFLX
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :           9
+ (oasis_advance_init) loctrans:           1 ATFLXEMP
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          10
+ (oasis_advance_init) loctrans:           1 ATFLXEMP
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          11
+ (oasis_advance_init) loctrans:           1 ATFLXEMP
+ ----------------------------------------------------------------
+ ----------------------------------------------------------------
+ (oasis_advance_init) Field cplid :          12
+ (oasis_advance_init) loctrans:           1 ATFLXEMP
+ ----------------------------------------------------------------
+ ---- EXIT  (oasis_advance_init)
+ (oasis_enddef) done prism_advance_init 
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       612.0332       30.6413 (oasis_enddef):advance_init
+ ---- EXIT  (oasis_mem_print)
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       612.0332       30.6413 (oasis_enddef):end
+ ---- EXIT  (oasis_mem_print)
+ -- EXIT  (oasis_enddef)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ (oasis_advance_run) at            0           0  PACK: ATSOLFLX instant
+ (oasis_advance_run) at            0           0  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  PACK: ATFLXEMP instant
+ (oasis_advance_run) at            0           0  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATFLXEMP           4
+ (oasis_advance_run) at            0           0  PACK: ATFLXEMP instant
+ (oasis_advance_run) at            0           0  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATFLXEMP           4
+ (oasis_advance_run) at            0           0  PACK: ATFLXEMP instant
+ (oasis_advance_run) at            0           0  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATFLXEMP           4
+ (oasis_advance_run) at            0           0  PACK: ATFLXEMP instant
+ (oasis_advance_run) at            0           0  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at            0           0  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at            0           0  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST    11.0565917611        302.593420062        3440514.85726    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at            0           0  UPCK: ATSSTSST
+ (oasis_advance_run) at            0           0  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at         5760        5760  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: ATFLXEMP           0
+ (oasis_advance_run) at         5760        5760  KINF: ATFLXEMP           0
+ (oasis_advance_run) at         5760        5760  KINF: ATFLXEMP           0
+ (oasis_advance_run) at         5760        5760  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at         5760        5760  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        11520       11520  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        11520       11520  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        11520       11520  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        11520       11520  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        11520       11520  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        17280       17280  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        17280       17280  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        17280       17280  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        17280       17280  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        17280       17280  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        23040       23040  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        23040       23040  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        23040       23040  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        23040       23040  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        23040       23040  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        28800       28800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        28800       28800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        28800       28800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        28800       28800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        28800       28800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        28800       28800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        28800       28800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        28800       28800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        28800       28800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        28800       28800  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        28800       28800  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST    11.0754380397        302.579004985        3442184.57896    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        28800       28800  UPCK: ATSSTSST
+ (oasis_advance_run) at        28800       28800  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        34560       34560  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        34560       34560  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        34560       34560  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        34560       34560  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        34560       34560  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        40320       40320  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        40320       40320  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        40320       40320  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        40320       40320  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        40320       40320  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        46080       46080  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        46080       46080  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        46080       46080  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        46080       46080  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        46080       46080  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        51840       51840  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        51840       51840  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        51840       51840  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        51840       51840  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        51840       51840  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        57600       57600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        57600       57600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        57600       57600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        57600       57600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        57600       57600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        57600       57600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        57600       57600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        57600       57600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        57600       57600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        57600       57600  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        57600       57600  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813780536398        302.564920779        3435594.21551    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        57600       57600  UPCK: ATSSTSST
+ (oasis_advance_run) at        57600       57600  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        63360       63360  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        63360       63360  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        63360       63360  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        63360       63360  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        63360       63360  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        69120       69120  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        69120       69120  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        69120       69120  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        69120       69120  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        69120       69120  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        74880       74880  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        74880       74880  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        74880       74880  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        74880       74880  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        74880       74880  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        80640       80640  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        80640       80640  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        80640       80640  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        80640       80640  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        80640       80640  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at        86400       86400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at        86400       86400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        86400       86400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        86400       86400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        86400       86400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        86400       86400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        86400       86400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATFLXEMP           4
+ (oasis_advance_run) at        86400       86400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at        86400       86400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at        86400       86400  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        86400       86400  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813766859171        302.550672659        3421101.64185    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at        86400       86400  UPCK: ATSSTSST
+ (oasis_advance_run) at        86400       86400  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        92160       92160  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        92160       92160  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        92160       92160  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        92160       92160  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        92160       92160  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at        97920       97920  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        97920       97920  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        97920       97920  KINF: ATFLXEMP           0
+ (oasis_advance_run) at        97920       97920  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at        97920       97920  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       103680      103680  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       103680      103680  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       103680      103680  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       103680      103680  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       103680      103680  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       109440      109440  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       109440      109440  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       109440      109440  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       109440      109440  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       109440      109440  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       115200      115200  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       115200      115200  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       115200      115200  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       115200      115200  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       115200      115200  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       115200      115200  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       115200      115200  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       115200      115200  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       115200      115200  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       115200      115200  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       115200      115200  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813775548056        302.536939682        3414466.77255    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       115200      115200  UPCK: ATSSTSST
+ (oasis_advance_run) at       115200      115200  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       120960      120960  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       120960      120960  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       120960      120960  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       120960      120960  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       120960      120960  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       126720      126720  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       126720      126720  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       126720      126720  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       126720      126720  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       126720      126720  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       132480      132480  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       132480      132480  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       132480      132480  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       132480      132480  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       132480      132480  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       138240      138240  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       138240      138240  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       138240      138240  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       138240      138240  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       138240      138240  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       144000      144000  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       144000      144000  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       144000      144000  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       144000      144000  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       144000      144000  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       144000      144000  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       144000      144000  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       144000      144000  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       144000      144000  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       144000      144000  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       144000      144000  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813771498493        302.523827656        3406238.57876    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       144000      144000  UPCK: ATSSTSST
+ (oasis_advance_run) at       144000      144000  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       149760      149760  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       149760      149760  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       149760      149760  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       149760      149760  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       149760      149760  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       155520      155520  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       155520      155520  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       155520      155520  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       155520      155520  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       155520      155520  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       161280      161280  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       161280      161280  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       161280      161280  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       161280      161280  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       161280      161280  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       167040      167040  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       167040      167040  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       167040      167040  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       167040      167040  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       167040      167040  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       172800      172800  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       172800      172800  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       172800      172800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       172800      172800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       172800      172800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       172800      172800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       172800      172800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       172800      172800  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       172800      172800  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       172800      172800  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       172800      172800  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813768028722        302.511465728        3402441.13095    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       172800      172800  UPCK: ATSSTSST
+ (oasis_advance_run) at       172800      172800  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       178560      178560  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       178560      178560  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       178560      178560  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       178560      178560  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       178560      178560  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       184320      184320  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       184320      184320  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       184320      184320  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       184320      184320  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       184320      184320  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       190080      190080  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       190080      190080  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       190080      190080  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       190080      190080  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       190080      190080  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       195840      195840  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       195840      195840  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       195840      195840  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       195840      195840  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       195840      195840  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       201600      201600  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       201600      201600  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       201600      201600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       201600      201600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       201600      201600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       201600      201600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       201600      201600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       201600      201600  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       201600      201600  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       201600      201600  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       201600      201600  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813762745634        302.499748114        3400804.06274    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       201600      201600  UPCK: ATSSTSST
+ (oasis_advance_run) at       201600      201600  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       207360      207360  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       207360      207360  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       207360      207360  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       207360      207360  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       207360      207360  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       213120      213120  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       213120      213120  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       213120      213120  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       213120      213120  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       213120      213120  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       218880      218880  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       218880      218880  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       218880      218880  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       218880      218880  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       218880      218880  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       224640      224640  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       224640      224640  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       224640      224640  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       224640      224640  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       224640      224640  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    10.0000000000        10.0000000000        162000.000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ (oasis_advance_run) at       230400      230400  PACK: ATSOLFLX instant
+ (oasis_advance_run) at       230400      230400  SEND: ATSOLFLX
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSOLFLX    0.00000000000        0.00000000000        0.00000000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATSOLFLX           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       230400      230400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       230400      230400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       230400      230400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       230400      230400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       230400      230400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATFLXEMP           4
+ (oasis_advance_run) at       230400      230400  PACK: ATFLXEMP instant
+ (oasis_advance_run) at       230400      230400  SEND: ATFLXEMP
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATFLXEMP   0.115740740741E-03   0.115740740741E-03    1.87500000000    
+ ------ EXIT  (oasis_advance_avdiag)
+ ------ ENTER (oasis_advance_map)
+ ------ EXIT  (oasis_advance_map)
+ (oasis_advance_run) at       230400      230400  KINF: ATFLXEMP           4
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       230400      230400  RECV: ATSSTSST
+ ------ ENTER (oasis_advance_avdiag)
+ -------- ENTER (oasis_mpi_sumr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_sumr1)
+ -------- ENTER (oasis_mpi_minr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_minr1)
+ -------- ENTER (oasis_mpi_maxr1)
+ ---------- ENTER (oasis_mpi_chkerr)
+ ---------- EXIT  (oasis_mpi_chkerr)
+ -------- EXIT  (oasis_mpi_maxr1)
+   diags:         ATSSTSST   0.813760160904        302.488569926        3396464.02512    
+ ------ EXIT  (oasis_advance_avdiag)
+ (oasis_advance_run) at       230400      230400  UPCK: ATSSTSST
+ (oasis_advance_run) at       230400      230400  KINF: ATSSTSST           3
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       236160      236160  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       236160      236160  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       236160      236160  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       236160      236160  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       236160      236160  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       241920      241920  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       241920      241920  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       241920      241920  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       241920      241920  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       241920      241920  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       247680      247680  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       247680      247680  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       247680      247680  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       247680      247680  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       247680      247680  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ (oasis_advance_run) at       253440      253440  KINF: ATSOLFLX           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_put_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       253440      253440  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       253440      253440  KINF: ATFLXEMP           0
+ (oasis_advance_run) at       253440      253440  KINF: ATFLXEMP           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_put_r28)
+ -- ENTER (oasis_get_r28)
+ ---- ENTER (oasis_advance_run)
+ (oasis_advance_run) at       253440      253440  KINF: ATSSTSST           0
+ ---- EXIT  (oasis_advance_run)
+ -- EXIT  (oasis_get_r28)
+ -- ENTER (oasis_terminate)
+(oasis_terminate): Calling MPI_Finalize
+ ---- ENTER (oasis_mem_print)
+ ------ ENTER (oasis_mem_getusage)
+ ------ EXIT  (oasis_mem_getusage)
+(oasis_mem_print) memory use (MB) =       207.5002       31.1528 (oasis_terminate)
+ ---- EXIT  (oasis_mem_print)
+ (oasis_terminate) SUCCESSFUL RUN
+ -- EXIT  (oasis_terminate)
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,479 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             ORCA2 - ICE - PISCES configuration                     !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  "ORCA2"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =    45   !  last  time step (std 5475)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   rn_rdt      = 5760.     !  time step for the dynamics and tracer
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .true.    !  (=T) read the domain configuration file
+      cn_domcfg = "ORCA_R2_zps_domcfg"    ! domain configuration filename
+      !
+      ln_closea    = .false.    !  F => suppress closed seas (defined by closea_mask field) 
+      !                         !       from the bathymetry at runtime.
+/
+!-----------------------------------------------------------------------
+&namtsd        !    Temperature & Salinity Data  (init/dmp)             (default: OFF)
+!-----------------------------------------------------------------------
+   !                       ! =T  read T-S fields for:
+   ln_tsd_init = .true.          !  ocean initialisation
+   ln_tsd_dmp  = .true.          !  T-S restoring   (see namtra_dmp)
+
+   cn_dir = './'     !  root directory for the T-S data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_tem = 'data_1m_potential_temperature_nomask',     -1      ,'votemper',   .true.    , .true. , 'yearly'  ,    ''    ,    ''    ,    ''
+   sn_sal = 'data_1m_salinity_nomask'             ,     -1      ,'vosaline',   .true.    , .true. , 'yearly'  ,    ''    ,    ''    ,    ''
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 3         !  frequency of SBC module call
+                           !     (also = the frequency of sea-ice & iceberg model call)
+                     ! Type of air-sea fluxes 
+   ln_blk      = .false.    !  Bulk formulation                          (T => fill namsbc_blk )
+   ln_cpl      = .true.   !  atmosphere coupled   formulation          ( requires key_oasis3 )
+   ln_mixcpl   = .false.    !  forced-coupled mixed formulation          ( requires key_oasis3 )
+                     ! Sea-ice :
+   nn_ice      = 2         !  =2 or 3 automatically for SI3 or CICE    ("key_si3" or "key_cice")
+                           !          except in AGRIF zoom where it has to be specified
+                     ! Misc. options of sbc : 
+   ln_traqsr   = .true.    !  Light penetration in the ocean            (T => fill namtra_qsr)
+   ln_ssr      = .true.    !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+   ln_rnf      = .true.    !  runoffs                                   (T => fill namsbc_rnf)
+   nn_fwb      = 2         !  FreshWater Budget: 
+   !                       !    =2 annual global mean of e-p-r set to zero
+   ln_wave     = .false.   !  Activate coupling with wave  (T => fill namsbc_wave)
+   ln_cdgw     = .false.   !  Neutral drag coefficient read from wave model (T => ln_wave=.true. & fill namsbc_wave)
+   ln_sdw      = .false.   !  Read 2D Surf Stokes Drift & Computation of 3D stokes drift (T => ln_wave=.true. & fill namsbc_wave) 
+   nn_sdrift   =  0        !  Parameterization for the calculation of 3D-Stokes drift from the surface Stokes drift
+      !                    !   = 0 Breivik 2015 parameterization: v_z=v_0*[exp(2*k*z)/(1-8*k*z)]
+      !                    !   = 1 Phillips:                      v_z=v_o*[exp(2*k*z)-beta*sqrt(-2*k*pi*z)*erfc(sqrt(-2*k*z))]
+      !                    !   = 2 Phillips as (1) but using the wave frequency from a wave model
+   ln_tauwoc   = .false.   !  Activate ocean stress modified by external wave induced stress (T => ln_wave=.true. & fill namsbc_wave)
+   ln_tauw     = .false.   !  Activate ocean stress components from wave model
+   ln_stcor    = .false.   !  Activate Stokes Coriolis term (T => ln_wave=.true. & ln_sdw=.true. & fill namsbc_wave)
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula                     (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR    = .true.     ! "NCAR"      algorithm   (Large and Yeager 2008)
+
+   cn_dir = './'  !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !          weights filename            ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'u_10.15JUNE2009_fill'       ,    6         , 'U_10_MOD',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bicubic_noc.nc'  , 'Uwnd'   , ''
+   sn_wndj     = 'v_10.15JUNE2009_fill'       ,    6         , 'V_10_MOD',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bicubic_noc.nc'  , 'Vwnd'   , ''
+   sn_qsr      = 'ncar_rad.15JUNE2009_fill'   ,   24         , 'SWDN_MOD',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_qlw      = 'ncar_rad.15JUNE2009_fill'   ,   24         , 'LWDN_MOD',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_tair     = 't_10.15JUNE2009_fill'       ,    6         , 'T_10_MOD',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_humi     = 'q_10.15JUNE2009_fill'       ,    6         , 'Q_10_MOD',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_prec     = 'ncar_precip.15JUNE2009_fill',   -1         , 'PRC_MOD1',   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_snow     = 'ncar_precip.15JUNE2009_fill',   -1         , 'SNOW'    ,   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_slp      = 'slp.15JUNE2009_fill'        ,    6         , 'SLP'     ,   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+   sn_tdif     = 'taudif_core'                ,   24         , 'taudif'  ,   .false.   , .true. , 'yearly'  , 'weights_core_orca2_bilinear_noc.nc' , ''       , ''
+/
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+   nn_cplmodel   =     1   !  Maximum number of models to/from which NEMO is potentially sending/receiving data
+   ln_usecplmask = .false. !  use a coupling mask file to merge data received from several models
+   !                       !   -> file cplmask.nc with the float variable called cplmask (jpi,jpj,nn_cplmodel)
+   nn_cats_cpl   =     5   !  Number of sea ice categories over which coupling is to be carried out (if not 1)
+
+   !_____________!__________________________!____________!_____________!______________________!________!
+   !             !        description       !  multiple  !    vector   !       vector         ! vector !
+   !             !                          ! categories !  reference  !     orientation      ! grids  !
+!***   send    ***
+   sn_snd_temp   =   'weighted oce and ice' ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_ttilyr =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_alb    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_thick  =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_ifrac  =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_crt    =   'none'                 ,    'no'    , 'spherical' , 'eastward-northward' ,  'T'
+   sn_snd_co2    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_cond   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_mpnd   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_sstfrz =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_crtw   =   'none'                 ,    'no'    ,     ''      ,         ''           , 'U,V'
+   sn_snd_wlev   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_snd_thick1 =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+!***  receive  ***
+   sn_rcv_w10m   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_taumod =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_tau    =   'oce only'             ,    'no'    , 'spherical' , 'eastward-northward' ,  'T'
+   sn_rcv_dqnsdt =   'coupled'              ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_qsr    =   'conservative'         ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_qns    =   'conservative'         ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_emp    =   'conservative'         ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_rnf    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_cal    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_icb    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_isf    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_iceflx =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_co2    =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_hsig   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_phioc  =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_sdrfx  =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_sdrfy  =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_wper   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_wnum   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_wfreq  =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_tauwoc =   'none'                 ,    'no'    ,     ''      ,         ''          ,   ''
+   sn_rcv_tauw   =   'none'                 ,    'no'    ,     ''      ,         ''          ,   ''
+   sn_rcv_wdrag  =   'none'                 ,    'no'    ,     ''      ,         ''          ,   ''
+   sn_rcv_ts_ice =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+   sn_rcv_mslp   =   'none'                 ,    'no'    ,     ''      ,         ''           ,   ''
+!-----------------------------------------------------------------------
+&namtra_qsr    !   penetrative solar radiation                          (ln_traqsr =T)
+!-----------------------------------------------------------------------
+   !                       ! type of penetration                        (default: NO selection)
+   ln_qsr_rgb  = .true.       !  RGB light penetration (Red-Green-Blue)
+   !
+   nn_chldta   =      1       !  RGB : Chl data (=1) or cst value (=0)
+
+   cn_dir = './'  !  root directory for the chlorophyl data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_chl      ='chlorophyll'            ,        -1         , 'CHLA'    ,   .true.    , .true. , 'yearly'  , ''               , ''       , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_ssr    !   surface boundary condition : sea surface restoring   (ln_ssr =T)
+!-----------------------------------------------------------------------
+   nn_sssr     =     2     !  add a damping term to the surface freshwater flux
+      rn_deds     =  -166.67  !  magnitude of the damping on salinity   [mm/day]
+      ln_sssr_bnd =  .true.   !  flag to bound erp term (associated with nn_sssr=2)
+      rn_sssr_bnd =   4.e0    !  ABS(Max/Min) value of the damping erp term [mm/day]
+/
+!-----------------------------------------------------------------------
+&namsbc_rnf    !   runoffs                                              (ln_rnf =T)
+!-----------------------------------------------------------------------
+   ln_rnf_mouth = .true.    !  specific treatment at rivers mouths
+      rn_hrnf     =  15.e0    !  depth over which enhanced vertical mixing is used    (ln_rnf_mouth=T)
+      rn_avt_rnf  =   1.e-3   !  value of the additional vertical mixing coef. [m2/s] (ln_rnf_mouth=T)
+   rn_rfact    =   1.e0    !  multiplicative factor for runoff
+
+   cn_dir = './'  !  root directory for the location of the runoff files
+   !___________!_____________!___________________!___________!_____________!_________!___________!__________!__________!_______________!
+   !           !  file name  ! frequency (hours) ! variable  ! time interp. !  clim  ! 'yearly'/ ! weights  ! rotation ! land/sea mask !
+   !           !             !  (if <0  months)  !   name    !   (logical)  !  (T/F) ! 'monthly' ! filename ! pairing  ! filename      !
+   sn_rnf      = 'runoff_core_monthly',    -1    , 'sorunoff',   .true.     , .true. , 'yearly'  , ''       , ''       , ''
+   sn_cnf      = 'runoff_core_monthly',     0    , 'socoefr0',   .false.    , .true. , 'yearly'  , ''       , ''       , ''
+   sn_s_rnf    = 'runoffs'            ,    24    , 'rosaline',   .true.     , .true. , 'yearly'  , ''       , ''       , ''
+   sn_t_rnf    = 'runoffs'            ,    24    , 'rotemper',   .true.     , .true. , 'yearly'  , ''       , ''       , ''
+   sn_dep_rnf  = 'runoffs'            ,     0    , 'rodepth' ,   .false.    , .true. , 'yearly'  , ''       , ''       , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_wave   ! External fields from wave model                        (ln_wave=T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namberg       !   iceberg parameters                                   (default: OFF)
+!-----------------------------------------------------------------------
+   ln_icebergs = .true.    ! activate iceberg floats (force =F with "key_agrif")
+
+   cn_dir = './'  !  root directory for the location of drag coefficient files
+   !______!___________!___________________!______________!______________!_________!___________!__________!__________!_______________!
+   !      ! file name ! frequency (hours) !   variable   ! time interp. !  clim   ! 'yearly'/ ! weights  ! rotation ! land/sea mask !
+   !      !           !  (if <0  months)  !     name     !   (logical)  !  (T/F ) ! 'monthly' ! filename ! pairing  ! filename      !
+   sn_icb =  'calving',       -1          , 'calving'    ,   .true.     , .true.  , 'yearly'  , ''       , ''       , ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    2.     !  no slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+   ln_spc_dyn    = .true.  !  use 0 as special value for dynamics
+   rn_sponge_tra = 2880.   !  coefficient for tracer   sponge layer [m2/s]
+   rn_sponge_dyn = 2880.   !  coefficient for dynamics sponge layer [m2/s]
+   ln_chk_bathy  = .false. !  =T  check the parent bathymetry
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_lin = .true.         !     linear  drag: Cd = Cd0 Uc0
+/
+!-----------------------------------------------------------------------
+&nambbc        !   bottom temperature boundary condition                (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbc   = .true.    !  Apply a geothermal heating at the ocean bottom
+      nn_geoflx   =    2      !  geothermal heat flux: = 2 read variable flux [mW/m2]
+
+   cn_dir = './'  !  root directory for the geothermal data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_qgh      ='geothermal_heating.nc'  ,       -12.        , 'heatflow',   .false.   , .true. , 'yearly'  ,   ''             ,   ''     ,   ''
+/
+!-----------------------------------------------------------------------
+&nambbl        !   bottom boundary layer scheme                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbl   = .true.    !  Bottom Boundary Layer parameterisation flag
+      nn_bbl_ldf  =  1        !  diffusive bbl (=1)   or not (=0)
+      nn_bbl_adv  =  0        !  advective bbl (=1/2) or not (=0)
+      rn_ahtbbl   =  1000.    !  lateral mixing coefficient in the bbl  [m2/s]
+      rn_gambbl   =  10.      !  advective bbl coefficient                 [s]
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.          !  = Use EOS80
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct = .true.     !  FCT scheme
+      nn_fct_h   =  2               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_lap   = .true.    !    laplacian operator
+   ln_traldf_iso   = .true.    !  iso-neutral (Standard operator)
+   ln_traldf_msc   = .true.    !  Method of Stabilizing Correction      (both operators)
+   !                       !  Coefficients:
+   nn_aht_ijk_t    = 20        !  space/time variation of eddy coef
+      !                             !   = 20     aht = 1/2  Ud. max(e1,e2)
+      rn_Ud        = 0.018          !  lateral diffusive velocity [m/s] (nn_aht_ijk_t= 0, 10, 20, 30)
+      rn_Ld        = 200.e+3        !  lateral diffusive length   [m]   (nn_aht_ijk_t= 0, 10)
+/
+!-----------------------------------------------------------------------
+&namtra_mle    !   mixed layer eddy parametrisation (Fox-Kemper)        (default: OFF)
+!-----------------------------------------------------------------------
+   ln_mle      = .true.   ! (T) use the Mixed Layer Eddy (MLE) parameterisation
+/
+!-----------------------------------------------------------------------
+&namtra_eiv    !   eddy induced velocity param.                         (default: OFF)
+!-----------------------------------------------------------------------
+   ln_ldfeiv   = .true.    ! use eddy induced velocity parameterization
+      !                        !  Coefficients:
+      nn_aei_ijk_t  = 21          ! space/time variation of the eiv coeficient
+      !                                !   = 21 F(i,j,t)  =Treguier et al. JPO 1997 formulation
+      !                           !  time invariant coefficients:  aei0 = 1/2  Ue*Le 
+      rn_Ue        = 0.03              !  lateral diffusive velocity [m/s] (nn_aht_ijk_t= 0, 10, 20, 30)
+      rn_Le        = 200.e+3           !  lateral diffusive length   [m]   (nn_aht_ijk_t= 0, 10)
+      !
+      ln_ldfeiv_dia =.true.   ! diagnose eiv stream function and velocities
+/
+!-----------------------------------------------------------------------
+&namtra_dmp    !   tracer: T & S newtonian damping                      (default: OFF)
+!-----------------------------------------------------------------------
+   ln_tradmp   =  .true.   !  add a damping term (using resto.nc coef.)
+      nn_zdmp  =    0         !  vertical shape =0    damping throughout the water column
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form - 2nd centered scheme
+     nn_dynkeg     = 0        ! grad(KE) scheme: =0   C2  ;  =1   Hollingsworth correction
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_een = .true.  !  energy & enstrophy scheme
+      nn_een_e3f = 0          ! =0   e3f = mean masked e3t divided by 4
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_lev =  .true.     !  iso-level
+   nn_ahm_ijk_t  = -30         !  =-30  3D coeff. read in eddy_diffusivity_3D.nc
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdftke   = .true.       !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfevd   = .true.       !  Enhanced Vertical Diffusion scheme
+      nn_evdm  =    0            !  evd apply on tracer (=0) or on tracer and momentum (=1)
+      rn_evd   =  100.           !  evd mixing coefficient [m2/s]
+   ln_zdfddm   = .true.    ! double diffusive mixing
+      rn_avts  =    1.e-4     !  maximum avs (vertical mixing on salinity)
+      rn_hsbfr =    1.6       !  heat/salt buoyancy flux ratio
+   ln_zdfiwm   = .true.       ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+   !                       !  Coefficients
+   rn_avm0     =   1.2e-4     !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   1.2e-5     !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    1         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&namzdf_tke    !   turbulent eddy kinetic dependent vertical diffusion  (ln_zdftke =T)
+!-----------------------------------------------------------------------
+      nn_mxl      =   3       !  mixing length: = 0 bounded by the distance to surface and bottom
+      !                       !                 = 1 bounded by the local vertical scale factor
+      !                       !                 = 2 first vertical derivative of mixing length bounded by 1
+      !                       !                 = 3 as =2 with distinct dissipative an mixing length scale
+      nn_etau     =   1       !  penetration of tke below the mixed layer (ML) due to NIWs
+                               !        = 0 none ; = 1 add a tke source below the ML
+                               !        = 2 add a tke source just at the base of the ML
+                               !        = 3 as = 1 applied on HF part of the stress           (ln_cpl=T)
+      rn_eice     =   0       !  below sea ice: =0 ON ; =4 OFF when ice fraction > 1/4   
+/
+!-----------------------------------------------------------------------
+&namzdf_iwm    !    internal wave-driven mixing parameterization        (ln_zdfiwm =T)
+!-----------------------------------------------------------------------
+   nn_zpyc     = 2         !  pycnocline-intensified dissipation scales as N (=1) or N^2 (=2)
+   ln_mevar    = .true.    !  variable (T) or constant (F) mixing efficiency
+   ln_tsdiff   = .true.    !  account for differential T/S mixing (T) or not (F)
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/ocean.output
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/ocean.output	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/EXPREF/ocean.output	(revision 15719)
@@ -0,0 +1,62925 @@
+ 
+    CNRS - NERC - Met OFFICE - MERCATOR-ocean - INGV - CMCC
+                        NEMO team
+             Ocean General Circulation Model
+                 NEMO version 4.0  (2019) 
+ 
+            ._      ._      ._      ._      ._    
+        _.-._)`\_.-._)`\_.-._)`\_.-._)`\_.-._)`\_ 
+ 
+            o         _,           _,             
+             o      .' (        .-' /             
+            o     _/..._'.    .'   /              
+       (    o .-'`      ` '-./  _.'               
+        )    ( o)           ;= <_         (       
+       (      '-.,\\__ __.-;`\   '.        )      
+        )  )       \) |`\ \)  '.   \      (   (   
+       (  (           \_/       '-._\      )   )  
+        )  ) jgs                     `    (   (   
+      ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 
+ 
+  mynode : mpi initialisation
+  ~~~~~~
+     Namelist nammpp
+        mpi send type          cn_mpi_send = I
+        size exported buffer   nn_buffer   =            0 bytes
+        jpni and jpnj will be calculated automatically
+        avoid use of mpi_allgather at the north fold  ln_nnogather =  T
+             Immediate non-blocking send (isend)
+ 
+ 
+  domain_cfg : domain size read in ORCA_R2_zps_domcfg file
+  ~~~~~~~~~~
+     .
+     ==>>>   ORCA configuration
+     .
+        cn_cfg = ORCA   nn_cfg =            2
+        jpiglo =          182
+        jpjglo =          149
+        jpkglo =           31
+        type of global domain lateral boundary   jperio =            4
+
+AAAAAAAA
+
+                     iom_nf90_open ~~~ open existing file: ORCA_R2_zps_domcfg.nc
+  in READ mode
+                    ---> ORCA_R2_zps_domcfg.nc OK
+ mpp_init: You use an optimal domain decomposition
+ ~~~~~~~~ 
+   Number of mpi processes:    38
+   Number of ocean subdomains =    38
+   Number of suppressed land subdomains =     2
+ 
+                     iom_close ~~~ close file: ORCA_R2_zps_domcfg.nc ok
+ 
+ MPI Message Passing MPI - domain lay out over processors
+ 
+    defines mpp subdomains
+       jpni =           10
+       jpnj =            4
+ 
+       sum ilci(i,1) =          200  jpiglo =          182
+       sum ilcj(1,j) =          155  jpjglo =          149
+ 
+           ****************************************************************
+           *              *               *               *               *   
+         4 *   20  x 38   *    20  x 38   *    20  x 38   *    20  x 38   *   
+           *         -1   *          30   *          31   *          32   *         
+           *              *               *               *               *   
+           ****************************************************************
+           *              *               *               *               *   
+         3 *   20  x 39   *    20  x 39   *    20  x 39   *    20  x 39   *   
+           *         20   *          21   *          22   *          23   *         
+           *              *               *               *               *   
+           ****************************************************************
+           *              *               *               *               *   
+         2 *   20  x 39   *    20  x 39   *    20  x 39   *    20  x 39   *   
+           *         10   *          11   *          12   *          13   *         
+           *              *               *               *               *   
+           ****************************************************************
+           *              *               *               *               *   
+         1 *   20  x 39   *    20  x 39   *    20  x 39   *    20  x 39   *   
+           *          0   *           1   *           2   *           3   *         
+           *              *               *               *               *   
+           ****************************************************************
+                   1               2               3               4             
+ 
+           ****************************************************************
+           *              *               *               *               *   
+         4 *   20  x 38   *    20  x 38   *    20  x 38   *    20  x 38   *   
+           *         33   *          34   *          35   *          36   *         
+           *              *               *               *               *   
+           ****************************************************************
+           *              *               *               *               *   
+         3 *   20  x 39   *    20  x 39   *    20  x 39   *    20  x 39   *   
+           *         24   *          25   *          26   *          27   *         
+           *              *               *               *               *   
+           ****************************************************************
+           *              *               *               *               *   
+         2 *   20  x 39   *    20  x 39   *    20  x 39   *    20  x 39   *   
+           *         14   *          15   *          16   *          17   *         
+           *              *               *               *               *   
+           ****************************************************************
+           *              *               *               *               *   
+         1 *   20  x 39   *    20  x 39   *    20  x 39   *    20  x 39   *   
+           *          4   *           5   *           6   *           7   *         
+           *              *               *               *               *   
+           ****************************************************************
+                   5               6               7               8             
+ 
+           ********************************
+           *              *               *   
+         4 *   20  x 38   *    20  x 38   *   
+           *         37   *          -1   *         
+           *              *               *   
+           ********************************
+           *              *               *   
+         3 *   20  x 39   *    20  x 39   *   
+           *         28   *          29   *         
+           *              *               *   
+           ********************************
+           *              *               *   
+         2 *   20  x 39   *    20  x 39   *   
+           *         18   *          19   *         
+           *              *               *   
+           ********************************
+           *              *               *   
+         1 *   20  x 39   *    20  x 39   *   
+           *          8   *           9   *         
+           *              *               *   
+           ********************************
+                   9              10             
+ 
+    resulting internal parameters : 
+       nproc  =            0
+       nowe   =            9    noea  =             1
+       nono   =           10    noso  =            -1
+       nbondi =            0
+       nbondj =           -1
+       npolj  =            0
+     l_Iperio =  F
+     l_Jperio =  F
+       nlci   =           20
+       nlcj   =           39
+       nimpp  =            1
+       njmpp  =            1
+       nreci  =            2
+       nrecj  =            2
+       nn_hls =            1
+ 
+    ==>>>   North fold boundary prepared for jpni >1
+ 
+ mpp_init_ioipsl :   iloc  =           20          39
+ ~~~~~~~~~~~~~~~     iabsf =            1           1
+                     ihals =            1           0
+                     ihale =            1           1
+ 
+ nemo_ctl: Control prints
+ ~~~~~~~~
+    Namelist namctl
+       run control (for debugging)     ln_ctl     =  F
+        finer control over o/p sn_cfctl%l_config  =  T
+                               sn_cfctl%l_runstat =  F
+                               sn_cfctl%l_trcstat =  F
+                               sn_cfctl%l_oceout  =  F
+                               sn_cfctl%l_layout  =  F
+                               sn_cfctl%l_mppout  =  F
+                               sn_cfctl%l_mpptop  =  F
+                               sn_cfctl%procmin   =            0
+                               sn_cfctl%procmax   =      1000000
+                               sn_cfctl%procincr  =            1
+                               sn_cfctl%ptimincr  =            1
+       level of print                  nn_print   =            0
+       Start i indice for SUM control  nn_ictls   =            0
+       End i indice for SUM control    nn_ictle   =            0
+       Start j indice for SUM control  nn_jctls   =            0
+       End j indice for SUM control    nn_jctle   =            0
+       number of proc. following i     nn_isplt   =            1
+       number of proc. following j     nn_jsplt   =            1
+       timing by routine               ln_timing  =  F
+       CFL diagnostics                 ln_diacfl  =  F
+ 
+    Namelist namcfg
+       read domain configuration file                ln_read_cfg      =  T
+          filename to be read                           cn_domcfg     = 
+ ORCA_R2_zps_domcfg
+          keep closed seas in the domain (if exist)     ln_closea     =  F
+       create a configuration definition file        ln_write_cfg     =  F
+          filename to be written                        cn_domcfg_out = 
+ domain_cfg_out
+       use file attribute if exists as i/p j-start   ln_use_jattr     =  F
+ 
+ phy_cst : initialization of ocean parameters and constants
+ ~~~~~~~
+       mathematical constant                 rpi =    3.14159265358979     
+       day                                rday   =    86400.0000000000       s
+       sideral year                       rsiyea =    31558149.0101107       s
+       sideral day                        rsiday =    86164.0996559118       s
+       omega                              omega  =   7.292115083046062E-005  s^-
+ 1
+ 
+       nb of months per year               raamo =    12.0000000000000      
+  months
+       nb of hours per day                 rjjhh =    24.0000000000000      
+  hours
+       nb of minutes per hour              rhhmm =    60.0000000000000       mn
+       nb of seconds per minute            rmmss =    60.0000000000000       s
+ 
+       earth radius                         ra   =    6371229.00000000       m
+       gravity                              grav =    9.80665000000000      
+  m/s^2
+ 
+       freezing point of water              rt0  =    273.150000000000       K
+ 
+    reference density and heat capacity now defined in eosbn2.f90
+ 
+       thermal conductivity of pure ice          =    2.03439600000000      
+  J/s/m/K
+       thermal conductivity of snow is defined in a namelist 
+       fresh ice specific heat                   =    2067.00000000000      
+  J/kg/K
+       latent heat of fusion of fresh ice / snow =    334000.000000000       J/k
+ g
+       latent heat of subl.  of fresh ice / snow =    2834000.00000000       J/k
+ g
+       density of sea ice                        =    917.000000000000      
+  kg/m^3
+       density of snow                           =    330.000000000000      
+  kg/m^3
+       density of freshwater (in melt ponds)     =    1000.00000000000      
+  kg/m^3
+       salinity of ice (for pisces)              =    6.00000000000000       psu
+       salinity of sea (for pisces and isf)      =    34.7000000000000       psu
+       latent heat of evaporation (water)        =    2500000.00000000      
+  J/m^3
+       von Karman constant                       =   0.400000000000000     
+       Stefan-Boltzmann constant                 =   5.670000000000000E-008 
+  J/s/m^2/K^4
+ 
+       conversion: degre ==> radian          rad =   1.745329251994330E-002
+ 
+       smallest real computer value       rsmall =   1.110223024625157E-016
+ 
+ eos_init : equation of state
+ ~~~~~~~~
+    Namelist nameos : Chosen the Equation Of Seawater (EOS)
+       TEOS-10 : rho=F(Conservative Temperature, Absolute  Salinity, depth)   ln
+ _TEOS10 =  F
+       EOS-80  : rho=F(Potential    Temperature, Practical Salinity, depth)   ln
+ _EOS80  =  T
+       S-EOS   : rho=F(Conservative Temperature, Absolute  Salinity, depth)   ln
+ _SEOS   =  F
+ 
+    ==>>>   use of EOS-80 equation of state (pot. temp. and pract. salinity)
+ 
+    ==>>>   model does not use Conservative Temperature
+ 
+    Associated physical constant
+       volumic mass of reference           rau0  =    1026.00000000000      
+  kg/m^3
+       1. / rau0                        r1_rau0  =   9.746588693957114E-004 
+  m^3/kg
+       ocean specific heat                 rcp   =    3991.86795711963      
+  J/Kelvin
+       rau0 * rcp                       rau0_rcp =    4095656.52400474     
+       1. / ( rau0 * rcp )           r1_rau0_rcp =   2.441610994816036E-007
+ 
+ wad_init : Wetting and drying initialization through namelist read
+ ~~~~~~~~
+    Namelist namwad
+       Logical for Iter Lim wd option   ln_wd_il     =  F
+       Logical for Dir. Lim wd option   ln_wd_dl     =  F
+       Depth at which wet/drying starts rn_wdmin0    =   0.300000000000000     
+       Minimum wet depth on dried cells rn_wdmin1    =   0.200000000000000     
+       Tolerance of min wet depth       rn_wdmin2    =   1.000000000000000E-004
+       land elevation threshold         rn_wdld      =    2.50000000000000     
+       Max iteration for W/D limiter    nn_wdit      =           20
+       T => baroclinic u,v=0 at dry pts: ln_wd_dl_bc =  F
+       use a ramp for rwd limiter:  ln_wd_dl_rwd_rmp =  F
+       cut off depth sbc for wd   rn_wd_sbcdep       =    5.00000000000000     
+       fraction to start sbc wgt rn_wd_sbcfra        =   0.999000000000000     
+ 
+ dom_init : domain initialization
+ ~~~~~~~~
+    Domain info
+       dimension of model:
+              Local domain      Global domain       Data domain 
+               jpi     :      20   jpiglo  :     182
+               jpj     :      39   jpjglo  :     149
+               jpk     :      31   jpkglo  :      31
+               jpij    :     780
+       mpp local domain info (mpp):
+               jpni    :           10    nn_hls  :            1
+               jpnj    :            4    nn_hls  :            1
+               jpnij   :           38
+       lateral boundary of the Global domain : jperio  =            4
+          (i.e. cyclic east-west and north fold with T-point pivot)
+       Ocean model configuration used:
+          cn_cfg = ORCA   nn_cfg =            2
+ 
+ dom_glo : domain: global <<==>> local 
+ ~~~~~~~ 
+    global domain:   jpiglo =          182  jpjglo =          149  jpkglo = 
+          31
+    local  domain:   jpi    =           20  jpj    =           39  jpk    = 
+          31
+ 
+    conversion from local to global domain indices (and vise versa) done
+ 
+ dom_nam : domain initialization through namelist read
+ ~~~~~~~ 
+    Namelist : namrun   ---   run parameters
+       Assimilation cycle              nn_no           =            0
+       experiment name for output      cn_exp          = ORCA2
+       file prefix restart input       cn_ocerst_in    = restart
+       restart input directory         cn_ocerst_indir = .
+       file prefix restart output      cn_ocerst_out   = restart
+       restart output directory        cn_ocerst_outdir= .
+       restart logical                 ln_rstart       =  F
+       start with forward time step    nn_euler        =            1
+       control of time step            nn_rstctl       =            0
+       number of the first time step   nn_it000        =            1
+       number of the last time step    nn_itend        =           45
+       initial calendar date aammjj    nn_date0        =        10101
+       initial time of day in hhmm     nn_time0        =            0
+       leap year calendar (0/1)        nn_leapy        =            0
+       initial state output            nn_istate       =            0
+       frequency of restart file       nn_stock        =         5475
+       frequency of output file        nn_write        =         5475
+       mask land points                ln_mskland      =  F
+       additional CF standard metadata ln_cfmeta       =  F
+       overwrite an existing file      ln_clobber      =  T
+       NetCDF chunksize (bytes)        nn_chunksz      =            0
+       IS coupling at the restart step ln_iscpl        =  F
+       READ restart for a single file using XIOS ln_xios_read = F
+       Write restart using XIOS        nn_wxios   =            0
+ 
+    ==>>>   Start from rest (ln_rstart=F)
+            an Euler initial time step is used : nn_euler is forced to 0 
+
+ ===>>> : W A R N I N G
+         ===============
+
+  nstock =         5475 it is forced to           45
+ 
+    ==>>>   The IOIPSL calendar is "noleap", i.e. no leap year
+ 
+    Namelist : namdom   ---   space & time domain
+       linear free surface (=T)                ln_linssh   =  F
+       create mesh/mask file                   ln_meshmask =  F
+       treshold to open the isf cavity         rn_isfhmin  = 
+   1.00000000000000       [m]
+       ocean time step                         rn_rdt      = 
+   5760.00000000000     
+       asselin time filter parameter           rn_atfp     = 
+  0.100000000000000     
+       online coarsening of dynamical fields   ln_crs      =  F
+ 
+ dom_hgr : define the horizontal mesh from ithe following par_oce parameters 
+ ~~~~~~~   
+    namcfg : read (=T) or user defined (=F) configuration    ln_read_cfg  =  T
+ 
+    ==>>>   read horizontal mesh in ORCA_R2_zps_domcfg file
+ 
+    hgr_read : read the horizontal coordinates in mesh_mask
+    ~~~~~~~~      jpiglo =          182  jpjglo =          149  jpk = 
+          31
+                     iom_nf90_open ~~~ open existing file: ORCA_R2_zps_domcfg.nc
+  in READ mode
+                    ---> ORCA_R2_zps_domcfg.nc OK
+           read glamt (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read glamu (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read glamv (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read glamf (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read gphit (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read gphiu (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read gphiv (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read gphif (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e1t (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e1u (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e1v (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e1f (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e2t (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e2u (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e2v (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e2f (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+            Coriolis factor at f- and t-points read in ORCA_R2_zps_domcfg file
+           read ff_f (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read ff_t (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+                     iom_close ~~~ close file: ORCA_R2_zps_domcfg.nc ok
+           Coriolis parameter have been read in ORCA_R2_zps_domcfg file
+           u- & v-surfaces calculated as e1 e2 product
+ 
+ dom_zgr : vertical coordinate
+ ~~~~~~~
+ 
+    ==>>>   Read vertical mesh in ORCA_R2_zps_domcfg file
+ 
+    zgr_read : read the vertical coordinates in ORCA_R2_zps_domcfg file
+    ~~~~~~~~
+                     iom_nf90_open ~~~ open existing file: ORCA_R2_zps_domcfg.nc
+  in READ mode
+                    ---> ORCA_R2_zps_domcfg.nc OK
+           read e3t_1d (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3w_1d (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3t_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3u_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3v_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3f_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3w_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3uw_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read e3vw_0 (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+ 
+               Reference 1D z-coordinate depth and scale factors:
+          level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  
+             1     5.00     0.00    10.00    10.00
+             2    15.00    10.00    10.00    10.00
+             3    25.00    20.00    10.00    10.00
+             4    35.01    30.00    10.01    10.00
+             5    45.01    40.01    10.01    10.01
+             6    55.03    50.02    10.02    10.02
+             7    65.06    60.04    10.05    10.03
+             8    75.13    70.09    10.09    10.06
+             9    85.25    80.18    10.17    10.12
+            10    95.49    90.35    10.34    10.24
+            11   105.97   100.69    10.66    10.48
+            12   116.90   111.36    11.29    10.93
+            13   128.70   122.65    12.51    11.80
+            14   142.20   135.16    14.87    13.50
+            15   158.96   150.03    19.39    16.77
+            16   181.96   169.42    27.95    23.00
+            17   216.65   197.37    43.76    34.69
+            18   272.48   241.13    71.62    55.83
+            19   364.30   312.74   116.98    91.83
+            20   511.53   429.72   182.17   147.23
+            21   732.20   611.89   260.98   220.67
+            22  1033.22   872.87   338.71   301.02
+            23  1405.70  1211.59   401.39   372.48
+            24  1830.89  1612.98   444.16   425.19
+            25  2289.77  2057.13   470.09   458.88
+            26  2768.24  2527.22   484.68   478.47
+            27  3257.48  3011.90   492.56   489.24
+            28  3752.44  3504.46   496.70   494.96
+            29  4250.40  4001.16   498.86   497.96
+            30  4749.91  4500.02   499.98   499.51
+            31  5250.23  5000.00   499.98   500.31
+           read top_level (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+           read bottom_level (rec:      1) in ORCA_R2_zps_domcfg.nc ok
+                     iom_close ~~~ close file: ORCA_R2_zps_domcfg.nc ok
+ 
+ clo_bat : suppression of closed seas
+ ~~~~~~~
+                     iom_nf90_open ~~~ open existing file: ORCA_R2_zps_domcfg.nc
+  in READ mode
+                    ---> ORCA_R2_zps_domcfg.nc OK
+ No closea_mask field found in domain_cfg file. No suppression of closed seas.
+                     iom_close ~~~ close file: ORCA_R2_zps_domcfg.nc ok
+ 
+    Type of vertical coordinate (read in ORCA_R2_zps_domcfg
+  file or set in userdef_nam) :
+       z-coordinate - full steps      ln_zco    =  F
+       z-coordinate - partial steps   ln_zps    =  T
+       s- or hybrid z-s-coordinate    ln_sco    =  F
+       ice shelf cavities             ln_isfcav =  F
+ 
+     zgr_top_bot : ocean top and bottom k-index of T-, U-, V- and W-levels 
+     ~~~~~~~~~~~
+ 
+ dommsk : ocean mask 
+ ~~~~~~
+    Namelist namlbc
+       lateral momentum boundary cond.    rn_shlat  =    2.00000000000000     
+       consistency with analytical form   ln_vorlat =  F
+ 
+    ==>>>   ocean lateral  no-slip
+ 
+ usr_def_fmask : NO alteration of fmask in specific straits 
+ ~~~~~~~~~~~~~
+ 
+ dom_vvl_init : Variable volume activated
+ ~~~~~~~~~~~~
+ 
+ dom_vvl_ctl : choice/control of the variable vertical coordinate
+ ~~~~~~~~~~~
+    Namelist nam_vvl : chose a vertical coordinate
+       zstar                      ln_vvl_zstar   =  T
+       ztilde                     ln_vvl_ztilde  =  F
+       layer                      ln_vvl_layer   =  F
+       ztilde as zstar   ln_vvl_ztilde_as_zstar  =  F
+       ztilde near the equator    ln_vvl_zstar_at_eqtor  =  F
+       !
+       thickness diffusion coefficient                      rn_ahe3      = 
+  0.000000000000000E+000
+       maximum e3t deformation fractional change            rn_zdef_max  = 
+  0.900000000000000     
+       z-tilde to zstar restoration timescale (days)        rn_rst_e3t   = 
+   30.0000000000000     
+       z-tilde cutoff frequency of low-pass filter (days)   rn_lf_cutoff = 
+   5.00000000000000     
+          debug prints flag                                 ln_vvl_dbg   =  T
+ 
+       ==>>>   zstar vertical coordinate is used
+ 
+ dom_ctl : extrema of the masked scale factors
+ ~~~~~~~
+              e1t maxi:  222397.85 at i =     2 j=    74
+              e1t mini:   47096.05 at i =    51 j=     2
+              e2t maxi:  209504.00 at i =     5 j=    92
+              e2t mini:   47096.05 at i =    51 j=     2
+ 
+ dom_init :   ==>>>   END of domain initialization
+ ~~~~~~~~
+ 
+ 
+ istate_init : Initialization of the dynamics and tracers
+ ~~~~~~~~~~~
+ 
+ dta_tsd_init : Temperature & Salinity data 
+ ~~~~~~~~~~~~ 
+    Namelist namtsd
+       Initialisation of ocean T & S with T &S input data   ln_tsd_init =  T
+       damping of ocean T & S toward T &S input data        ln_tsd_dmp  =  T
+ 
+ 
+    fld_fill : fill data structure with information from namelist namtsd
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./data_1m_potential_temperature_nomask   variable name: 
+ votemper
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_1m_salinity_nomask   variable name: vosaline
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+  *** Info used values : 
+    date ndastp                                      :        10100
+    number of elapsed days since the begining of run :   0.000000000000000E+000
+    nn_time0                                         :            0
+ 
+ =======>> 1/2 time step before the start of the run DATE Y/M/D =      0/12/31  nsec_day:   83520  nsec_week:  429120                     nsec_month: 2675520  nsec_year:31533120
+======>> time-step =       1      New day, DATE Y/M/D = 0001/01/01      nday_year = 001
+         nsec_year =     2880   nsec_month =    2880   nsec_day =  2880
+   nsec_week =   434880
+                     iom_nf90_open ~~~ open existing file: ./data_1m_potential_t
+ emperature_nomask.nc in READ mode
+                    ---> ./data_1m_potential_temperature_nomask.nc OK
+           read votemper (rec:     12) in ./data_1m_potential_temperature_nomask.nc ok
+   fld_init : time-interpolation for votemper read previous record =     12 at time =  -15.50 days
+                     iom_nf90_open ~~~ open existing file: ./data_1m_salinity_no
+ mask.nc in READ mode
+                    ---> ./data_1m_salinity_nomask.nc OK
+           read vosaline (rec:     12) in ./data_1m_salinity_nomask.nc ok
+   fld_init : time-interpolation for vosaline read previous record =     12 at time =  -15.50 days
+           read votemper (rec:      1) in ./data_1m_potential_temperature_nomask.nc ok
+           read vosaline (rec:      1) in ./data_1m_salinity_nomask.nc ok
+   fld_read: var votemper kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ 
+ tide_init : tidal components not used (ln_tide = F)
+ ~~~~~~~~~ 
+ 
+ sbc_init : surface boundary condition setting
+ ~~~~~~~~ 
+    Namelist namsbc (partly overwritten with CPP key setting)
+       frequency update of sbc (and ice)             nn_fsbc       = 
+           3
+       Type of air-sea fluxes : 
+          user defined formulation                   ln_usr        =  F
+          flux         formulation                   ln_flx        =  F
+          bulk         formulation                   ln_blk        =  F
+       Type of coupling (Ocean/Ice/Atmosphere) : 
+          ocean-atmosphere coupled formulation       ln_cpl        =  T
+          mixed forced-coupled     formulation       ln_mixcpl     =  F
+          OASIS coupling (with atm or sas)           lk_oasis      =  T
+          components of your executable              nn_components = 
+           0
+       Sea-ice : 
+          ice management in the sbc (=0/1/2/3)       nn_ice        = 
+           2
+          ice embedded into ocean                    ln_ice_embd   =  F
+       Misc. options of sbc : 
+          Light penetration in temperature Eq.       ln_traqsr     =  T
+             daily mean to diurnal cycle qsr            ln_dm2dc   =  F
+          Sea Surface Restoring on SST and/or SSS    ln_ssr        =  T
+          FreshWater Budget control  (=0/1/2)        nn_fwb        = 
+           2
+          Patm gradient added in ocean & ice Eqs.    ln_apr_dyn    =  F
+          runoff / runoff mouths                     ln_rnf        =  T
+          iceshelf formulation                       ln_isf        =  F
+          nb of iterations if land-sea-mask applied  nn_lsm        = 
+           0
+          surface wave                               ln_wave       =  F
+                Stokes drift corr. to vert. velocity ln_sdw        =  F
+                   vertical parametrization          nn_sdrift     = 
+           0
+                wave modified ocean stress           ln_tauwoc     =  F
+                wave modified ocean stress component ln_tauw       =  F
+                Stokes coriolis term                 ln_stcor      =  F
+                neutral drag coefficient (CORE,NCAR) ln_cdgw       =  F
+ 
+    ==>>>   NEMO configured as a single executable (i.e. including both OPA and 
+ Surface module)
+ 
+    ==>>>   pure coupled formulation
+ 
+ sbc_cpl_init : namsbc_cpl namelist 
+ ~~~~~~~~~~~~
+   received fields (mutiple ice categogies)
+       10m wind module                 = none (no)
+       stress module                   = none (no)
+       surface stress                  = oce only (no)
+                      - referential    = spherical                       
+                      - orientation    = eastward-northward              
+                      - mesh           = T                               
+       non-solar heat flux sensitivity = coupled (no)
+       solar heat flux                 = conservative (no)
+       non-solar heat flux             = conservative (no)
+       freshwater budget               = conservative (no)
+       runoffs                         = none (no)
+       calving                         = none (no)
+       iceberg                         = none (no)
+       ice shelf                       = none (no)
+       sea ice heat fluxes             = none (no)
+       atm co2                         = none (no)
+       significant wave heigth         = none (no)
+       wave to oce energy flux         = none (no)
+       Surface Stokes drift grid u     = none (no)
+       Surface Stokes drift grid v     = none (no)
+       Mean wave period                = none (no)
+       Mean wave number                = none (no)
+       Wave peak frequency             = none (no)
+       Stress frac adsorbed by waves   = none (no)
+       Stress components by waves      = none (no)
+       Neutral surf drag coefficient   = none (no)
+       Sea ice surface skin temperature= none (no)
+   sent fields (multiple ice categories)
+       surface temperature             = weighted oce and ice (no)
+       top ice layer temperature       = none (no)
+       albedo                          = none (no)
+       ice/snow thickness              = none (no)
+       total ice fraction              = none (no)
+       surface current                 = none (no)
+                       - referential   = spherical                       
+                       - orientation   = eastward-northward              
+                       - mesh          = T                               
+       oce co2 flux                    = none (no)
+       ice effective conductivity      = none (no)
+       meltponds fraction and depth    = none (no)
+       sea surface freezing temp       = none (no)
+       water level                     = none (no)
+       mean sea level pressure         = none (no)
+       surface current to waves        = none (no)
+                       - referential   =                                 
+                       - orientation   =                                 
+                       - mesh          = U,V                             
+   nn_cplmodel                         =            1
+   ln_usecplmask                       =  F
+   nn_cats_cpl                         =            5
+ 
+ cpl_define : initialization in coupled ocean/atmosphere case
+ ~~~~~~~~~~~~~~~~~
+ 
+ 
+ sbc_ssm_init : sea surface mean fields
+ ~~~~~~~~~~~~ 
+    default initialisation of ss._m arrays
+ 
+ sbc_ssr : SST and/or SSS damping term 
+ ~~~~~~~ 
+    Namelist namsbc_ssr :
+       SST restoring term (Yes=1)             nn_sstr        =            0
+          dQ/dT (restoring magnitude on SST)     rn_dqdt     = 
+  -40.0000000000000       W/m2/K
+       SSS damping term (Yes=1, salt   flux)  nn_sssr        =            2
+                        (Yes=2, volume flux) 
+          dE/dS (restoring magnitude on SST)     rn_deds     = 
+  -166.670000000000       mm/day
+          flag to bound erp term                 ln_sssr_bnd =  T
+          ABS(Max./Min.) erp threshold           rn_sssr_bnd = 
+   4.00000000000000       mm/day
+ 
+    fld_fill : fill data structure with information from namelist namsbc_ssr
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./sss_data   variable name: sss
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+ 
+ sbc_rnf_init : runoff 
+ ~~~~~~~~~~~~ 
+    Namelist namsbc_rnf
+       specific river mouths treatment            ln_rnf_mouth =  T
+       river mouth additional Kz                  rn_avt_rnf   = 
+  1.000000000000000E-003
+       depth of river mouth additional mixing     rn_hrnf      = 
+   15.0000000000000     
+       multiplicative factor for runoff           rn_rfact     = 
+   1.00000000000000     
+ 
+    ==>>>   runoffs inflow read in a file
+ 
+    fld_fill : fill data structure with information from namelist namsbc_rnf
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./runoff_core_monthly   variable name: sorunoff
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+ 
+    ==>>>   Specific treatment used in vicinity of river mouths :
+              - Increase Kz in surface layers (if rn_hrnf > 0 )
+                by   1.000000000000000E-003  m2/s  over            2  w-levels
+              - set to zero SSS damping       (if ln_ssr=T)
+              - mixed upstream-centered       (if ln_traadv_cen2=T)
+ 
+    rnf_mouth : river mouth mask
+    ~~~~~~~~~ 
+                     iom_nf90_open ~~~ open existing file: ./runoff_core_monthly
+ .nc in READ mode
+                    ---> ./runoff_core_monthly.nc OK
+           read socoefr0 (rec:      1) in ./runoff_core_monthly.nc ok
+                     iom_close ~~~ close file: ./runoff_core_monthly.nc ok
+ 
+ Sea Ice Model: SI3 (Sea Ice modelling Integrated Initiative)
+ ~~~~~~~~~~~~~
+ 
+ ice_init: Arrays allocation & Initialization of all routines & init state
+ ~~~~~~~~
+      file   : namelist_ice_ref open ok
+      unit   =           21
+      status = OLD
+      form   = FORMATTED
+      access = SEQUENTIAL
+ 
+      file   : namelist_ice_cfg open ok
+      unit   =           22
+      status = OLD
+      form   = FORMATTED
+      access = SEQUENTIAL
+ 
+      file   : output.namelist.ice open ok
+      unit   =           23
+      status = UNKNOWN
+      form   = FORMATTED
+      access = SEQUENTIAL
+ 
+ 
+    par_init: ice parameters shared among all the routines
+    ~~~~~~~~
+       Namelist nampar: 
+          number of ice  categories                           jpl       = 
+           5
+          number of ice  layers                               nlay_i    = 
+           2
+          number of snow layers                               nlay_s    = 
+           1
+          virtual ITD param for jpl=1 (T) or not (F)     ln_virtual_itd =  F
+          Ice dynamics       (T) or not (F)                   ln_icedyn =  T
+          Ice thermodynamics (T) or not (F)                   ln_icethd =  T
+          maximum ice concentration for NH                              = 
+  0.997000000000000     
+          maximum ice concentration for SH                              = 
+  0.997000000000000     
+ 
+       ice timestep rdt_ice = nn_fsbc*rdt =    17280.0000000000     
+ 
+ ice_itd_init: Initialization of ice cat distribution 
+ ~~~~~~~~~~~~
+    Namelist namitd: 
+       Ice categories are defined by a function of rn_himean**(-0.05)    ln_cat_
+ hfn =  T
+          mean ice thickness in the domain                               rn_hime
+ an  =    2.00000000000000     
+       Ice categories are defined by rn_catbnd                           ln_cat_
+ usr =  F
+       minimum ice thickness                                             rn_himi
+ n   =   0.100000000000000     
+ 
+    ===>>>   resulting thickness category boundaries :
+             hi_max(:)=   0.000000000000000E+000  0.454016742415552     
+   1.12931382308363        2.14145898894797        3.67059640991554     
+   99.0000000000000     
+ 
+ ice_thd_init: Ice Thermodynamics
+ ~~~~~~~~~~~~
+    Namelist namthd:
+       activate ice thick change from top/bot (T) or not (F)   ln_icedH  =  T
+       activate lateral melting (T) or not (F)                 ln_icedA  =  T
+       activate ice growth in open-water (T) or not (F)        ln_icedO  =  T
+       activate gravity drainage and flushing (T) or not (F)   ln_icedS  =  T
+ 
+ ice_thd_zdf_init: Ice vertical heat diffusion
+ ~~~~~~~~~~~~~~~~
+    Namelist namthd_zdf:
+       Bitz and Lipscomb (1999) formulation                    ln_zdf_BL99  =  T
+       thermal conductivity in the ice (Untersteiner 1964)     ln_cndi_U64  =  F
+       thermal conductivity in the ice (Pringle et al 2007)    ln_cndi_P07  =  T
+       thermal conductivity in the snow                        rn_cnd_s     = 
+  0.310000000000000     
+       extinction radiation parameter in sea ice               rn_kappa_i   = 
+   1.00000000000000     
+ 
+ ice_thd_da_init: Ice lateral melting
+ ~~~~~~~~~~~~~~~
+    Namelist namthd_da:
+       Coef. beta for lateral melting param.               rn_beta = 
+   1.00000000000000     
+       Minimum floe diameter for lateral melting param.    rn_dmin = 
+   8.00000000000000     
+ 
+ ice_thd_do_init: Ice growth in open water
+ ~~~~~~~~~~~~~~~
+    Namelist namthd_do:
+       ice thickness for lateral accretion                       rn_hinew   = 
+  0.100000000000000     
+       Frazil ice thickness as a function of wind or not         ln_frazil  =  F
+       Maximum proportion of frazil ice collecting at bottom     rn_maxfraz = 
+   1.00000000000000     
+       Threshold relative drift speed for collection of frazil   rn_vfraz   = 
+  0.417000000000000     
+       Squeezing coefficient for collection of frazil            rn_Cfraz   = 
+   5.00000000000000     
+ 
+ ice_thd_sal_init : Ice parameters for salinity 
+ ~~~~~~~~~~~~~~~~
+    Namelist namthd_sal:
+       switch for salinity                                     nn_icesal  = 
+           2
+       bulk salinity value if nn_icesal = 1                    rn_icesal  = 
+   4.00000000000000     
+       restoring salinity for gravity drainage                 rn_sal_gd  = 
+   5.00000000000000     
+       restoring time for for gravity drainage                 rn_time_gd = 
+   1730000.00000000     
+       restoring salinity for flushing                         rn_sal_fl  = 
+   2.00000000000000     
+       restoring time for flushing                             rn_time_fl = 
+   864000.000000000     
+       Maximum tolerated ice salinity                          rn_simax   = 
+   20.0000000000000     
+       Minimum tolerated ice salinity                          rn_simin   = 
+  0.100000000000000     
+ 
+ ice_thd_pnd_init: ice parameters for melt ponds
+ ~~~~~~~~~~~~~~~~
+    Namelist namicethd_pnd:
+       Evolutive  melt pond fraction and depth (Holland et al 2012) ln_pnd_H12 =
+   F
+       Prescribed melt pond fraction and depth                      ln_pnd_CST =
+   F
+          Prescribed pond fraction                                  rn_apnd    =
+    0.200000000000000     
+          Prescribed pond depth                                     rn_hpnd    =
+    5.000000000000000E-002
+       Melt ponds affect albedo or not                              ln_pnd_alb =
+   F
+ 
+ ice_istate_init: ice parameters inititialisation 
+ ~~~~~~~~~~~~~~~
+    Namelist namini:
+       initialization with ice (T) or not (F)                 ln_iceini       = 
+ T
+       ice initialization from a netcdf file                  ln_iceini_file  = 
+ F
+       max delta ocean temp. above Tfreeze with initial ice   rn_thres_sst    = 
+   2.00000000000000     
+       initial snow thickness in the north                    rn_hts_ini_n    = 
+  0.300000000000000     
+       initial snow thickness in the south                    rn_hts_ini_s    = 
+  0.300000000000000     
+       initial ice thickness  in the north                    rn_hti_ini_n    = 
+   3.00000000000000     
+       initial ice thickness  in the south                    rn_hti_ini_s    = 
+   1.00000000000000     
+       initial ice concentr.  in the north                    rn_ati_ini_n    = 
+  0.900000000000000     
+       initial ice concentr.  in the north                    rn_ati_ini_s    = 
+  0.900000000000000     
+       initial  ice salinity  in the north                    rn_smi_ini_n    = 
+   6.30000000000000     
+       initial  ice salinity  in the south                    rn_smi_ini_s    = 
+   6.30000000000000     
+       initial  ice/snw temp  in the north                    rn_tmi_ini_n    = 
+   270.000000000000     
+       initial  ice/snw temp  in the south                    rn_tmi_ini_s    = 
+   270.000000000000     
+ 
+ ice_istate: sea-ice initialization 
+ ~~~~~~~~~~
+ 
+ ice_sbc_init: ice parameters for ice dynamics 
+ ~~~~~~~~~~~~~~~~
+    Namelist namsbc:
+       drag coefficient for oceanic stress              rn_cio        = 
+  5.000000000000000E-003
+       coefficient for ice-lead partition of snowfall   rn_blow_s     = 
+  0.660000000000000     
+       Multicategory heat flux formulation              nn_flxdist    = 
+          -1
+       Use conduction flux as surface condition         ln_cndflx     =  F
+          emulate conduction flux                       ln_cndemulate =  F
+ 
+    SI3: use per-category fluxes (nn_flxdist = -1) 
+ 
+ ice_dyn_init: ice parameters for ice dynamics 
+ ~~~~~~~~~~~~
+    Namelist namdyn:
+       Full ice dynamics      (rhg + adv + ridge/raft + corr)  ln_dynALL       =
+   T
+       No ridge/raft & No cor (rhg + adv)                      ln_dynRHGADV    =
+   F
+       Advection 1D only      (Schar & Smolarkiewicz 1996)     ln_dynADV1D     =
+   F
+       Advection 2D only      (rn_uvice + adv)                 ln_dynADV2D     =
+   F
+          with prescribed velocity given by   (u,v)_ice = (rn_uice,rn_vice)    =
+  (  0.500000000000000      ,  0.500000000000000      )
+       lateral boundary condition for sea ice dynamics         rn_ishlat       =
+     2.00000000000000     
+       Landfast: param from Lemieux 2016                       ln_landfast_L16 =
+   F
+       Landfast: param from home made                          ln_landfast_home=
+   F
+          fraction of ocean depth that ice must reach          rn_depfra       =
+    0.125000000000000     
+          maximum bottom stress per unit area of contact       rn_icebfr       =
+     15.0000000000000     
+          relax time scale (s-1) to reach static friction      rn_lfrelax      =
+    1.000000000000000E-005
+          isotropic tensile strength                           rn_tensile      =
+    0.200000000000000     
+ 
+    ===>>>   ice lateral  no-slip
+ 
+ ice_dyn_rdgrft_init: ice parameters for ridging/rafting 
+ ~~~~~~~~~~~~~~~~~~
+    Namelist namdyn_rdgrft:
+       ice strength parameterization Hibler (1979)              ln_str_H79   = 
+ T
+             1st bulk-rheology parameter                        rn_pstar     = 
+   20000.0000000000     
+             2nd bulk-rhelogy parameter                         rn_crhg      = 
+   20.0000000000000     
+       Fraction of shear energy contributing to ridging         rn_csrdg     = 
+  0.500000000000000     
+       linear ridging participation function                    ln_partf_lin = 
+ F
+             Fraction of ice coverage contributing to ridging   rn_gstar     = 
+  0.150000000000000     
+       Exponential ridging participation function               ln_partf_exp = 
+ T
+             Equivalent to G* for an exponential function       rn_astar     = 
+  3.000000000000000E-002
+       Ridging of ice sheets or not                             ln_ridging   = 
+ T
+             max ridged ice thickness                           rn_hstar     = 
+   25.0000000000000     
+             Initial porosity of ridges                         rn_porordg   = 
+  0.300000000000000     
+             Fraction of snow volume conserved during ridging   rn_fsnwrdg   = 
+  0.500000000000000     
+             Fraction of pond volume conserved during ridging   rn_fpndrdg   = 
+   1.00000000000000     
+       Rafting of ice sheets or not                             ln_rafting   = 
+ T
+             Parmeter thickness (threshold between ridge-raft)  rn_hraft     = 
+  0.750000000000000     
+             Rafting hyperbolic tangent coefficient             rn_craft     = 
+   5.00000000000000     
+             Fraction of snow volume conserved during rafting   rn_fsnwrft   = 
+  0.500000000000000     
+             Fraction of pond volume conserved during rafting   rn_fpndrft   = 
+   1.00000000000000     
+ 
+ ice_dyn_rhg_init: ice parameters for ice dynamics 
+ ~~~~~~~~~~~~~~~
+    Namelist : namdyn_rhg:
+       rheology EVP (icedyn_rhg_evp)                        ln_rhg_EVP =  T
+          use adaptive EVP (aEVP)                           ln_aEVP    =  T
+          creep limit                                       rn_creepl  = 
+  2.000000000000000E-009
+          eccentricity of the elliptical yield curve        rn_ecc     = 
+   2.00000000000000     
+          number of iterations for subcycling               nn_nevp    = 
+         120
+          ratio of elastic timescale over ice time step     rn_relast  = 
+  0.333000000000000     
+ 
+    ==>>>   start from rest: set stresses to 0
+ 
+ ice_dyn_adv_init: ice parameters for ice dynamics 
+ ~~~~~~~~~~~~~~~~
+    Namelist namdyn_adv:
+       type of advection scheme (Prather)             ln_adv_Pra =  F
+       type of advection scheme (Ulimate-Macho)       ln_adv_UMx =  T
+          order of the Ultimate-Macho scheme          nn_UMx     =            5
+ 
+ ice_update_init: ice-ocean stress init
+ ~~~~~~~~~~~~~~~
+    ==>>   start from rest: set the snow-ice mass
+ 
+ ice_alb_init: set albedo parameters
+ ~~~~~~~~~~~~
+    Namelist namalb:
+       albedo of dry snow                   rn_alb_sdry = 
+  0.850000000000000     
+       albedo of melting snow               rn_alb_smlt = 
+  0.750000000000000     
+       albedo of dry ice                    rn_alb_idry = 
+  0.600000000000000     
+       albedo of bare puddled ice           rn_alb_imlt = 
+  0.500000000000000     
+       albedo of ponded ice                 rn_alb_dpnd = 
+  0.270000000000000     
+ 
+ ice_dia_init: ice diagnostics
+  ~~~~~~~~~~~
+    Namelist namdia:
+       Diagnose online heat/mass/salt budget      ln_icediachk =  F
+       Output          heat/mass/salt budget      ln_icediahsb =  F
+       control prints for a given grid point      ln_icectl    =  F
+          chosen grid point position         (iiceprt,jiceprt) = (          10 ,
+          10 )
+ 
+ bdy_init : open boundaries not used (ln_bdy = F)
+ ~~~~~~~~
+ 
+ zdf_phy_init: ocean vertical physics
+ ~~~~~~~~~~~~
+    Namelist namzdf : set vertical mixing mixing parameters
+       adaptive-implicit vertical advection
+          Courant number targeted application   ln_zad_Aimp =  F
+       vertical closure scheme
+          constant vertical mixing coefficient    ln_zdfcst =  F
+          Richardson number dependent closure     ln_zdfric =  F
+          Turbulent Kinetic Energy closure (TKE)  ln_zdftke =  T
+          Generic Length Scale closure (GLS)      ln_zdfgls =  F
+          OSMOSIS-OBL closure (OSM)               ln_zdfosm =  F
+       convection: 
+          enhanced vertical diffusion             ln_zdfevd =  T
+             applied on momentum (=1/0)             nn_evdm =            0
+             vertical coefficient for evd           rn_evd  = 
+   100.000000000000     
+          non-penetrative convection (npc)        ln_zdfnpc =  F
+             npc call  frequency                    nn_npc  =            1
+             npc print frequency                    nn_npcp =          365
+       double diffusive mixing                    ln_zdfddm =  T
+          maximum avs for dd mixing                 rn_avts = 
+  1.000000000000000E-004
+          heat/salt buoyancy flux ratio             rn_hsbfr= 
+   1.60000000000000     
+       gravity wave-induced mixing
+          surface  wave (Qiao et al 2010)         ln_zdfswm =  F
+          internal wave (de Lavergne et al 2017)  ln_zdfiwm =  T
+       coefficients : 
+          vertical eddy viscosity                 rn_avm0   = 
+  1.200000000000000E-004
+          vertical eddy diffusivity               rn_avt0   = 
+  1.200000000000000E-005
+          constant background or profile          nn_avb    =            0
+          horizontal variation for avtb           nn_havtb  =            1
+ 
+    ==>>>   convection: use enhanced vertical diffusion scheme
+ 
+    ==>>>   use double diffusive mixing: avs /= avt
+ 
+ zdf_tke_init : tke turbulent closure scheme - initialisation
+ ~~~~~~~~~~~~
+    Namelist namzdf_tke : set tke mixing parameters
+       coef. to compute avt                        rn_ediff  = 
+  0.100000000000000     
+       Kolmogoroff dissipation coef.               rn_ediss  = 
+  0.700000000000000     
+       tke surface input coef.                     rn_ebb    = 
+   67.8300000000000     
+       minimum value of tke                        rn_emin   = 
+  1.000000000000000E-006
+       surface minimum value of tke                rn_emin0  = 
+  1.000000000000000E-004
+       prandl number flag                          nn_pdl    =            1
+       background shear (>0)                       rn_bshear = 
+  9.999999999999999E-021
+       mixing length type                          nn_mxl    =            3
+          surface mixing length = F(stress) or not    ln_mxl0   =  T
+          surface  mixing length minimum value        rn_mxl0   = 
+  4.000000000000000E-002
+       top/bottom friction forcing flag            ln_drg    =  F
+       Langmuir cells parametrization              ln_lc     =  T
+          coef to compute vertical velocity of LC     rn_lc  = 
+  0.150000000000000     
+       test param. to add tke induced by wind      nn_etau   =            1
+           type of tke penetration profile            nn_htau   =            1
+           fraction of TKE that penetrates            rn_efr    = 
+  5.000000000000000E-002
+           below sea-ice:  =0 ON                      rn_eice   = 
+  0.000000000000000E+000
+           =4 OFF when ice fraction > 1/4   
+ 
+    ==>>>   critical Richardson nb with your parameters  ri_cri = 
+  0.222222222222222     
+ 
+    ==>>>   Internal wave-driven mixing case:   force   rn_emin = 1.e-10 and rmx
+ l_min = 1.e-3
+ 
+    ==>>>   use a surface mixing length = F(stress) :   set rn_mxl0 = rmxl_min
+ 
+    ==>>>   start from rest: set en to the background value
+ 
+ zdf_iwm_init : internal wave-driven mixing
+ ~~~~~~~~~~~~
+    Namelist namzdf_iwm : set wave-driven mixing parameters
+       Pycnocline-intensified diss. scales as N (=1) or N^2 (=2) =            2
+       Variable (T) or constant (F) mixing efficiency            =  T
+       Differential internal wave-driven mixing (T) or not (F)   =  T
+ 
+    Force the background value applied to avm & avt in TKE to be everywhere 
+ the viscous molecular value & a very small diffusive value, resp.
+                     iom_nf90_open ~~~ open existing file: mixing_power_bot.nc i
+ n READ mode
+                    ---> mixing_power_bot.nc OK
+           read field (rec:      1) in mixing_power_bot.nc ok
+                     iom_close ~~~ close file: mixing_power_bot.nc ok
+                     iom_nf90_open ~~~ open existing file: mixing_power_pyc.nc i
+ n READ mode
+                    ---> mixing_power_pyc.nc OK
+           read field (rec:      1) in mixing_power_pyc.nc ok
+                     iom_close ~~~ close file: mixing_power_pyc.nc ok
+                     iom_nf90_open ~~~ open existing file: mixing_power_cri.nc i
+ n READ mode
+                    ---> mixing_power_cri.nc OK
+           read field (rec:      1) in mixing_power_cri.nc ok
+                     iom_close ~~~ close file: mixing_power_cri.nc ok
+                     iom_nf90_open ~~~ open existing file: decay_scale_bot.nc in
+  READ mode
+                    ---> decay_scale_bot.nc OK
+           read field (rec:      1) in decay_scale_bot.nc ok
+                     iom_close ~~~ close file: decay_scale_bot.nc ok
+                     iom_nf90_open ~~~ open existing file: decay_scale_cri.nc in
+  READ mode
+                    ---> decay_scale_cri.nc OK
+           read field (rec:      1) in decay_scale_cri.nc ok
+                     iom_close ~~~ close file: decay_scale_cri.nc ok
+       High-mode wave-breaking energy:               0.523089869681718      TW
+       Pycnocline-intensifed wave-breaking energy:   0.560575778617668      TW
+       Critical slope wave-breaking energy:          0.118845605181049      TW
+ 
+ zdf_drg_init : top and/or bottom drag setting
+ ~~~~~~~~~~~~
+    Namelist namdrg : top/bottom friction choices
+       free-slip       : Cd = 0                  ln_OFF      =  F
+       linear  drag    : Cd = Cd0                ln_lin      =  T
+       non-linear  drag: Cd = Cd0_nl |U|         ln_non_lin  =  F
+       logarithmic drag: Cd = vkarmn/log(z/z0)   ln_loglayer =  F
+       implicit friction                         ln_drgimp   =  T
+ 
+    Namelist namdrg_bot : set BOTTOM friction parameters
+       drag coefficient                        rn_Cd0   = 
+  1.000000000000000E-003
+       characteristic velocity (linear case)   rn_Uc0   = 
+  0.400000000000000       m/s
+       non-linear drag maximum                 rn_Cdmax = 
+  0.100000000000000     
+       background kinetic energy  (n-l case)   rn_ke0   = 
+  2.500000000000000E-003
+       bottom roughness           (n-l case)   rn_z0    = 
+  3.000000000000000E-003
+       set a regional boost of Cd0             ln_boost =  F
+          associated boost factor              rn_boost = 
+   50.0000000000000     
+ 
+    ==>>>   linear BOTTOM friction (constant coef = Cd0*Uc0 = 
+  4.000000000000000E-004 )
+ 
+ ldf_tra_init : lateral tracer diffusion
+ ~~~~~~~~~~~~ 
+    Namelist : namtra_ldf --- lateral mixing parameters (type, direction, coeffi
+ cients)
+       type :
+          no explicit diffusion                   ln_traldf_OFF   =  F
+          laplacian operator                      ln_traldf_lap   =  T
+          bilaplacian operator                    ln_traldf_blp   =  F
+       direction of action :
+          iso-level                               ln_traldf_lev   =  F
+          horizontal (geopotential)               ln_traldf_hor   =  F
+          iso-neutral Madec operator              ln_traldf_iso   =  T
+          iso-neutral triad operator              ln_traldf_triad =  F
+             use the Method of Stab. Correction   ln_traldf_msc   =  T
+             maximum isoppycnal slope             rn_slpmax       = 
+  1.000000000000000E-002
+             pure lateral mixing in ML            ln_triad_iso    =  F
+             switching triad or not               rn_sw_triad     = 
+   1.00000000000000     
+             lateral mixing on bottom             ln_botmix_triad =  F
+       coefficients :
+          type of time-space variation            nn_aht_ijk_t    =           20
+             lateral diffusive velocity (if cst)  rn_Ud           = 
+  1.800000000000000E-002  m/s
+             lateral diffusive length   (if cst)  rn_Ld           = 
+   200000.000000000       m
+ 
+    ==>>>   Rotated laplacian operator (standard)
+ 
+    ==>>>   eddy diffusivity = F( e1, e2 ) or F( e1^3, e2^3 ) (lap or blp case)
+            using a fixed diffusive velocity =   1.800000000000000E-002 
+  m/s   and   Ld = Max(e1,e2)
+            maximum reachable coefficient (at the Equator) = 
+   1000.79031103691       m2/s  for e1=1°)
+ 
+    ldf_c2d :   aht = Ufac * max(e1,e2)   with Ufac =   8.999999999999999E-003 
+  m/s
+ 
+ ldf_eiv_init : eddy induced velocity parametrization
+ ~~~~~~~~~~~~ 
+    Namelist namtra_eiv : 
+       Eddy Induced Velocity (eiv) param.         ln_ldfeiv     =  T
+       eiv streamfunction & velocity diag.        ln_ldfeiv_dia =  T
+       coefficients :
+          type of time-space variation            nn_aei_ijk_t  =           20
+          lateral diffusive velocity (if cst)     rn_Ue         = 
+  3.000000000000000E-002  m/s
+          lateral diffusive length   (if cst)     rn_Le         = 
+   200000.000000000       m
+ 
+    ==>>>   use eddy induced velocity parametrization
+ 
+    ==>>>   eddy induced velocity coef. = F( latitude, longitude, time )
+                                        = F( growth rate of baroclinic instabili
+ ty )
+            maximum allowed value: aei0 =    3000.00000000000       m2/s
+ 
+ ldf_dyn : lateral momentum physics
+ ~~~~~~~
+    Namelist namdyn_ldf : set lateral mixing parameters
+       type :
+          no explicit diffusion                ln_dynldf_OFF =  F
+          laplacian operator                   ln_dynldf_lap =  T
+          bilaplacian operator                 ln_dynldf_blp =  F
+       direction of action :
+          iso-level                            ln_dynldf_lev =  T
+          horizontal (geopotential)            ln_dynldf_hor =  F
+          iso-neutral                          ln_dynldf_iso =  F
+       coefficients :
+          type of time-space variation         nn_ahm_ijk_t  =          -30
+          lateral viscous velocity  (if cst)      rn_Uv      = 
+  0.100000000000000       m/s
+          lateral viscous length    (if cst)      rn_Lv      = 
+   10000.0000000000       m
+          background viscosity (iso-lap case)     rn_ahm_b   = 
+  0.000000000000000E+000  m2/s
+       Smagorinsky settings (nn_ahm_ijk_t  = 32) :
+          Smagorinsky coefficient              rn_csmc       = 
+   3.50000000000000     
+          factor multiplier for eddy visc.
+             lower limit (default 1.0)         rn_minfac    = 
+   1.00000000000000     
+             upper limit (default 1.0)         rn_maxfac    = 
+   1.00000000000000     
+ 
+    ==>>>   iso-level laplacian operator
+ 
+    ==>>>   eddy viscosity = F(i,j,k) read in eddy_viscosity_3D.nc file
+                     iom_nf90_open ~~~ open existing file: eddy_viscosity_3D.nc 
+ in READ mode
+                    ---> eddy_viscosity_3D.nc OK
+           read ahmt_3d (rec:      1) in eddy_viscosity_3D.nc ok
+           read ahmf_3d (rec:      1) in eddy_viscosity_3D.nc ok
+                     iom_close ~~~ close file: eddy_viscosity_3D.nc ok
+ 
+ tra_qsr_init : penetration of the surface solar radiation
+ ~~~~~~~~~~~~
+    Namelist namtra_qsr : set the parameter of penetration
+       RGB (Red-Green-Blue) light penetration       ln_qsr_rgb =  T
+       2 band               light penetration       ln_qsr_2bd =  F
+       bio-model            light penetration       ln_qsr_bio =  F
+       RGB : Chl data (=1) or cst value (=0)        nn_chldta  =            1
+       RGB & 2 bands: fraction of light (rn_si1)    rn_abs     = 
+  0.580000000000000     
+       RGB & 2 bands: shortess depth of extinction  rn_si0     = 
+  0.350000000000000     
+       2 bands: longest depth of extinction         rn_si1     = 
+   23.0000000000000     
+ 
+    ==>>>   R-G-B   light penetration 
+ 
+    trc_oce_rgb : Initialisation of the optical look-up table
+    ~~~~~~~~~~~ 
+       RGB longest depth of extinction    r_si2 =    61.8046971569839     
+         level of light extinction =           25  ref depth = 
+   2527.21691545123       m
+    ==>>>   Chlorophyll read in a file
+ 
+    fld_fill : fill data structure with information from namelist namtra_qsr
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./chlorophyll   variable name: CHLA
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+ 
+ tra_bbc : Bottom Boundary Condition (bbc), apply a Geothermal heating
+ ~~~~~~~   
+    Namelist nambbc : set bbc parameters
+       Apply a geothermal heating at ocean bottom   ln_trabbc     =  T
+       type of geothermal flux                      nn_geoflx     =            2
+       Constant geothermal flux value               rn_geoflx_cst = 
+  8.640000000000000E-002
+ 
+    ==>>>   variable geothermal heat flux
+ 
+    fld_fill : fill data structure with information from namelist nambbc
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./geothermal_heating.nc   variable name: heatflow
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: ./geothermal_heating.
+ nc in READ mode
+                    ---> ./geothermal_heating.nc OK
+           read heatflow (rec:      1) in ./geothermal_heating.nc ok
+   fld_read: var heatflow kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+ 
+ tra_bbl_init : bottom boundary layer initialisation
+ ~~~~~~~~~~~~
+        Namelist nambbl : set bbl parameters
+           bottom boundary layer flag          ln_trabbl  =  T
+           diffusive bbl (=1)   or not (=0)    nn_bbl_ldf =            1
+           advective bbl (=1/2) or not (=0)    nn_bbl_adv =            0
+           diffusive bbl coefficient           rn_ahtbbl  = 
+   1000.00000000000       m2/s
+           advective bbl coefficient           rn_gambbl  = 
+   10.0000000000000       s
+ 
+ tra_dmp_init : T and S newtonian relaxation
+ ~~~~~~~~~~~~
+    Namelist namtra_dmp : set relaxation parameters
+       Apply relaxation   or not       ln_tradmp   =  T
+          mixed layer damping option      nn_zdmp  =            0
+          Damping file name               cn_resto = 
+ resto.nc                                                                       
+                                                                                
+                                           
+ 
+    tracer damping as specified by mask
+                     iom_nf90_open ~~~ open existing file: resto.nc in READ mode
+                    ---> resto.nc OK
+           read resto (rec:      1) in resto.nc ok
+                     iom_close ~~~ close file: resto.nc ok
+ 
+ tra_adv_init : choice/control of the tracer advection scheme
+ ~~~~~~~~~~~~
+    Namelist namtra_adv : chose a advection scheme for tracers
+       No advection on T & S                     ln_traadv_OFF =  F
+       centered scheme                           ln_traadv_cen =  F
+             horizontal 2nd/4th order               nn_cen_h   =            2
+             vertical   2nd/4th order               nn_cen_v   =            2
+       Flux Corrected Transport scheme           ln_traadv_fct =  T
+             horizontal 2nd/4th order               nn_fct_h   =            2
+             vertical   2nd/4th order               nn_fct_v   =            2
+       MUSCL scheme                              ln_traadv_mus =  F
+             + upstream scheme near river mouths    ln_mus_ups =  F
+       UBS scheme                                ln_traadv_ubs =  F
+             vertical   2nd/4th order               nn_ubs_v   =            2
+       QUICKEST scheme                           ln_traadv_qck =  F
+ 
+    ==>>>   FCT      scheme is used. Horizontal order:            2 
+  Vertical   order:            2
+ 
+ tra_mle_init : mixed layer eddy (MLE) advection acting on tracers
+ ~~~~~~~~~~~~~
+    Namelist namtra_mle : mixed layer eddy advection applied on tracers
+       use mixed layer eddy (MLE, i.e. Fox-Kemper param) (T/F)      ln_mle      
+  =  T
+          MLE type: =0 standard Fox-Kemper ; =1 new formulation        nn_mle   
+  =            1
+          magnitude of the MLE (typical value: 0.06 to 0.08)           rn_ce    
+  =   6.000000000000000E-002
+          scale of ML front (ML radius of deformation) (rn_mle=0)      rn_lf    
+  =    5000.00000000000      m
+          maximum time scale of MLE                    (rn_mle=0)      rn_time  
+  =    172800.000000000      s
+          reference latitude (degrees) of MLE coef.    (rn_mle=1)      rn_lat   
+  =    20.0000000000000      deg
+          space interp. of MLD at u-(v-)pts (0=min,1=averaged,2=max)   nn_mld_uv
+  =            0
+          =1 no MLE in case of convection ; =0 always MLE              nn_conv  
+  =            0
+          Density difference used to define ML for FK              rn_rho_c_mle 
+  =   1.000000000000000E-002
+ 
+    ==>>>   Mixed Layer Eddy induced transport added to tracer advection
+               New formulation
+ 
+       ML buoyancy criteria =   9.558138401559454E-005  m/s2 
+       associated ML density criteria defined in zdfmxl = 
+  1.000000000000000E-002 kg/m3
+ 
+ tra_ldf_init : lateral tracer diffusive operator
+ ~~~~~~~~~~~~
+    Namelist namtra_ldf: already read in ldftra module
+       see ldf_tra_init report for lateral mixing parameters
+ 
+    ==>>>   Rotated laplacian operator (standard)
+ 
+ dyn_adv_init : choice/control of the momentum advection scheme
+ ~~~~~~~~~~~~
+    Namelist namdyn_adv : chose a advection formulation & scheme for momentum
+       linear dynamics : no momentum advection          ln_dynadv_OFF  =  F
+       Vector form: 2nd order centered scheme           ln_dynadv_vec  =  T
+          with Hollingsworth scheme (=1) or not (=0)       nn_dynkeg   = 
+           0
+       flux form: 2nd order centred scheme              ln_dynadv_cen2 =  F
+                  3rd order UBS scheme                  ln_dynadv_ubs  =  F
+ 
+    ==>>>   vector form : keg + zad + vor is used
+               with Centered standard keg scheme
+ 
+ dyn_vor_init : vorticity term : read namelist and control the consistency
+ ~~~~~~~~~~~~
+    Namelist namdyn_vor : choice of the vorticity term scheme
+       enstrophy conserving scheme                    ln_dynvor_ens =  F
+       f-point energy conserving scheme               ln_dynvor_ene =  F
+       t-point energy conserving scheme               ln_dynvor_enT =  F
+       energy conserving scheme  (een using e3t)      ln_dynvor_eeT =  F
+       enstrophy and energy conserving scheme         ln_dynvor_een =  T
+          e3f = averaging /4 (=0) or /sum(tmask) (=1)    nn_een_e3f = 
+           0
+       mixed enstrophy/energy conserving scheme       ln_dynvor_mix =  F
+       masked (=T) or unmasked(=F) vorticity          ln_dynvor_msk =  F
+ 
+       change fmask value in the angles (T)           ln_vorlat =  F
+ 
+    ==>>>   vector form dynamics : total vorticity = Coriolis + relative vortici
+ ty
+ 
+    ==>>>   energy and enstrophy conserving scheme (EEN)
+ 
+ dyn_ldf_init : Choice of the lateral diffusive operator on dynamics
+ ~~~~~~~~~~~~
+    Namelist namdyn_ldf: already read in ldfdyn module
+       see ldf_dyn_init report for lateral mixing parameters
+ 
+    ==>>>   iso-level laplacian operator
+ 
+ dyn_hpg_init : hydrostatic pressure gradient initialisation
+ ~~~~~~~~~~~~
+    Namelist namdyn_hpg : choice of hpg scheme
+       z-coord. - full steps                             ln_hpg_zco    =  F
+       z-coord. - partial steps (interpolation)          ln_hpg_zps    =  F
+       s-coord. (standard jacobian formulation)          ln_hpg_sco    =  T
+       s-coord. (standard jacobian formulation) for isf  ln_hpg_isf    =  F
+       s-coord. (Density Jacobian: Cubic polynomial)     ln_hpg_djc    =  F
+       s-coord. (Pressure Jacobian: Cubic polynomial)    ln_hpg_prj    =  F
+ 
+    ==>>>   s-coord. (standard jacobian formulation)
+ 
+ 
+ dyn_spg_init : choice of the surface pressure gradient scheme
+ ~~~~~~~~~~~~
+    Namelist : namdyn_spg                    
+       Explicit free surface                  ln_dynspg_exp =  F
+       Free surface with time splitting       ln_dynspg_ts  =  T
+ 
+    ==>>>   free surface with time splitting scheme
+ 
+ dyn_spg_ts_init : split-explicit free surface
+ ~~~~~~~~~~~~~~~
+      ln_ts_auto =.true. Automatically set nn_baro 
+      Max. courant number allowed:   0.800000000000000     
+      ln_bt_av =.true.  ==> Time averaging over nn_baro time steps is on 
+      ln_bt_fw=.true.  => Forward integration of barotropic variables 
+      Time filter choice, nn_bt_flt:            1
+            Boxcar: width = nn_baro
+  
+      nn_baro =           35
+      Barotropic time step [s] is :   164.571428571429     
+      Maximum Courant number is   :  0.790417938561387     
+      Time diffusion parameter rn_bt_alpha:   0.000000000000000E+000
+ 
+    ==>>>   start from rest: set barotropic values to 0
+ 
+ trc_init : initial set up of the passive tracers
+ ~~~~~~~~
+
+ ===>>> : W A R N I N G
+         ===============
+
+ Coupling with passive tracers and used of diurnal cycle.
+ Computation of a daily mean shortwave for some biogeochemical models
+ 
+ trc_nam_run : read the passive tracer namelists
+ ~~~~~~~~~~~
+    Namelist : namtrc_run
+       time step freq. for passive tracer           nn_dttrc      =            1
+       restart  for passive tracer                  ln_rsttr      =  F
+       control of time step for passive tracer      nn_rsttr      =            0
+       first time step for pass. trac.              nittrc000     =            1
+       Use euler integration for TRC (y/n)          ln_top_euler  =  T
+ 
+ trc_nam_trc : read the passive tracer namelists
+ ~~~~~~~~~~~
+    Namelist : namtrc
+       Total number of passive tracers              jptra         =           24
+       Total number of BGC tracers                  jp_bgc        =           24
+       Simulating PISCES model                      ln_pisces     =  T
+       Simulating MY_TRC  model                     ln_my_trc     =  F
+       Simulating water mass age                    ln_age        =  F
+       Simulating CFC11 passive tracer              ln_cfc11      =  F
+       Simulating CFC12 passive tracer              ln_cfc12      =  F
+       Simulating SF6 passive tracer                ln_sf6        =  F
+       Total number of CFCs tracers                 jp_cfc        =            0
+       Simulating C14   passive tracer              ln_c14        =  F
+       Read inputs data from file (y/n)             ln_trcdta     =  T
+       Damping of passive tracer (y/n)              ln_trcdmp     =  F
+       Restoring of tracer on closed seas           ln_trcdmp_clo =  F
+ 
+    ==>>>   Some of the passive tracers are initialised from climatologies 
+ 
+    ==>>>   Passive Tracer  time step    rdttrc = nn_dttrc*rdt = 
+   5760.00000000000     
+ 
+ 
+ 
+ trc_nam_pisces : read PISCES namelist
+ ~~~~~~~~~~~~~~
+    Namelist : nampismod 
+       Flag to use LOBSTER model            ln_p2z      =  F
+       Flag to use PISCES standard model    ln_p4z      =  T
+       Flag to use PISCES quota    model    ln_p5z      =  F
+       Flag to ligand                       ln_ligand   =  F
+       Flag to use sediment                 ln_sediment =  F
+ 
+    ==>>>   PISCES STANDARD model is used
+ 
+ p4z_ini :   PISCES biochemical model initialisation
+ ~~~~~~~
+ 
+ p4z_sms_init : PISCES initialization
+ ~~~~~~~~~~~~
+    Namelist : nampisbio
+       frequency for the biology                 nrdttrc     =           1
+       POC sinking speed                         wsbio       =
+   2.00000000000000     
+       half saturation constant for mortality    xkmort      =
+  2.000000000000000E-007
+       Fe/C in zooplankton                       ferat3      =
+  1.000000000000000E-005
+       Big particles sinking speed               wsbio2      =
+   50.0000000000000     
+       Big particles maximum sinking speed       wsbio2max   =
+   50.0000000000000     
+       Big particles sinking speed length scale  wsbio2scale =
+   5000.00000000000     
+ 
+    Namelist : nampisdmp --- relaxation to GLODAP
+       Relaxation of tracer to glodap mean value   ln_pisdmp = T
+       Frequency of Relaxation                     nn_pisdmp =        5475
+ 
+    Namelist : nampismass  --- mass conservation checking
+       Flag to check mass conservation of NO3/Si/TALK   ln_check_mass =  F
+ 
+  Level corresponding to 100m depth           11
+ 
+ 
+ p4z_opt_init : 
+ ~~~~~~~~~~~~ 
+    Namelist : nampisopt 
+       PAR as a variable fraction of SW     ln_varpar      =  T
+       Default value for the PAR fraction   parlux         = 
+  0.430000000000000     
+ 
+    ==>>>   initialize variable par fraction (ln_varpar=T)
+ 
+ p4z_opt_init : Variable PAR fraction
+ ~~~~~~~~~~~~
+    fld_fill : fill data structure with information from namelist nampisopt
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./par.orca   variable name: fr_par
+          frequency:    24.0000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: par.orca.nc in READ m
+ ode
+                    ---> par.orca.nc OK
+ 
+    trc_oce_rgb : Initialisation of the optical look-up table
+    ~~~~~~~~~~~ 
+       RGB longest depth of extinction    r_si2 =    61.8046971569839     
+         level of light extinction =           25  ref depth = 
+   2527.21691545123       m
+ 
+ p4z_lim_init : initialization of nutrient limitations
+ ~~~~~~~~~~~~
+    Namelist : namp4zlim
+       mean rainratio                           caco3r    = 
+  0.300000000000000     
+       NO3 half saturation of nanophyto         concnno3  = 
+  1.000000000000000E-006
+       NO3 half saturation of diatoms           concdno3  = 
+  3.000000000000000E-006
+       NH4 half saturation for phyto            concnnh4  = 
+  1.000000000000000E-007
+       NH4 half saturation for diatoms          concdnh4  = 
+  3.000000000000000E-007
+       half saturation constant for Si uptake   xksi1     = 
+  2.000000000000000E-006
+       half saturation constant for Si/C        xksi2     = 
+  2.000000000000000E-005
+       half-sat. of DOC remineralization        xkdoc     = 
+  4.170000000000000E-004
+       Iron half saturation for nanophyto       concnfer  = 
+  1.000000000000000E-009
+       Iron half saturation for diatoms         concdfer  = 
+  3.000000000000000E-009
+       size ratio for nanophytoplankton         xsizern   = 
+   3.00000000000000     
+       size ratio for diatoms                   xsizerd   = 
+   3.00000000000000     
+       NO3 half saturation of bacteria          concbno3  = 
+  2.000000000000000E-007
+       NH4 half saturation for bacteria         concbnh4  = 
+  2.000000000000000E-008
+       Minimum size criteria for diatoms        xsizedia  = 
+  1.000000000000000E-006
+       Minimum size criteria for nanophyto      xsizephy  = 
+  1.000000000000000E-006
+       Fe half saturation for bacteria          concbfe   = 
+  9.999999999999999E-012
+       halk saturation constant for anoxia       oxymin   =
+  1.000000000000000E-006
+       optimal Fe quota for nano.               qnfelim   = 
+  7.000000000000000E-006
+       Optimal Fe quota for diatoms             qdfelim   = 
+  7.000000000000000E-006
+ 
+ p4z_prod_init : phytoplankton growth
+ ~~~~~~~~~~~~~
+    Namelist : namp4zprod
+       mean Si/C ratio                           grosip       =
+  0.159000000000000     
+       P-I slope                                 pislopen     =
+   2.00000000000000     
+       Acclimation factor to low light           xadap        =
+  0.000000000000000E+000
+       excretion ratio of nanophytoplankton      excretn      =
+  5.000000000000000E-002
+       excretion ratio of diatoms                excretd      =
+  5.000000000000000E-002
+       basal respiration in phytoplankton        bresp        =
+  3.300000000000000E-002
+       Maximum Chl/C in phytoplankton            chlcmin      =
+  4.000000000000000E-003
+       P-I slope  for diatoms                    pisloped     =
+   2.00000000000000     
+       Minimum Chl/C in nanophytoplankton        chlcnm       =
+  3.300000000000000E-002
+       Minimum Chl/C in diatoms                  chlcdm       =
+  5.000000000000000E-002
+       Maximum Fe/C in nanophytoplankton         fecnm        =
+  4.000000000000000E-005
+       Minimum Fe/C in diatoms                   fecdm        =
+  4.000000000000000E-005
+ 
+ p4z_sbc_init : initialization of the external sources of nutrients 
+ ~~~~~~~~~~~~ 
+    Namelist : nampissbc 
+       dust input from the atmosphere           ln_dust     =  T
+       Variable solubility of iron input        ln_solub    =  T
+       river input of nutrients                 ln_river    =  T
+       atmospheric deposition of n              ln_ndepo    =  T
+       Fe input from sediments                  ln_ironsed  =  T
+       Fe input from seaice                     ln_ironice  =  T
+       fe input from hydrothermal vents         ln_hydrofe  =  T
+       coastal release of iron                  sedfeinput  = 
+  2.000000000000000E-009
+       distance off the coast                   distcoast   = 
+   5000.00000000000     
+       solubility of the dust                   dustsolub   = 
+  2.000000000000000E-002
+       Mineral Fe content of the dust           mfrac       = 
+  3.500000000000000E-002
+       Iron concentration in sea ice            icefeinput  = 
+  1.500000000000000E-008
+       sinking speed of the dust                wdust       = 
+   2.00000000000000     
+       nitrogen fixation rate                   nitrfix     = 
+  1.000000000000000E-007
+       nitrogen fixation sensitivty to light    diazolight  = 
+   50.0000000000000     
+       Fe half-saturation cste for diazotrophs  concfediaz  = 
+  1.000000000000000E-010
+       Fe to 3He ratio assumed for vent iron supply hratio  = 
+   10000000.0000000     
+    ==>>>   ln_ironice incompatible with nn_ice_tr =            0
+            Specify your sea ice iron concentration in nampisice instead 
+            ln_ironice is forced to .FALSE. 
+     initialize dust input from atmosphere 
+     ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 
+ 
+ p4z_sed_init : Atmospheric dust deposition
+ ~~~~~~~~~~~~
+    fld_fill : fill data structure with information from namelist nampissed
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./dust.orca   variable name: dust
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: dust.orca.nc in READ 
+ mode
+                    ---> dust.orca.nc OK
+ 
+    ==>>>   ll_solub=T , initialize variable solubility of Fe 
+ 
+ p4z_sed_init : Solubility of atm. iron
+ ~~~~~~~~~~~~
+    fld_fill : fill data structure with information from namelist nampissed
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./solubility.orca   variable name: solubility1
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: solubility.orca.nc in
+  READ mode
+                    ---> solubility.orca.nc OK
+                     iom_close ~~~ close file: solubility.orca.nc ok
+ 
+ p4z_sed_init : Input from river
+ ~~~~~~~~~~~~
+    fld_fill : fill data structure with information from namelist nampissed
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./river.orca   variable name: riverdic
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./river.orca   variable name: riverdoc
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./river.orca   variable name: riverdin
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./river.orca   variable name: riverdon
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./river.orca   variable name: riverdip
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./river.orca   variable name: riverdop
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./river.orca   variable name: riverdsi
+          frequency:    120.000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdic (rec:      1) in river.orca.nc ok
+           read riverdic (rec:      2) in river.orca.nc ok
+           read riverdic (rec:      3) in river.orca.nc ok
+           read riverdic (rec:      4) in river.orca.nc ok
+           read riverdic (rec:      5) in river.orca.nc ok
+           read riverdic (rec:      6) in river.orca.nc ok
+           read riverdic (rec:      7) in river.orca.nc ok
+           read riverdic (rec:      8) in river.orca.nc ok
+           read riverdic (rec:      9) in river.orca.nc ok
+           read riverdic (rec:     10) in river.orca.nc ok
+           read riverdic (rec:     11) in river.orca.nc ok
+           read riverdic (rec:     12) in river.orca.nc ok
+           read riverdic (rec:     13) in river.orca.nc ok
+           read riverdic (rec:     14) in river.orca.nc ok
+           read riverdic (rec:     15) in river.orca.nc ok
+           read riverdic (rec:     16) in river.orca.nc ok
+           read riverdic (rec:     17) in river.orca.nc ok
+           read riverdic (rec:     18) in river.orca.nc ok
+           read riverdic (rec:     19) in river.orca.nc ok
+           read riverdic (rec:     20) in river.orca.nc ok
+           read riverdic (rec:     21) in river.orca.nc ok
+           read riverdic (rec:     22) in river.orca.nc ok
+           read riverdic (rec:     23) in river.orca.nc ok
+           read riverdic (rec:     24) in river.orca.nc ok
+           read riverdic (rec:     25) in river.orca.nc ok
+           read riverdic (rec:     26) in river.orca.nc ok
+           read riverdic (rec:     27) in river.orca.nc ok
+           read riverdic (rec:     28) in river.orca.nc ok
+           read riverdic (rec:     29) in river.orca.nc ok
+           read riverdic (rec:     30) in river.orca.nc ok
+           read riverdic (rec:     31) in river.orca.nc ok
+           read riverdic (rec:     32) in river.orca.nc ok
+           read riverdic (rec:     33) in river.orca.nc ok
+           read riverdic (rec:     34) in river.orca.nc ok
+           read riverdic (rec:     35) in river.orca.nc ok
+           read riverdic (rec:     36) in river.orca.nc ok
+           read riverdic (rec:     37) in river.orca.nc ok
+           read riverdic (rec:     38) in river.orca.nc ok
+           read riverdic (rec:     39) in river.orca.nc ok
+           read riverdic (rec:     40) in river.orca.nc ok
+           read riverdic (rec:     41) in river.orca.nc ok
+           read riverdic (rec:     42) in river.orca.nc ok
+           read riverdic (rec:     43) in river.orca.nc ok
+           read riverdic (rec:     44) in river.orca.nc ok
+           read riverdic (rec:     45) in river.orca.nc ok
+           read riverdic (rec:     46) in river.orca.nc ok
+           read riverdic (rec:     47) in river.orca.nc ok
+           read riverdic (rec:     48) in river.orca.nc ok
+           read riverdic (rec:     49) in river.orca.nc ok
+           read riverdic (rec:     50) in river.orca.nc ok
+           read riverdic (rec:     51) in river.orca.nc ok
+           read riverdic (rec:     52) in river.orca.nc ok
+           read riverdic (rec:     53) in river.orca.nc ok
+           read riverdic (rec:     54) in river.orca.nc ok
+           read riverdic (rec:     55) in river.orca.nc ok
+           read riverdic (rec:     56) in river.orca.nc ok
+           read riverdic (rec:     57) in river.orca.nc ok
+           read riverdic (rec:     58) in river.orca.nc ok
+           read riverdic (rec:     59) in river.orca.nc ok
+           read riverdic (rec:     60) in river.orca.nc ok
+           read riverdic (rec:     61) in river.orca.nc ok
+           read riverdic (rec:     62) in river.orca.nc ok
+           read riverdic (rec:     63) in river.orca.nc ok
+           read riverdic (rec:     64) in river.orca.nc ok
+           read riverdic (rec:     65) in river.orca.nc ok
+           read riverdic (rec:     66) in river.orca.nc ok
+           read riverdic (rec:     67) in river.orca.nc ok
+           read riverdic (rec:     68) in river.orca.nc ok
+           read riverdic (rec:     69) in river.orca.nc ok
+           read riverdic (rec:     70) in river.orca.nc ok
+           read riverdic (rec:     71) in river.orca.nc ok
+           read riverdic (rec:     72) in river.orca.nc ok
+           read riverdic (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdoc (rec:      1) in river.orca.nc ok
+           read riverdoc (rec:      2) in river.orca.nc ok
+           read riverdoc (rec:      3) in river.orca.nc ok
+           read riverdoc (rec:      4) in river.orca.nc ok
+           read riverdoc (rec:      5) in river.orca.nc ok
+           read riverdoc (rec:      6) in river.orca.nc ok
+           read riverdoc (rec:      7) in river.orca.nc ok
+           read riverdoc (rec:      8) in river.orca.nc ok
+           read riverdoc (rec:      9) in river.orca.nc ok
+           read riverdoc (rec:     10) in river.orca.nc ok
+           read riverdoc (rec:     11) in river.orca.nc ok
+           read riverdoc (rec:     12) in river.orca.nc ok
+           read riverdoc (rec:     13) in river.orca.nc ok
+           read riverdoc (rec:     14) in river.orca.nc ok
+           read riverdoc (rec:     15) in river.orca.nc ok
+           read riverdoc (rec:     16) in river.orca.nc ok
+           read riverdoc (rec:     17) in river.orca.nc ok
+           read riverdoc (rec:     18) in river.orca.nc ok
+           read riverdoc (rec:     19) in river.orca.nc ok
+           read riverdoc (rec:     20) in river.orca.nc ok
+           read riverdoc (rec:     21) in river.orca.nc ok
+           read riverdoc (rec:     22) in river.orca.nc ok
+           read riverdoc (rec:     23) in river.orca.nc ok
+           read riverdoc (rec:     24) in river.orca.nc ok
+           read riverdoc (rec:     25) in river.orca.nc ok
+           read riverdoc (rec:     26) in river.orca.nc ok
+           read riverdoc (rec:     27) in river.orca.nc ok
+           read riverdoc (rec:     28) in river.orca.nc ok
+           read riverdoc (rec:     29) in river.orca.nc ok
+           read riverdoc (rec:     30) in river.orca.nc ok
+           read riverdoc (rec:     31) in river.orca.nc ok
+           read riverdoc (rec:     32) in river.orca.nc ok
+           read riverdoc (rec:     33) in river.orca.nc ok
+           read riverdoc (rec:     34) in river.orca.nc ok
+           read riverdoc (rec:     35) in river.orca.nc ok
+           read riverdoc (rec:     36) in river.orca.nc ok
+           read riverdoc (rec:     37) in river.orca.nc ok
+           read riverdoc (rec:     38) in river.orca.nc ok
+           read riverdoc (rec:     39) in river.orca.nc ok
+           read riverdoc (rec:     40) in river.orca.nc ok
+           read riverdoc (rec:     41) in river.orca.nc ok
+           read riverdoc (rec:     42) in river.orca.nc ok
+           read riverdoc (rec:     43) in river.orca.nc ok
+           read riverdoc (rec:     44) in river.orca.nc ok
+           read riverdoc (rec:     45) in river.orca.nc ok
+           read riverdoc (rec:     46) in river.orca.nc ok
+           read riverdoc (rec:     47) in river.orca.nc ok
+           read riverdoc (rec:     48) in river.orca.nc ok
+           read riverdoc (rec:     49) in river.orca.nc ok
+           read riverdoc (rec:     50) in river.orca.nc ok
+           read riverdoc (rec:     51) in river.orca.nc ok
+           read riverdoc (rec:     52) in river.orca.nc ok
+           read riverdoc (rec:     53) in river.orca.nc ok
+           read riverdoc (rec:     54) in river.orca.nc ok
+           read riverdoc (rec:     55) in river.orca.nc ok
+           read riverdoc (rec:     56) in river.orca.nc ok
+           read riverdoc (rec:     57) in river.orca.nc ok
+           read riverdoc (rec:     58) in river.orca.nc ok
+           read riverdoc (rec:     59) in river.orca.nc ok
+           read riverdoc (rec:     60) in river.orca.nc ok
+           read riverdoc (rec:     61) in river.orca.nc ok
+           read riverdoc (rec:     62) in river.orca.nc ok
+           read riverdoc (rec:     63) in river.orca.nc ok
+           read riverdoc (rec:     64) in river.orca.nc ok
+           read riverdoc (rec:     65) in river.orca.nc ok
+           read riverdoc (rec:     66) in river.orca.nc ok
+           read riverdoc (rec:     67) in river.orca.nc ok
+           read riverdoc (rec:     68) in river.orca.nc ok
+           read riverdoc (rec:     69) in river.orca.nc ok
+           read riverdoc (rec:     70) in river.orca.nc ok
+           read riverdoc (rec:     71) in river.orca.nc ok
+           read riverdoc (rec:     72) in river.orca.nc ok
+           read riverdoc (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdin (rec:      1) in river.orca.nc ok
+           read riverdin (rec:      2) in river.orca.nc ok
+           read riverdin (rec:      3) in river.orca.nc ok
+           read riverdin (rec:      4) in river.orca.nc ok
+           read riverdin (rec:      5) in river.orca.nc ok
+           read riverdin (rec:      6) in river.orca.nc ok
+           read riverdin (rec:      7) in river.orca.nc ok
+           read riverdin (rec:      8) in river.orca.nc ok
+           read riverdin (rec:      9) in river.orca.nc ok
+           read riverdin (rec:     10) in river.orca.nc ok
+           read riverdin (rec:     11) in river.orca.nc ok
+           read riverdin (rec:     12) in river.orca.nc ok
+           read riverdin (rec:     13) in river.orca.nc ok
+           read riverdin (rec:     14) in river.orca.nc ok
+           read riverdin (rec:     15) in river.orca.nc ok
+           read riverdin (rec:     16) in river.orca.nc ok
+           read riverdin (rec:     17) in river.orca.nc ok
+           read riverdin (rec:     18) in river.orca.nc ok
+           read riverdin (rec:     19) in river.orca.nc ok
+           read riverdin (rec:     20) in river.orca.nc ok
+           read riverdin (rec:     21) in river.orca.nc ok
+           read riverdin (rec:     22) in river.orca.nc ok
+           read riverdin (rec:     23) in river.orca.nc ok
+           read riverdin (rec:     24) in river.orca.nc ok
+           read riverdin (rec:     25) in river.orca.nc ok
+           read riverdin (rec:     26) in river.orca.nc ok
+           read riverdin (rec:     27) in river.orca.nc ok
+           read riverdin (rec:     28) in river.orca.nc ok
+           read riverdin (rec:     29) in river.orca.nc ok
+           read riverdin (rec:     30) in river.orca.nc ok
+           read riverdin (rec:     31) in river.orca.nc ok
+           read riverdin (rec:     32) in river.orca.nc ok
+           read riverdin (rec:     33) in river.orca.nc ok
+           read riverdin (rec:     34) in river.orca.nc ok
+           read riverdin (rec:     35) in river.orca.nc ok
+           read riverdin (rec:     36) in river.orca.nc ok
+           read riverdin (rec:     37) in river.orca.nc ok
+           read riverdin (rec:     38) in river.orca.nc ok
+           read riverdin (rec:     39) in river.orca.nc ok
+           read riverdin (rec:     40) in river.orca.nc ok
+           read riverdin (rec:     41) in river.orca.nc ok
+           read riverdin (rec:     42) in river.orca.nc ok
+           read riverdin (rec:     43) in river.orca.nc ok
+           read riverdin (rec:     44) in river.orca.nc ok
+           read riverdin (rec:     45) in river.orca.nc ok
+           read riverdin (rec:     46) in river.orca.nc ok
+           read riverdin (rec:     47) in river.orca.nc ok
+           read riverdin (rec:     48) in river.orca.nc ok
+           read riverdin (rec:     49) in river.orca.nc ok
+           read riverdin (rec:     50) in river.orca.nc ok
+           read riverdin (rec:     51) in river.orca.nc ok
+           read riverdin (rec:     52) in river.orca.nc ok
+           read riverdin (rec:     53) in river.orca.nc ok
+           read riverdin (rec:     54) in river.orca.nc ok
+           read riverdin (rec:     55) in river.orca.nc ok
+           read riverdin (rec:     56) in river.orca.nc ok
+           read riverdin (rec:     57) in river.orca.nc ok
+           read riverdin (rec:     58) in river.orca.nc ok
+           read riverdin (rec:     59) in river.orca.nc ok
+           read riverdin (rec:     60) in river.orca.nc ok
+           read riverdin (rec:     61) in river.orca.nc ok
+           read riverdin (rec:     62) in river.orca.nc ok
+           read riverdin (rec:     63) in river.orca.nc ok
+           read riverdin (rec:     64) in river.orca.nc ok
+           read riverdin (rec:     65) in river.orca.nc ok
+           read riverdin (rec:     66) in river.orca.nc ok
+           read riverdin (rec:     67) in river.orca.nc ok
+           read riverdin (rec:     68) in river.orca.nc ok
+           read riverdin (rec:     69) in river.orca.nc ok
+           read riverdin (rec:     70) in river.orca.nc ok
+           read riverdin (rec:     71) in river.orca.nc ok
+           read riverdin (rec:     72) in river.orca.nc ok
+           read riverdin (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdon (rec:      1) in river.orca.nc ok
+           read riverdon (rec:      2) in river.orca.nc ok
+           read riverdon (rec:      3) in river.orca.nc ok
+           read riverdon (rec:      4) in river.orca.nc ok
+           read riverdon (rec:      5) in river.orca.nc ok
+           read riverdon (rec:      6) in river.orca.nc ok
+           read riverdon (rec:      7) in river.orca.nc ok
+           read riverdon (rec:      8) in river.orca.nc ok
+           read riverdon (rec:      9) in river.orca.nc ok
+           read riverdon (rec:     10) in river.orca.nc ok
+           read riverdon (rec:     11) in river.orca.nc ok
+           read riverdon (rec:     12) in river.orca.nc ok
+           read riverdon (rec:     13) in river.orca.nc ok
+           read riverdon (rec:     14) in river.orca.nc ok
+           read riverdon (rec:     15) in river.orca.nc ok
+           read riverdon (rec:     16) in river.orca.nc ok
+           read riverdon (rec:     17) in river.orca.nc ok
+           read riverdon (rec:     18) in river.orca.nc ok
+           read riverdon (rec:     19) in river.orca.nc ok
+           read riverdon (rec:     20) in river.orca.nc ok
+           read riverdon (rec:     21) in river.orca.nc ok
+           read riverdon (rec:     22) in river.orca.nc ok
+           read riverdon (rec:     23) in river.orca.nc ok
+           read riverdon (rec:     24) in river.orca.nc ok
+           read riverdon (rec:     25) in river.orca.nc ok
+           read riverdon (rec:     26) in river.orca.nc ok
+           read riverdon (rec:     27) in river.orca.nc ok
+           read riverdon (rec:     28) in river.orca.nc ok
+           read riverdon (rec:     29) in river.orca.nc ok
+           read riverdon (rec:     30) in river.orca.nc ok
+           read riverdon (rec:     31) in river.orca.nc ok
+           read riverdon (rec:     32) in river.orca.nc ok
+           read riverdon (rec:     33) in river.orca.nc ok
+           read riverdon (rec:     34) in river.orca.nc ok
+           read riverdon (rec:     35) in river.orca.nc ok
+           read riverdon (rec:     36) in river.orca.nc ok
+           read riverdon (rec:     37) in river.orca.nc ok
+           read riverdon (rec:     38) in river.orca.nc ok
+           read riverdon (rec:     39) in river.orca.nc ok
+           read riverdon (rec:     40) in river.orca.nc ok
+           read riverdon (rec:     41) in river.orca.nc ok
+           read riverdon (rec:     42) in river.orca.nc ok
+           read riverdon (rec:     43) in river.orca.nc ok
+           read riverdon (rec:     44) in river.orca.nc ok
+           read riverdon (rec:     45) in river.orca.nc ok
+           read riverdon (rec:     46) in river.orca.nc ok
+           read riverdon (rec:     47) in river.orca.nc ok
+           read riverdon (rec:     48) in river.orca.nc ok
+           read riverdon (rec:     49) in river.orca.nc ok
+           read riverdon (rec:     50) in river.orca.nc ok
+           read riverdon (rec:     51) in river.orca.nc ok
+           read riverdon (rec:     52) in river.orca.nc ok
+           read riverdon (rec:     53) in river.orca.nc ok
+           read riverdon (rec:     54) in river.orca.nc ok
+           read riverdon (rec:     55) in river.orca.nc ok
+           read riverdon (rec:     56) in river.orca.nc ok
+           read riverdon (rec:     57) in river.orca.nc ok
+           read riverdon (rec:     58) in river.orca.nc ok
+           read riverdon (rec:     59) in river.orca.nc ok
+           read riverdon (rec:     60) in river.orca.nc ok
+           read riverdon (rec:     61) in river.orca.nc ok
+           read riverdon (rec:     62) in river.orca.nc ok
+           read riverdon (rec:     63) in river.orca.nc ok
+           read riverdon (rec:     64) in river.orca.nc ok
+           read riverdon (rec:     65) in river.orca.nc ok
+           read riverdon (rec:     66) in river.orca.nc ok
+           read riverdon (rec:     67) in river.orca.nc ok
+           read riverdon (rec:     68) in river.orca.nc ok
+           read riverdon (rec:     69) in river.orca.nc ok
+           read riverdon (rec:     70) in river.orca.nc ok
+           read riverdon (rec:     71) in river.orca.nc ok
+           read riverdon (rec:     72) in river.orca.nc ok
+           read riverdon (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdip (rec:      1) in river.orca.nc ok
+           read riverdip (rec:      2) in river.orca.nc ok
+           read riverdip (rec:      3) in river.orca.nc ok
+           read riverdip (rec:      4) in river.orca.nc ok
+           read riverdip (rec:      5) in river.orca.nc ok
+           read riverdip (rec:      6) in river.orca.nc ok
+           read riverdip (rec:      7) in river.orca.nc ok
+           read riverdip (rec:      8) in river.orca.nc ok
+           read riverdip (rec:      9) in river.orca.nc ok
+           read riverdip (rec:     10) in river.orca.nc ok
+           read riverdip (rec:     11) in river.orca.nc ok
+           read riverdip (rec:     12) in river.orca.nc ok
+           read riverdip (rec:     13) in river.orca.nc ok
+           read riverdip (rec:     14) in river.orca.nc ok
+           read riverdip (rec:     15) in river.orca.nc ok
+           read riverdip (rec:     16) in river.orca.nc ok
+           read riverdip (rec:     17) in river.orca.nc ok
+           read riverdip (rec:     18) in river.orca.nc ok
+           read riverdip (rec:     19) in river.orca.nc ok
+           read riverdip (rec:     20) in river.orca.nc ok
+           read riverdip (rec:     21) in river.orca.nc ok
+           read riverdip (rec:     22) in river.orca.nc ok
+           read riverdip (rec:     23) in river.orca.nc ok
+           read riverdip (rec:     24) in river.orca.nc ok
+           read riverdip (rec:     25) in river.orca.nc ok
+           read riverdip (rec:     26) in river.orca.nc ok
+           read riverdip (rec:     27) in river.orca.nc ok
+           read riverdip (rec:     28) in river.orca.nc ok
+           read riverdip (rec:     29) in river.orca.nc ok
+           read riverdip (rec:     30) in river.orca.nc ok
+           read riverdip (rec:     31) in river.orca.nc ok
+           read riverdip (rec:     32) in river.orca.nc ok
+           read riverdip (rec:     33) in river.orca.nc ok
+           read riverdip (rec:     34) in river.orca.nc ok
+           read riverdip (rec:     35) in river.orca.nc ok
+           read riverdip (rec:     36) in river.orca.nc ok
+           read riverdip (rec:     37) in river.orca.nc ok
+           read riverdip (rec:     38) in river.orca.nc ok
+           read riverdip (rec:     39) in river.orca.nc ok
+           read riverdip (rec:     40) in river.orca.nc ok
+           read riverdip (rec:     41) in river.orca.nc ok
+           read riverdip (rec:     42) in river.orca.nc ok
+           read riverdip (rec:     43) in river.orca.nc ok
+           read riverdip (rec:     44) in river.orca.nc ok
+           read riverdip (rec:     45) in river.orca.nc ok
+           read riverdip (rec:     46) in river.orca.nc ok
+           read riverdip (rec:     47) in river.orca.nc ok
+           read riverdip (rec:     48) in river.orca.nc ok
+           read riverdip (rec:     49) in river.orca.nc ok
+           read riverdip (rec:     50) in river.orca.nc ok
+           read riverdip (rec:     51) in river.orca.nc ok
+           read riverdip (rec:     52) in river.orca.nc ok
+           read riverdip (rec:     53) in river.orca.nc ok
+           read riverdip (rec:     54) in river.orca.nc ok
+           read riverdip (rec:     55) in river.orca.nc ok
+           read riverdip (rec:     56) in river.orca.nc ok
+           read riverdip (rec:     57) in river.orca.nc ok
+           read riverdip (rec:     58) in river.orca.nc ok
+           read riverdip (rec:     59) in river.orca.nc ok
+           read riverdip (rec:     60) in river.orca.nc ok
+           read riverdip (rec:     61) in river.orca.nc ok
+           read riverdip (rec:     62) in river.orca.nc ok
+           read riverdip (rec:     63) in river.orca.nc ok
+           read riverdip (rec:     64) in river.orca.nc ok
+           read riverdip (rec:     65) in river.orca.nc ok
+           read riverdip (rec:     66) in river.orca.nc ok
+           read riverdip (rec:     67) in river.orca.nc ok
+           read riverdip (rec:     68) in river.orca.nc ok
+           read riverdip (rec:     69) in river.orca.nc ok
+           read riverdip (rec:     70) in river.orca.nc ok
+           read riverdip (rec:     71) in river.orca.nc ok
+           read riverdip (rec:     72) in river.orca.nc ok
+           read riverdip (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdop (rec:      1) in river.orca.nc ok
+           read riverdop (rec:      2) in river.orca.nc ok
+           read riverdop (rec:      3) in river.orca.nc ok
+           read riverdop (rec:      4) in river.orca.nc ok
+           read riverdop (rec:      5) in river.orca.nc ok
+           read riverdop (rec:      6) in river.orca.nc ok
+           read riverdop (rec:      7) in river.orca.nc ok
+           read riverdop (rec:      8) in river.orca.nc ok
+           read riverdop (rec:      9) in river.orca.nc ok
+           read riverdop (rec:     10) in river.orca.nc ok
+           read riverdop (rec:     11) in river.orca.nc ok
+           read riverdop (rec:     12) in river.orca.nc ok
+           read riverdop (rec:     13) in river.orca.nc ok
+           read riverdop (rec:     14) in river.orca.nc ok
+           read riverdop (rec:     15) in river.orca.nc ok
+           read riverdop (rec:     16) in river.orca.nc ok
+           read riverdop (rec:     17) in river.orca.nc ok
+           read riverdop (rec:     18) in river.orca.nc ok
+           read riverdop (rec:     19) in river.orca.nc ok
+           read riverdop (rec:     20) in river.orca.nc ok
+           read riverdop (rec:     21) in river.orca.nc ok
+           read riverdop (rec:     22) in river.orca.nc ok
+           read riverdop (rec:     23) in river.orca.nc ok
+           read riverdop (rec:     24) in river.orca.nc ok
+           read riverdop (rec:     25) in river.orca.nc ok
+           read riverdop (rec:     26) in river.orca.nc ok
+           read riverdop (rec:     27) in river.orca.nc ok
+           read riverdop (rec:     28) in river.orca.nc ok
+           read riverdop (rec:     29) in river.orca.nc ok
+           read riverdop (rec:     30) in river.orca.nc ok
+           read riverdop (rec:     31) in river.orca.nc ok
+           read riverdop (rec:     32) in river.orca.nc ok
+           read riverdop (rec:     33) in river.orca.nc ok
+           read riverdop (rec:     34) in river.orca.nc ok
+           read riverdop (rec:     35) in river.orca.nc ok
+           read riverdop (rec:     36) in river.orca.nc ok
+           read riverdop (rec:     37) in river.orca.nc ok
+           read riverdop (rec:     38) in river.orca.nc ok
+           read riverdop (rec:     39) in river.orca.nc ok
+           read riverdop (rec:     40) in river.orca.nc ok
+           read riverdop (rec:     41) in river.orca.nc ok
+           read riverdop (rec:     42) in river.orca.nc ok
+           read riverdop (rec:     43) in river.orca.nc ok
+           read riverdop (rec:     44) in river.orca.nc ok
+           read riverdop (rec:     45) in river.orca.nc ok
+           read riverdop (rec:     46) in river.orca.nc ok
+           read riverdop (rec:     47) in river.orca.nc ok
+           read riverdop (rec:     48) in river.orca.nc ok
+           read riverdop (rec:     49) in river.orca.nc ok
+           read riverdop (rec:     50) in river.orca.nc ok
+           read riverdop (rec:     51) in river.orca.nc ok
+           read riverdop (rec:     52) in river.orca.nc ok
+           read riverdop (rec:     53) in river.orca.nc ok
+           read riverdop (rec:     54) in river.orca.nc ok
+           read riverdop (rec:     55) in river.orca.nc ok
+           read riverdop (rec:     56) in river.orca.nc ok
+           read riverdop (rec:     57) in river.orca.nc ok
+           read riverdop (rec:     58) in river.orca.nc ok
+           read riverdop (rec:     59) in river.orca.nc ok
+           read riverdop (rec:     60) in river.orca.nc ok
+           read riverdop (rec:     61) in river.orca.nc ok
+           read riverdop (rec:     62) in river.orca.nc ok
+           read riverdop (rec:     63) in river.orca.nc ok
+           read riverdop (rec:     64) in river.orca.nc ok
+           read riverdop (rec:     65) in river.orca.nc ok
+           read riverdop (rec:     66) in river.orca.nc ok
+           read riverdop (rec:     67) in river.orca.nc ok
+           read riverdop (rec:     68) in river.orca.nc ok
+           read riverdop (rec:     69) in river.orca.nc ok
+           read riverdop (rec:     70) in river.orca.nc ok
+           read riverdop (rec:     71) in river.orca.nc ok
+           read riverdop (rec:     72) in river.orca.nc ok
+           read riverdop (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: river.orca.nc in READ
+  mode
+                    ---> river.orca.nc OK
+           read riverdsi (rec:      1) in river.orca.nc ok
+           read riverdsi (rec:      2) in river.orca.nc ok
+           read riverdsi (rec:      3) in river.orca.nc ok
+           read riverdsi (rec:      4) in river.orca.nc ok
+           read riverdsi (rec:      5) in river.orca.nc ok
+           read riverdsi (rec:      6) in river.orca.nc ok
+           read riverdsi (rec:      7) in river.orca.nc ok
+           read riverdsi (rec:      8) in river.orca.nc ok
+           read riverdsi (rec:      9) in river.orca.nc ok
+           read riverdsi (rec:     10) in river.orca.nc ok
+           read riverdsi (rec:     11) in river.orca.nc ok
+           read riverdsi (rec:     12) in river.orca.nc ok
+           read riverdsi (rec:     13) in river.orca.nc ok
+           read riverdsi (rec:     14) in river.orca.nc ok
+           read riverdsi (rec:     15) in river.orca.nc ok
+           read riverdsi (rec:     16) in river.orca.nc ok
+           read riverdsi (rec:     17) in river.orca.nc ok
+           read riverdsi (rec:     18) in river.orca.nc ok
+           read riverdsi (rec:     19) in river.orca.nc ok
+           read riverdsi (rec:     20) in river.orca.nc ok
+           read riverdsi (rec:     21) in river.orca.nc ok
+           read riverdsi (rec:     22) in river.orca.nc ok
+           read riverdsi (rec:     23) in river.orca.nc ok
+           read riverdsi (rec:     24) in river.orca.nc ok
+           read riverdsi (rec:     25) in river.orca.nc ok
+           read riverdsi (rec:     26) in river.orca.nc ok
+           read riverdsi (rec:     27) in river.orca.nc ok
+           read riverdsi (rec:     28) in river.orca.nc ok
+           read riverdsi (rec:     29) in river.orca.nc ok
+           read riverdsi (rec:     30) in river.orca.nc ok
+           read riverdsi (rec:     31) in river.orca.nc ok
+           read riverdsi (rec:     32) in river.orca.nc ok
+           read riverdsi (rec:     33) in river.orca.nc ok
+           read riverdsi (rec:     34) in river.orca.nc ok
+           read riverdsi (rec:     35) in river.orca.nc ok
+           read riverdsi (rec:     36) in river.orca.nc ok
+           read riverdsi (rec:     37) in river.orca.nc ok
+           read riverdsi (rec:     38) in river.orca.nc ok
+           read riverdsi (rec:     39) in river.orca.nc ok
+           read riverdsi (rec:     40) in river.orca.nc ok
+           read riverdsi (rec:     41) in river.orca.nc ok
+           read riverdsi (rec:     42) in river.orca.nc ok
+           read riverdsi (rec:     43) in river.orca.nc ok
+           read riverdsi (rec:     44) in river.orca.nc ok
+           read riverdsi (rec:     45) in river.orca.nc ok
+           read riverdsi (rec:     46) in river.orca.nc ok
+           read riverdsi (rec:     47) in river.orca.nc ok
+           read riverdsi (rec:     48) in river.orca.nc ok
+           read riverdsi (rec:     49) in river.orca.nc ok
+           read riverdsi (rec:     50) in river.orca.nc ok
+           read riverdsi (rec:     51) in river.orca.nc ok
+           read riverdsi (rec:     52) in river.orca.nc ok
+           read riverdsi (rec:     53) in river.orca.nc ok
+           read riverdsi (rec:     54) in river.orca.nc ok
+           read riverdsi (rec:     55) in river.orca.nc ok
+           read riverdsi (rec:     56) in river.orca.nc ok
+           read riverdsi (rec:     57) in river.orca.nc ok
+           read riverdsi (rec:     58) in river.orca.nc ok
+           read riverdsi (rec:     59) in river.orca.nc ok
+           read riverdsi (rec:     60) in river.orca.nc ok
+           read riverdsi (rec:     61) in river.orca.nc ok
+           read riverdsi (rec:     62) in river.orca.nc ok
+           read riverdsi (rec:     63) in river.orca.nc ok
+           read riverdsi (rec:     64) in river.orca.nc ok
+           read riverdsi (rec:     65) in river.orca.nc ok
+           read riverdsi (rec:     66) in river.orca.nc ok
+           read riverdsi (rec:     67) in river.orca.nc ok
+           read riverdsi (rec:     68) in river.orca.nc ok
+           read riverdsi (rec:     69) in river.orca.nc ok
+           read riverdsi (rec:     70) in river.orca.nc ok
+           read riverdsi (rec:     71) in river.orca.nc ok
+           read riverdsi (rec:     72) in river.orca.nc ok
+           read riverdsi (rec:     73) in river.orca.nc ok
+                     iom_close ~~~ close file: river.orca.nc ok
+ 
+    ==>>>   ln_ndepo=T , initialize the nutrient input by dust from NetCDF file
+ 
+ p4z_sed_init : Nutrient atmospheric depositon
+ ~~~~~~~~~~~~
+    fld_fill : fill data structure with information from namelist nampissed
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./ndeposition.orca   variable name: ndep
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: ndeposition.orca.nc i
+ n READ mode
+                    ---> ndeposition.orca.nc OK
+ 
+    ==>>>   ln_ironsed=T , computation of an island mask to enhance coastal supp
+ ly of iron
+                     iom_nf90_open ~~~ open existing file: bathy.orca.nc in READ
+  mode
+                    ---> bathy.orca.nc OK
+           read bathy (rec:      1) in bathy.orca.nc ok
+                     iom_close ~~~ close file: bathy.orca.nc ok
+ 
+  Level corresponding to 50m depth            5     55.0294990052134     
+ 
+    ==>>>   ln_hydrofe=T , Input of iron from hydrothermal vents
+                     iom_nf90_open ~~~ open existing file: hydrofe.orca.nc in RE
+ AD mode
+                    ---> hydrofe.orca.nc OK
+           read epsdb (rec:      1) in hydrofe.orca.nc ok
+                     iom_close ~~~ close file: hydrofe.orca.nc ok
+                     iom_nf90_open ~~~ open existing file: ./dust.orca.nc in REA
+ D mode
+                    ---> ./dust.orca.nc OK
+           read dust (rec:     12) in ./dust.orca.nc ok
+   fld_init : time-interpolation for dust read previous record =     12 at time =  -15.50 days
+           read dust (rec:      1) in ./dust.orca.nc ok
+   fld_read: var dust kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_nf90_open ~~~ open existing file: ./solubility.orca.nc 
+ in READ mode
+                    ---> ./solubility.orca.nc OK
+           read solubility1 (rec:      1) in ./solubility.orca.nc ok
+   fld_read: var solubility1 kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdic (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdic read previous record =     73 at time =   -2.50 days
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdoc (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdoc read previous record =     73 at time =   -2.50 days
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdin (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdin read previous record =     73 at time =   -2.50 days
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdon (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdon read previous record =     73 at time =   -2.50 days
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdip (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdip read previous record =     73 at time =   -2.50 days
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdop (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdop read previous record =     73 at time =   -2.50 days
+                     iom_nf90_open ~~~ open existing file: ./river.orca.nc in RE
+ AD mode
+                    ---> ./river.orca.nc OK
+           read riverdsi (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdsi read previous record =     73 at time =   -2.50 days
+           read riverdic (rec:      1) in ./river.orca.nc ok
+           read riverdoc (rec:      1) in ./river.orca.nc ok
+           read riverdin (rec:      1) in ./river.orca.nc ok
+           read riverdon (rec:      1) in ./river.orca.nc ok
+           read riverdip (rec:      1) in ./river.orca.nc ok
+           read riverdop (rec:      1) in ./river.orca.nc ok
+           read riverdsi (rec:      1) in ./river.orca.nc ok
+   fld_read: var riverdic kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+                     iom_nf90_open ~~~ open existing file: ./ndeposition.orca.nc
+  in READ mode
+                    ---> ./ndeposition.orca.nc OK
+           read ndep (rec:      1) in ./ndeposition.orca.nc ok
+   fld_read: var ndep kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+ 
+     Total input of elements from river supply
+     ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+     N Supply   :    36.0363462141004       TgN/yr
+     Si Supply  :    155.013181665545       TgSi/yr
+     P Supply   :    2.57496706961082       TgP/yr
+     Alk Supply :    34.9564772593535       Teq/yr
+     DIC Supply :    590.329716698418       TgC/yr
+ 
+ 
+ p4z_rem_init : Initialization of iron chemistry parameters
+ ~~~~~~~~~~~~
+    Namelist : nampisfer
+       variable concentration of ligand          ln_ligvar    = T
+       scavenging rate of Iron                   xlam1        =
+  5.000000000000000E-003
+       scavenging rate of Iron by dust           xlamdust     =
+   150.000000000000     
+       ligand concentration in the ocean         ligand       =
+  7.000000000000000E-010
+       rate constant for nanoparticle formation  kfep         =
+  1.000000000000000E-002
+ 
+ p4z_rem_init : Initialization of remineralization parameters
+ ~~~~~~~~~~~~
+    Namelist parameters for remineralization, nampisrem
+       remineralization rate of DOC              xremik    =
+  0.300000000000000     
+       remineralization rate of Si               xsirem    =
+  3.000000000000000E-003
+       fast remineralization rate of Si          xsiremlab =
+  3.000000000000000E-002
+       fraction of labile biogenic silica        xsilab    =
+  0.500000000000000     
+       NH4 nitrification rate                    nitrif    =
+  5.000000000000000E-002
+       Bacterial Fe/C ratio                      feratb    =
+  1.000000000000000E-005
+       Half-saturation constant for bact. Fe/C   xkferb    =
+  3.000000000000000E-010
+ 
+ p4z_poc_init : Initialization of remineralization parameters
+ ~~~~~~~~~~~~
+    Namelist : nampispoc
+       remineralisation rate of POC              xremip    =
+  3.500000000000000E-002
+       Number of lability classes for POC        jcpoc     =          15
+       Shape factor of the gamma distribution    rshape    =
+   1.00000000000000     
+ 
+ p4z_mort_init : Initialization of phytoplankton mortality parameters
+ ~~~~~~~~~~~~~
+    Namelist : namp4zmort
+       quadratic mortality of phytoplankton        wchl   =
+  1.000000000000000E-002
+       maximum quadratic mortality of diatoms      wchld  =
+  1.000000000000000E-002
+       maximum quadratic mortality of diatoms      wchldm =
+  3.000000000000000E-002
+       phytoplankton mortality rate                mprat  =
+  1.000000000000000E-002
+       Diatoms mortality rate                      mprat2 =
+  1.000000000000000E-002
+ 
+ p4z_micro_init : Initialization of microzooplankton parameters
+ ~~~~~~~~~~~~~~
+    Namelist : namp4zzoo
+       part of calcite not dissolved in microzoo guts  part        =
+  0.500000000000000     
+       microzoo preference for POC                     xprefc      =
+  0.100000000000000     
+       microzoo preference for nano                    xprefn      =
+   1.00000000000000     
+       microzoo preference for diatoms                 xprefd      =
+  0.600000000000000     
+       diatoms feeding threshold  for microzoo         xthreshdia  =
+  1.000000000000000E-008
+       nanophyto feeding threshold for microzoo        xthreshphy  =
+  1.000000000000000E-008
+       poc feeding threshold for microzoo              xthreshpoc  =
+  1.000000000000000E-008
+       feeding threshold for microzooplankton          xthresh     =
+  3.000000000000000E-007
+       exsudation rate of microzooplankton             resrat      =
+  3.000000000000000E-002
+       microzooplankton mortality rate                 mzrat       =
+  4.000000000000000E-003
+       maximal microzoo grazing rate                   grazrat     =
+   3.00000000000000     
+       non assimilated fraction of P by microzoo       unass       =
+  0.300000000000000     
+       Efficicency of microzoo growth                  epsher      =
+  0.300000000000000     
+       Minimum efficicency of microzoo growth          epshermin   =
+  0.300000000000000     
+       Fraction of microzoo excretion as DOM           sigma1      =
+  0.600000000000000     
+       half sturation constant for grazing 1           xkgraz      =
+  2.000000000000000E-005
+ 
+ p4z_meso_init : Initialization of mesozooplankton parameters
+ ~~~~~~~~~~~~~
+    Namelist : namp4zmes
+       part of calcite not dissolved in mesozoo guts  part2        =
+  0.750000000000000     
+       mesozoo preference for phyto                   xpref2n      =
+  0.300000000000000     
+       mesozoo preference for diatoms                 xpref2d      =
+   1.00000000000000     
+       mesozoo preference for zoo                     xpref2z      =
+   1.00000000000000     
+       mesozoo preference for poc                     xpref2c      =
+  0.300000000000000     
+       microzoo feeding threshold  for mesozoo        xthresh2zoo  =
+  1.000000000000000E-008
+       diatoms feeding threshold  for mesozoo         xthresh2dia  =
+  1.000000000000000E-008
+       nanophyto feeding threshold for mesozoo        xthresh2phy  =
+  1.000000000000000E-008
+       poc feeding threshold for mesozoo              xthresh2poc  =
+  1.000000000000000E-008
+       feeding threshold for mesozooplankton          xthresh2     =
+  3.000000000000000E-007
+       exsudation rate of mesozooplankton             resrat2      =
+  5.000000000000000E-003
+       mesozooplankton mortality rate                 mzrat2       =
+  3.000000000000000E-002
+       maximal mesozoo grazing rate                   grazrat2     =
+  0.750000000000000     
+       mesozoo flux feeding rate                      grazflux     =
+   3000.00000000000     
+       non assimilated fraction of P by mesozoo       unass2       =
+  0.300000000000000     
+       Efficiency of Mesozoo growth                   epsher2      =
+  0.350000000000000     
+       Minimum Efficiency of Mesozoo growth           epsher2min  =
+  0.350000000000000     
+       Fraction of mesozoo excretion as DOM           sigma2       =
+  0.600000000000000     
+       half sturation constant for grazing 2          xkgraz2      =
+  2.000000000000000E-005
+ 
+ p4z_lys_init : initialization of CaCO3 dissolution
+ ~~~~~~~~~~~~
+    Namelist : nampiscal
+       diss. rate constant calcite (per month)        kdca =
+   6.00000000000000     
+       order of reaction for calcite dissolution      nca  =
+   1.00000000000000     
+ 
+  p4z_flx_init : atmospheric conditions for air-sea flux calculation
+  ~~~~~~~~~~~~
+    Namelist : nampisext --- parameters for air-sea exchange
+       reading in the atm pCO2 file or constant value   ln_co2int = F
+ 
+  p4z_patm : sea-level atmospheric pressure
+  ~~~~~~~~
+    Namelist : nampisatm --- Atmospheric Pressure as external forcing
+       constant atmopsheric pressure (F) or from a file (T)  ln_presatm    =  F
+       spatial atmopsheric CO2 for flux calcs                ln_presatmco2 =  F
+          Constant Atmospheric pCO2 value               atcco2    =
+   280.000000000000     
+ 
+    ==>>>   Initialization of PISCES tracers done
+ 
+ 
+ trc_init_sms : Summary for selected passive tracers
+ ~~~~~~~~~~~~
+     ID     NAME     INI  SBC  CBC  OBC
+     1        DIC    T    F    F    F
+     2   Alkalini    T    F    F    F
+     3         O2    T    F    F    F
+     4      CaCO3    F    F    F    F
+     5        PO4    T    F    F    F
+     6        POC    F    F    F    F
+     7         Si    T    F    F    F
+     8        PHY    F    F    F    F
+     9        ZOO    F    F    F    F
+    10        DOC    T    F    F    F
+    11       PHY2    F    F    F    F
+    12       ZOO2    F    F    F    F
+    13        DSi    F    F    F    F
+    14        Fer    T    F    F    F
+    15        BFe    F    F    F    F
+    16        GOC    F    F    F    F
+    17        SFe    F    F    F    F
+    18        DFe    F    F    F    F
+    19        GSi    F    F    F    F
+    20        NFe    F    F    F    F
+    21       NCHL    F    F    F    F
+    22       DCHL    F    F    F    F
+    23        NO3    T    F    F    F
+    24        NH4    F    F    F    F
+ 
+ trc_adv_ini : choice/control of the tracer advection scheme
+ ~~~~~~~~~~~
+    Namelist namtrc_adv : chose a advection scheme for tracers
+       No advection on passive tracers           ln_trcadv_OFF =  F
+       centered scheme                           ln_trcadv_cen =  F
+             horizontal 2nd/4th order               nn_cen_h   =            2
+             vertical   2nd/4th order               nn_cen_v   =            2
+       Flux Corrected Transport scheme           ln_trcadv_fct =  F
+             horizontal 2nd/4th order               nn_fct_h   =            2
+             vertical   2nd/4th order               nn_fct_v   =            2
+       MUSCL scheme                              ln_trcadv_mus =  T
+             + upstream scheme near river mouths    ln_mus_ups =  F
+       UBS scheme                                ln_trcadv_ubs =  F
+             vertical   2nd/4th order               nn_ubs_v   =            2
+       QUICKEST scheme                           ln_trcadv_qck =  F
+ 
+       ===>>   MUSCL    scheme is used
+ 
+ trc_ldf_ini : lateral passive tracer diffusive operator
+ ~~~~~~~~~~~
+    Namelist namtrc_ldf : set lateral mixing parameters (type, direction, coeffi
+ cients)
+       no explicit diffusion                 ln_trcldf_OFF   =  F
+       use active tracer operator            ln_trcldf_tra   =  T
+       diffusivity coefficient :
+          multiplier of TRA coef. for TRC       rn_ldf_multi = 
+   1.00000000000000     
+          enhanced zonal Eq. laplacian coef.    rn_fact_lap  = 
+   1.00000000000000     
+ 
+       ===>>   Rotated laplacian operator (standard)
+ 
+ trc_rad : Correct artificial negative concentrations 
+ ~~~~~~~ 
+    Namelist namtrc_rad : treatment of negative concentrations
+       correct artificially negative concen. or not   ln_trcrad =  T
+ 
+       ===>>   ensure the global tracer conservation
+ 
+ trc_sink : Sedimentation of particles 
+ ~~~~~~~ 
+    Namelist namtrc_snk : sedimentation of particles
+    Maximum number of iterations   nitermax =            2
+ 
+ 
+ trc_ice_ini : Initialize sea ice tracer boundary condition
+ ~~~~~~~~~~~~~
+ 
+ trc_nam_ice : Read the namelist for trc_ice
+ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  
+    Namelist : namtrc_ice
+       Sea ice tracers option (nn_ice_tr) :           -1
+ 
+ trc_dta_ini : Tracers Initial Conditions (IC)
+ ~~~~~~~~~~~ 
+ 
+    number of passive tracers to be initialize by data :           8
+ 
+   Read IC file for tracer number :   1, name : DIC, Multiplicative Scaling factor :   0.100E-05
+ 
+   Read IC file for tracer number :   2, name : Alkalini, Multiplicative Scaling factor :   0.100E-05
+ 
+   Read IC file for tracer number :   3, name : O2, Multiplicative Scaling factor :   0.446E-04
+ 
+   Read IC file for tracer number :   5, name : PO4, Multiplicative Scaling factor :   0.122E-03
+ 
+   Read IC file for tracer number :   7, name : Si, Multiplicative Scaling factor :   0.100E-05
+ 
+   Read IC file for tracer number :  10, name : DOC, Multiplicative Scaling factor :   0.100E+01
+ 
+   Read IC file for tracer number :  14, name : Fer, Multiplicative Scaling factor :   0.100E+01
+ 
+   Read IC file for tracer number :  23, name : NO3, Multiplicative Scaling factor :   0.760E-05
+ 
+ trc_dta_ini : Passive tracer data
+ ~~~~~~~~~~~
+    fld_fill : fill data structure with information from namelist namtrc
+    ~~~~~~~~
+       list of files and frequency (>0: in hours ; <0 in months)
+       root filename: ./data_DIC_nomask   variable name: DIC
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_Alkalini_nomask   variable name: Alkalini
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_O2_nomask   variable name: O2
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_PO4_nomask   variable name: PO4
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_Si_nomask   variable name: Si
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_DOC_nomask   variable name: DOC
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_Fer_nomask   variable name: Fer
+          frequency:   -12.0000000000000         time interp:  F    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+       root filename: ./data_NO3_nomask   variable name: NO3
+          frequency:   -1.00000000000000         time interp:  T    climatology:
+   T
+          weights:    pairing:    data type: yearly     land/sea mask:
+                     iom_nf90_open ~~~ open existing file: ./data_DIC_nomask.nc 
+ in READ mode
+                    ---> ./data_DIC_nomask.nc OK
+           read DIC (rec:      1) in ./data_DIC_nomask.nc ok
+   fld_read: var DIC kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_Alkalini_nomas
+ k.nc in READ mode
+                    ---> ./data_Alkalini_nomask.nc OK
+           read Alkalini (rec:      1) in ./data_Alkalini_nomask.nc ok
+   fld_read: var Alkalini kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_O2_nomask.nc i
+ n READ mode
+                    ---> ./data_O2_nomask.nc OK
+           read O2 (rec:     12) in ./data_O2_nomask.nc ok
+   fld_init : time-interpolation for O2 read previous record =     12 at time =  -15.50 days
+           read O2 (rec:      1) in ./data_O2_nomask.nc ok
+   fld_read: var O2 kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_PO4_nomask.nc 
+ in READ mode
+                    ---> ./data_PO4_nomask.nc OK
+           read PO4 (rec:     12) in ./data_PO4_nomask.nc ok
+   fld_init : time-interpolation for PO4 read previous record =     12 at time =  -15.50 days
+           read PO4 (rec:      1) in ./data_PO4_nomask.nc ok
+   fld_read: var PO4 kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_Si_nomask.nc i
+ n READ mode
+                    ---> ./data_Si_nomask.nc OK
+           read Si (rec:     12) in ./data_Si_nomask.nc ok
+   fld_init : time-interpolation for Si read previous record =     12 at time =  -15.50 days
+           read Si (rec:      1) in ./data_Si_nomask.nc ok
+   fld_read: var Si kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_DOC_nomask.nc 
+ in READ mode
+                    ---> ./data_DOC_nomask.nc OK
+           read DOC (rec:      1) in ./data_DOC_nomask.nc ok
+   fld_read: var DOC kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_Fer_nomask.nc 
+ in READ mode
+                    ---> ./data_Fer_nomask.nc OK
+           read Fer (rec:      1) in ./data_Fer_nomask.nc ok
+   fld_read: var Fer kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+                     iom_nf90_open ~~~ open existing file: ./data_NO3_nomask.nc 
+ in READ mode
+                    ---> ./data_NO3_nomask.nc OK
+           read NO3 (rec:     12) in ./data_NO3_nomask.nc ok
+   fld_init : time-interpolation for NO3 read previous record =     12 at time =  -15.50 days
+           read NO3 (rec:      1) in ./data_NO3_nomask.nc ok
+   fld_read: var NO3 kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ trc_ini_state: deallocate data arrays as they are only used to initialize the r
+ un
+ 
+ trc_ini_inv : initial passive tracers inventories
+ ~~~~~~~~~~~
+ 
+    ==>>>   Total number of passive tracer jptra =           24
+            Total volume of ocean                =   1.326646665624506E+018
+            Total inital content of all tracers 
+ 
+      tracer nb :  1      name :       DIC      initial content :  0.3065614355E+16
+      tracer nb :  2      name :  Alkalini      initial content :  0.3222120299E+16
+      tracer nb :  3      name :        O2      initial content :  0.2321796755E+15
+      tracer nb :  4      name :     CaCO3      initial content :  0.1326646666E+11
+      tracer nb :  5      name :       PO4      initial content :  0.3494861677E+15
+      tracer nb :  6      name :       POC      initial content :  0.1326646666E+11
+      tracer nb :  7      name :        Si      initial content :  0.1181573543E+15
+      tracer nb :  8      name :       PHY      initial content :  0.1326646666E+11
+      tracer nb :  9      name :       ZOO      initial content :  0.1326646666E+11
+      tracer nb : 10      name :       DOC      initial content :  0.3415800312E+13
+      tracer nb : 11      name :      PHY2      initial content :  0.1326646666E+11
+      tracer nb : 12      name :      ZOO2      initial content :  0.1326646666E+11
+      tracer nb : 13      name :       DSi      initial content :  0.1989969998E+10
+      tracer nb : 14      name :       Fer      initial content :  0.8175719605E+09
+      tracer nb : 15      name :       BFe      initial content :  0.6633233328E+05
+      tracer nb : 16      name :       GOC      initial content :  0.1326646666E+11
+      tracer nb : 17      name :       SFe      initial content :  0.6633233328E+05
+      tracer nb : 18      name :       DFe      initial content :  0.6633233328E+05
+      tracer nb : 19      name :       GSi      initial content :  0.6633233328E+05
+      tracer nb : 20      name :       NFe      initial content :  0.6633233328E+05
+      tracer nb : 21      name :      NCHL      initial content :  0.2894501816E+10
+      tracer nb : 22      name :      DCHL      initial content :  0.2894501816E+10
+      tracer nb : 23      name :       NO3      initial content :  0.3099309206E+15
+      tracer nb : 24      name :       NH4      initial content :  0.1326646666E+11
+ 
+ 
+ 
+ ldf_slp_init : direction of lateral mixing
+ ~~~~~~~~~~~~
+    ==>>>   iso operator (Madec)
+ 
+ icb_nam : iceberg initialization through namberg namelist read
+ ~~~~~~~~ 
+ 
+    ==>>>   icebergs are used
+ 
+ icb_nam : iceberg initialization through namberg namelist read
+ ~~~~~~~~ 
+    Calculate budgets                                            ln_bergdia     
+   =  T
+    Period between sampling of position for trajectory storage   nn_sample_rate 
+ =            1
+    Mass thresholds between iceberg classes (kg)                 rn_initial_mass
+      =
+                                                                    88000000.00
+                                                                   410000000.00
+                                                                  3300000000.00
+                                                                 18000000000.00
+                                                                 38000000000.00
+                                                                 75000000000.00
+                                                                120000000000.00
+                                                                220000000000.00
+                                                                390000000000.00
+                                                                740000000000.00
+    Fraction of calving to apply to this class (non-dim)         rn_distribution
+      =
+                                                                    0.2400
+                                                                    0.1200
+                                                                    0.1500
+                                                                    0.1800
+                                                                    0.1200
+                                                                    0.0700
+                                                                    0.0300
+                                                                    0.0300
+                                                                    0.0300
+                                                                    0.0200
+    Ratio between effective and real iceberg mass (non-dim)      rn_mass_scaling
+      = 
+                                                                   2000.00
+                                                                    200.00
+                                                                     50.00
+                                                                     20.00
+                                                                     10.00
+                                                                      5.00
+                                                                      2.00
+                                                                      1.00
+                                                                      1.00
+                                                                      1.00
+    Total thickness of newly calved bergs (m)                    rn_initial_thic
+ kness = 
+                                                                     40.00
+                                                                     67.00
+                                                                    133.00
+                                                                    175.00
+                                                                    250.00
+                                                                    250.00
+                                                                    250.00
+                                                                    250.00
+                                                                    250.00
+                                                                    250.00
+    Timesteps between verbose messages                           nn_verbose_writ
+ e    =           15
+    Density of icebergs                           rn_rho_bergs  = 
+   850.000000000000     
+    Initial ratio L/W for newly calved icebergs   rn_LoW_ratio  = 
+   1.50000000000000     
+    Turn on more verbose output                          level  =            0
+    Use first order operator splitting for thermodynamics    
+ use_operator_splitting =  T
+    Fraction of erosion melt flux to divert to bergy bits    
+ bits_erosion_fraction =   0.000000000000000E+000
+    Shift of sea-ice concentration in erosion flux modulation 
+ (0<sicn_shift<1)    rn_sicn_shift  =   0.000000000000000E+000
+    Do not add freshwater flux from icebergs to ocean                
+                   passive_mode            =  F
+    Time average the weight on the ocean   time_average_weight       =  F
+    Create icebergs in absence of a restart file   nn_test_icebergs  = 
+          10
+                    in lon/lat box                                   = 
+   108.000000000000        116.000000000000       -66.0000000000000     
+  -58.0000000000000     
+    Use calving data even if nn_test_icebergs > 0    ln_use_calving  =  F
+    CFL speed limit for a berg            speed_limit                = 
+  0.000000000000000E+000
+    Writing Iceberg status information to icebergs.stat file        
+ 
+       ==>>> CAUTION:    sum of berg input distribution = 
+  0.990000000000000     
+             *******     redistribution has been rescaled
+                         updated berg distribution is :
+                                       0.2424
+                                       0.1212
+                                       0.1515
+                                       0.1818
+                                       0.1212
+                                       0.0707
+                                       0.0303
+                                       0.0303
+                                       0.0303
+                                       0.0202
+icebergs, icb_trj_init: creating trajectory_icebergs_00010101-00010104_0000.nc
+ 
+ sto_par_init : NO use of stochastic parameterization
+ ~~~~~~~~~~~~
+ 
+ dia_ptr_init : poleward transport and msf initialization
+ ~~~~~~~~~~~~
+    Namelist namptr : set ptr parameters
+       Poleward heat & salt transport (T) or not (F)      ln_diaptr  =  F
+       Global (F) or glo/Atl/Pac/Ind/Indo-Pac basins      ln_subbas  =  F
+ 
+ dia_hsb_init : heat and salt budgets diagnostics
+ ~~~~~~~~~~~~ 
+    Namelist  namhsb :
+       check the heat and salt budgets (T) or not (F)       ln_diahsb =  F
+ 
+ trd_init : Momentum/Tracers trends
+ ~~~~~~~~
+    Namelist namtrd : set trends parameters
+       global domain averaged dyn & tra trends   ln_glo_trd  =  F
+       U & V trends: 3D output                   ln_dyn_trd  =  F
+       U & V trends: Mixed Layer averaged        ln_dyn_mxl  =  F
+       T & S trends: 3D output                   ln_tra_trd  =  F
+       T & S trends: Mixed Layer averaged        ln_tra_mxl  =  F
+       Kinetic   Energy trends                   ln_KE_trd   =  F
+       Potential Energy trends                   ln_PE_trd   =  F
+       Barotropic vorticity trends               ln_vor_trd  =  F
+       frequency of trends diagnostics (glo)     nn_trd      =          365
+ 
+ dia_obs_init : NO Observation diagnostic used
+ ~~~~~~~~~~~~
+ 
+ dia_tmb_init : Output Top, Middle, Bottom Diagnostics
+ ~~~~~~~~~~~~
+    Namelist nam_diatmb : set tmb outputs 
+       Switch for TMB diagnostics (T) or not (F)  ln_diatmb  =  F
+ 
+ dia_25h_init : Output 25 hour mean diagnostics
+ ~~~~~~~~~~~~
+    Namelist nam_dia25h : set 25h outputs 
+       Switch for 25h diagnostics (T) or not (F)  ln_dia25h  =  F
+
+AAAAAAAA
+
+
+AAAAAAAA
+
+ 
+ sbc_ssm : mean fields initialised to instantaneous values
+ ~~~~~~~   
+ 
+  rot_rep: coordinate transformation : geographic <==> model (i,j)-components
+  ~~~~~~~~    
+ 
+ ice_sbc_tau: Surface boundary condition for sea ice (momentum)
+ ~~~~~~~~~~~~~~~
+ 
+ ice_dyn: sea-ice dynamics
+ ~~~~~~~
+ 
+ ice_dyn_rhg: sea-ice rheology
+ ~~~~~~~~~~~
+ -- ice_dyn_rhg_evp: EVP sea-ice rheology
+ 
+ ice_dyn_adv: sea-ice advection
+ ~~~~~~~~~~~
+ -- ice_dyn_adv_umx: Ultimate-Macho advection scheme
+ 
+ ice_dyn_rdgrft: ice ridging and rafting
+ ~~~~~~~~~~~~~~
+ -- ice_itd_reb: rebining ice thickness distribution
+ 
+ ice_sbc_flx: Surface boundary condition for sea ice (flux)
+ ~~~~~~~~~~~~~~~
+ 
+ ice_thd: sea-ice thermodynamics
+ ~~~~~~~
+ -- ice_itd_rem: remapping ice thickness distribution
+ 
+ ice_cor:  correct sea ice variables if out of bounds 
+ ~~~~~~~
+ -- ice_itd_reb: rebining ice thickness distribution
+ 
+ ice_update_flx: update fluxes (mass, salt and heat) at the ice-ocean interface
+ ~~~~~~~~~~~~~~
+ 
+ ice_update_tau: update stress at the ice-ocean interface
+ ~~~~~~~~~~~~~~
+                     iom_nf90_open ~~~ open existing file: ./runoff_core_monthly
+ .nc in READ mode
+                    ---> ./runoff_core_monthly.nc OK
+           read sorunoff (rec:     12) in ./runoff_core_monthly.nc ok
+   fld_init : time-interpolation for sorunoff read previous record =     12 at time =  -15.50 days
+           read sorunoff (rec:      1) in ./runoff_core_monthly.nc ok
+   fld_read: var sorunoff kt =        1 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+           nit000-1 runoff forcing fields set to nit000
+                     iom_nf90_open ~~~ open existing file: ./sss_data.nc in READ
+  mode
+                    ---> ./sss_data.nc OK
+           read sss (rec:     12) in ./sss_data.nc ok
+   fld_init : time-interpolation for sss read previous record =     12 at time =  -15.50 days
+           read sss (rec:      1) in ./sss_data.nc ok
+   fld_read: var sss kt =        1 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ 
+ sbc_fwb : FreshWater Budget correction
+ ~~~~~~~
+           adjusted from previous year budget
+ 
+ sbc_fwb : year =            0  freshwater budget correction = 
+  0.000000000000000E+000
+           year =           -1  freshwater budget read       = 
+  0.000000000000000E+000
+           year =           -2  freshwater budget read       = 
+  0.000000000000000E+000
+           nit000-1 surface forcing fields set to nit000
+ 
+ zdf_evd : Enhanced Vertical Diffusion (evd)
+ ~~~~~~~ 
+ 
+ 
+ zdf_iwm : Internal wave-driven mixing (iwm)
+ ~~~~~~~ 
+ 
+       Total power consumption by av_wave =    0.173097343242921      TW
+ 
+ zdf_mxl : mixed layer depth
+ ~~~~~~~ 
+ 
+ ssh_nxt : after sea surface height
+ ~~~~~~~ 
+ 
+ div_hor : horizontal velocity divergence 
+ ~~~~~~~   
+ 
+ dom_vvl_sf_nxt : compute after scale factors
+ ~~~~~~~~~~~~~~
+ 
+ wzv : now vertical velocity 
+ ~~~~~ 
+ 
+ dyn_keg : kinetic energy gradient trend, scheme number=           0
+ ~~~~~~~
+ 
+ dyn_zad : 2nd order vertical advection scheme
+ 
+ dyn:vor_een : vorticity term: energy and enstrophy conserving scheme
+ ~~~~~~~~~~~
+ 
+ dyn_ldf : iso-level harmonic (laplacian) operator, pass=           1
+ ~~~~~~~ 
+ 
+ dyn:hpg_sco : hydrostatic pressure gradient trend
+ ~~~~~~~~~~~   s-coordinate case, OPA original scheme used
+ 
+ dyn_spg_ts : surface pressure gradient trend
+ ~~~~~~~~~~   free surface with time splitting
+ 
+ 
+ div_hor : horizontal velocity divergence 
+ ~~~~~~~   
+ 
+ dom_vvl_sf_nxt : compute after scale factors
+ ~~~~~~~~~~~~~~
+ 
+ wzv : now vertical velocity 
+ ~~~~~ 
+ 
+ dyn_zdf_imp : vertical momentum diffusion implicit operator
+ ~~~~~~~~~~~ 
+ 
+  Sampling frequency dt =    3.00000000000000      s
+    Number of sampling per day  nrec =        28800
+ 
+ trc_qsr_mean:   qsr_mean set to nit000 values
+ 
+  p4z_dmp : Restoring of nutrients at time-step kt =            1
+ 
+        TALKN mean :    2428.77051048826     
+        PO4N  mean :    2.15930947775512     
+        NO3N  mean :    30.6386614968324     
+        SiO3N mean :    89.0646751318296     
+ 
+     Passive Tracer  time step    rfact  =    5760.00000000000       rdt = 
+   5760.00000000000     
+     PISCES  Biology time step    rfact2 =    5760.00000000000     
+ 
+           read dust (rec:     12) in ./dust.orca.nc ok
+   fld_init : time-interpolation for dust read previous record =     12 at time =  -15.50 days
+           read dust (rec:      1) in ./dust.orca.nc ok
+   fld_read: var dust kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+           read solubility1 (rec:      1) in ./solubility.orca.nc ok
+   fld_read: var solubility1 kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+           read riverdic (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdic read previous record =     73 at time =   -2.50 days
+           read riverdoc (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdoc read previous record =     73 at time =   -2.50 days
+           read riverdin (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdin read previous record =     73 at time =   -2.50 days
+           read riverdon (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdon read previous record =     73 at time =   -2.50 days
+           read riverdip (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdip read previous record =     73 at time =   -2.50 days
+           read riverdop (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdop read previous record =     73 at time =   -2.50 days
+           read riverdsi (rec:     73) in ./river.orca.nc ok
+   fld_init : time-interpolation for riverdsi read previous record =     73 at time =   -2.50 days
+           read riverdic (rec:      1) in ./river.orca.nc ok
+           read riverdoc (rec:      1) in ./river.orca.nc ok
+           read riverdin (rec:      1) in ./river.orca.nc ok
+           read riverdon (rec:      1) in ./river.orca.nc ok
+           read riverdip (rec:      1) in ./river.orca.nc ok
+           read riverdop (rec:      1) in ./river.orca.nc ok
+           read riverdsi (rec:      1) in ./river.orca.nc ok
+   fld_read: var riverdic kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+           read ndep (rec:      1) in ./ndeposition.orca.nc ok
+   fld_read: var ndep kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, record:   0001 (days    0.0000 <->  365.0000)
+                     iom_nf90_open ~~~ open existing file: ./par.orca.nc in READ
+  mode
+                    ---> ./par.orca.nc OK
+           read fr_par (rec:    365) in ./par.orca.nc ok
+   fld_init : time-interpolation for fr_par read previous record =    365 at time =   -0.50 days
+           read fr_par (rec:      1) in ./par.orca.nc ok
+   fld_read: var fr_par kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+ 
+ trc_sbc : Passive tracers surface boundary condition
+ ~~~~~~~ 
+ 
+ trabbl:bbl : Compute bbl velocities and diffusive coefficients in TRC
+ ~~~~~~~~~~
+ 
+ ldf_eiv_trp : eddy induced advection on TRC :
+ ~~~~~~~~~~~   add to velocity fields the eiv component
+ 
+ tra_adv : MUSCL advection scheme on TRC
+         : mixed up-stream            F
+ ~~~~~~~
+ 
+ 
+ tra_ldf_iso : rotated laplacian diffusion operator on TRC
+ ~~~~~~~~~~~
+ 
+ trc_nxt : time stepping on passive tracers
+ 
+ tra_sbc : TRAcer Surface Boundary Condition
+ ~~~~~~~ 
+ 
+ tra_qsr : penetration of the surface solar radiation
+ ~~~~~~~
+                     iom_nf90_open ~~~ open existing file: ./chlorophyll.nc in R
+ EAD mode
+                    ---> ./chlorophyll.nc OK
+           read CHLA (rec:     12) in ./chlorophyll.nc ok
+   fld_init : time-interpolation for CHLA read previous record =     12 at time =  -15.50 days
+           read CHLA (rec:      1) in ./chlorophyll.nc ok
+   fld_read: var CHLA kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+           read votemper (rec:     12) in ./data_1m_potential_temperature_nomask.nc ok
+   fld_init : time-interpolation for votemper read previous record =     12 at time =  -15.50 days
+           read vosaline (rec:     12) in ./data_1m_salinity_nomask.nc ok
+   fld_init : time-interpolation for vosaline read previous record =     12 at time =  -15.50 days
+           read votemper (rec:      1) in ./data_1m_potential_temperature_nomask.nc ok
+           read vosaline (rec:      1) in ./data_1m_salinity_nomask.nc ok
+   fld_read: var votemper kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        1 (   0.0333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ 
+ ldf_eiv_trp : eddy induced advection on TRA :
+ ~~~~~~~~~~~   add to velocity fields the eiv component
+ 
+ tra_adv_fct : FCT advection scheme on TRA
+ ~~~~~~~~~~~
+ 
+ tra_ldf_iso : rotated laplacian diffusion operator on TRA
+ ~~~~~~~~~~~
+ 
+ tra_zdf : implicit vertical mixing on T & S
+ ~~~~~~~ 
+ 
+ tra_nxt : achieve the time stepping by Asselin filter and array swap
+ ~~~~~~~
+ 
+ dyn_nxt : time stepping
+ ~~~~~~~
+ 
+ ssh_swp : Asselin time filter and swap of sea surface height
+ ~~~~~~~ 
+ 
+ dom_vvl_sf_swp : - time filter and swap of scale factors
+ ~~~~~~~~~~~~~~   - interpolate scale factors and compute depths for next time s
+ tep
+ 
+ stp_ctl : time-stepping control
+ ~~~~~~~
+      file   : time.step open ok
+      unit   =           30
+      status = REPLACE
+      form   = FORMATTED
+      access = SEQUENTIAL
+ 
+  New shortwave to sample for TOP at time kt =            2  time = 
+   3.20000000000000      hours 
+   fld_read: var dust kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        2 (   0.1000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            3  time = 
+   4.80000000000000      hours 
+   fld_read: var dust kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        3 (   0.1667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =        4 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =        4 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            4  time = 
+   6.40000000000000      hours 
+   fld_read: var dust kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        4 (   0.2333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            5  time = 
+   8.00000000000000      hours 
+   fld_read: var dust kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        5 (   0.3000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            6  time = 
+   9.60000000000000      hours 
+   fld_read: var dust kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        6 (   0.3667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =        7 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =        7 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            7  time = 
+   11.2000000000000      hours 
+   fld_read: var dust kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        7 (   0.4333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            8  time = 
+   12.8000000000000      hours 
+   fld_read: var dust kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0365/  0001 (days   -0.5000/   0.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        8 (   0.5000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =            9  time = 
+   14.4000000000000      hours 
+   fld_read: var dust kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+           read fr_par (rec:      2) in ./par.orca.nc ok
+   fld_read: var fr_par kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =        9 (   0.5667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       10 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       10 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           10  time = 
+   16.0000000000000      hours 
+   fld_read: var dust kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       10 (   0.6333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           11  time = 
+   17.6000000000000      hours 
+   fld_read: var dust kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       11 (   0.7000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           12  time = 
+   19.2000000000000      hours 
+   fld_read: var dust kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       12 (   0.7667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       13 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       13 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           13  time = 
+   20.8000000000000      hours 
+   fld_read: var dust kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       13 (   0.8333 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           14  time = 
+   22.4000000000000      hours 
+   fld_read: var dust kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       14 (   0.9000 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           15  time = 
+   24.0000000000000      hours 
+   fld_read: var dust kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       15 (   0.9667 days), Y/M/D = 0001/01/01, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+======>> time-step =      16      New day, DATE Y/M/D = 0001/01/02      nday_year = 002
+         nsec_year =    89280   nsec_month =   89280   nsec_day =  2880
+   nsec_week =   521280
+   fld_read: var sorunoff kt =       16 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       16 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           16  time = 
+   25.6000000000000      hours 
+   fld_read: var dust kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       16 (   1.0333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           17  time = 
+   27.2000000000000      hours 
+   fld_read: var dust kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       17 (   1.1000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           18  time = 
+   28.8000000000000      hours 
+   fld_read: var dust kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       18 (   1.1667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       19 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       19 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           19  time = 
+   30.4000000000000      hours 
+   fld_read: var dust kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       19 (   1.2333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           20  time = 
+   32.0000000000000      hours 
+   fld_read: var dust kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       20 (   1.3000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           21  time = 
+   33.6000000000000      hours 
+   fld_read: var dust kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       21 (   1.3667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       22 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       22 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           22  time = 
+   35.2000000000000      hours 
+   fld_read: var dust kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       22 (   1.4333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           23  time = 
+   36.8000000000000      hours 
+   fld_read: var dust kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0001/  0002 (days    0.5000/   1.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       23 (   1.5000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           24  time = 
+   38.4000000000000      hours 
+   fld_read: var dust kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+           read fr_par (rec:      3) in ./par.orca.nc ok
+   fld_read: var fr_par kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       24 (   1.5667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       25 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       25 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           25  time = 
+   40.0000000000000      hours 
+   fld_read: var dust kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       25 (   1.6333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           26  time = 
+   41.6000000000000      hours 
+   fld_read: var dust kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       26 (   1.7000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           27  time = 
+   43.2000000000000      hours 
+   fld_read: var dust kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       27 (   1.7667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       28 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       28 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           28  time = 
+   44.8000000000000      hours 
+   fld_read: var dust kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       28 (   1.8333 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           29  time = 
+   46.4000000000000      hours 
+   fld_read: var dust kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       29 (   1.9000 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           30  time = 
+   48.0000000000000      hours 
+   fld_read: var dust kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       30 (   1.9667 days), Y/M/D = 0001/01/02, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+======>> time-step =      31      New day, DATE Y/M/D = 0001/01/03      nday_year = 003
+         nsec_year =   175680   nsec_month =  175680   nsec_day =  2880
+   nsec_week =   607680
+   fld_read: var sorunoff kt =       31 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       31 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           31  time = 
+   49.6000000000000      hours 
+   fld_read: var dust kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       31 (   2.0333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           32  time = 
+   51.2000000000000      hours 
+   fld_read: var dust kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       32 (   2.1000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           33  time = 
+   52.8000000000000      hours 
+   fld_read: var dust kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       33 (   2.1667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       34 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       34 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           34  time = 
+   54.4000000000000      hours 
+   fld_read: var dust kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       34 (   2.2333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           35  time = 
+   56.0000000000000      hours 
+   fld_read: var dust kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       35 (   2.3000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           36  time = 
+   57.6000000000000      hours 
+   fld_read: var dust kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       36 (   2.3667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sorunoff kt =       37 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       37 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           37  time = 
+   59.2000000000000      hours 
+   fld_read: var dust kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       37 (   2.4333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           38  time = 
+   60.8000000000000      hours 
+   fld_read: var dust kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0073/  0001 (days   -2.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0002/  0003 (days    1.5000/   2.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       38 (   2.5000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           39  time = 
+   62.4000000000000      hours 
+   fld_read: var dust kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+           read riverdic (rec:      2) in ./river.orca.nc ok
+           read riverdoc (rec:      2) in ./river.orca.nc ok
+           read riverdin (rec:      2) in ./river.orca.nc ok
+           read riverdon (rec:      2) in ./river.orca.nc ok
+           read riverdip (rec:      2) in ./river.orca.nc ok
+           read riverdop (rec:      2) in ./river.orca.nc ok
+           read riverdsi (rec:      2) in ./river.orca.nc ok
+   fld_read: var riverdic kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+           read fr_par (rec:      4) in ./par.orca.nc ok
+   fld_read: var fr_par kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       39 (   2.5667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ 
+              open ice restart NetCDF file: 
+ ./ORCA2_00000045_restart_ice                        
+              kt = nitrst - 2*nn_fsbc + 1 =           40  date=        10103
+                     iom_nf90_open ~~~ create new file: ./ORCA2_00000045_restart
+ _ice_0000.nc in WRITE mode
+                    ---> ./ORCA2_00000045_restart_ice_0000.nc OK
+ ---- rhg-rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress1_i define dimension variables done
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress1_i defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress2_i defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress12_i defined ok
+ ---- update-rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: sn
+ wice_mass defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: sn
+ wice_mass_b defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: nn
+ _fsbc defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: kt
+ _ice defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ i defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ s defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: sv
+ _i defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: oa
+ _i defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: a_
+ i defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: t_
+ su defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: a_
+ ip defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ ip defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: e_
+ s_l01 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: e_
+ i_l01 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: e_
+ i_l02 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: u_
+ ice defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ ice defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: cn
+ d_ice defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: t1
+ _ice defined ok
+   fld_read: var sorunoff kt =       40 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var sss kt =       40 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           40  time = 
+   64.0000000000000      hours 
+   fld_read: var dust kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       40 (   2.6333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           41  time = 
+   65.6000000000000      hours 
+   fld_read: var dust kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       41 (   2.7000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+  New shortwave to sample for TOP at time kt =           42  time = 
+   67.2000000000000      hours 
+   fld_read: var dust kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+   fld_read: var CHLA kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       42 (   2.7667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ ---- rhg-rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress1_i write dimension variables done
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress1_i written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress2_i written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: st
+ ress12_i written ok
+ ---- update-rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: sn
+ wice_mass written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: sn
+ wice_mass_b written ok
+ 
+ ice_rst_write : write ice restart file  kt =          43
+ ~~~~~~~~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: nn
+ _fsbc written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: kt
+ _ice written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ i written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ s written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: sv
+ _i written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: oa
+ _i written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: a_
+ i written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: t_
+ su written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: a_
+ ip written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ ip written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: e_
+ s_l01 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: e_
+ i_l01 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: e_
+ i_l02 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: u_
+ ice written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: v_
+ ice written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: cn
+ d_ice written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_ice_0000.nc, var: t1
+ _ice written ok
+                     iom_close ~~~ close file: ./ORCA2_00000045_restart_ice_0000
+ .nc ok
+   fld_read: var sorunoff kt =       43 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./runoff_core_monthly.nc ok
+   fld_read: var sss kt =       43 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./sss_data.nc ok
+  New shortwave to sample for TOP at time kt =           43  time = 
+   68.8000000000000      hours 
+ 
+              open trc restart.output NetCDF file: 
+ ./ORCA2_00000045_restart_trc                        
+                     iom_nf90_open ~~~ create new file: ./ORCA2_00000045_restart
+ _trc_0000.nc in WRITE mode
+                    ---> ./ORCA2_00000045_restart_trc_0000.nc OK
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: kt
+  define dimension variables done
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: kt
+  defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: nd
+ astp defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: ad
+ atrj defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: nt
+ ime defined ok
+   fld_read: var dust kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: PH
+  defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: Si
+ licalim defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: Si
+ licamax defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: tc
+ flxcum defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: rd
+ ttrc1 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDIC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NAlkalini defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NO2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NCaCO3 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPO4 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPOC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NSi defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPHY defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NZOO defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDOC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPHY2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NZOO2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDSi defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NFer defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NBFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NGOC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NSFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NGSi defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNCHL defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDCHL defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNO3 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNH4 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDIC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BAlkalini defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BO2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BCaCO3 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPO4 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPOC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BSi defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPHY defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BZOO defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDOC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPHY2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BZOO2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDSi defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BFer defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BBFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BGOC defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BSFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BGSi defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNFe defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNCHL defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDCHL defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNO3 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNH4 defined ok
+   fld_read: var CHLA kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var votemper kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       43 (   2.8333 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ 
+              open ocean restart NetCDF file: ./ORCA2_00000045_restart
+              kt = nitrst - 1 =           44
+                     iom_nf90_open ~~~ create new file: ./ORCA2_00000045_restart
+ _0000.nc in WRITE mode
+                    ---> ./ORCA2_00000045_restart_0000.nc OK
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: kt def
+ ine dimension variables done
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: kt def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ndastp
+  defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: adatrj
+  defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ntime 
+ defined ok
+ 
+ sbc_ssm : sea surface mean fields written in ocean restart file at it= 
+          44  date=        10103
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: nn_fsb
+ c defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssu_m 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssv_m 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sst_m 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sss_m 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssh_m 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: e3t_m 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: frq_m 
+ defined ok
+ 
+ sbcrnf : runoff forcing fields written in ocean restart file at it= 
+          44  date=        10103
+ ~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rnf_b 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rnf_hc
+ _b defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rnf_sc
+ _b defined ok
+ 
+ sbc : ocean surface forcing fields written in ocean restart file at it= 
+          44  date=        10103
+ ~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: utau_b
+  defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vtau_b
+  defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: qns_b 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: emp_b 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sfx_b 
+ defined ok
+ ---- tke_rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: en def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: avt_k 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: avm_k 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: dissl 
+ defined ok
+ ---- ts_rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ub2_b 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vb2_b 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: un_bf 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vn_bf 
+ defined ok
+  New shortwave to sample for TOP at time kt =           44  time = 
+   70.4000000000000      hours 
+ 
+ trc_mean_qsr : write qsr_mean in restart file  kt =          44
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: kt
+ dcy defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: nr
+ dcy defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_1 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_2 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_3 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_4 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_5 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_6 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_7 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_8 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_9 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_10 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_11 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_12 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_13 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_14 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_15 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_16 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_17 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_18 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_19 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_20 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_21 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_22 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_23 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_24 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_25 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_26 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_27 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_28 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_29 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_30 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_31 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_32 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_33 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_34 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_35 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_36 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_37 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_38 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_39 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_40 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_41 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_42 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_43 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_44 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_45 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_46 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_47 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_48 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_49 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_50 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_51 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_52 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_53 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_54 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_55 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_56 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_57 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_58 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_59 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_60 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_61 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_62 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_63 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_64 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_65 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_66 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_67 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_68 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_69 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_70 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_71 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_72 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_73 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_74 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_75 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_76 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_77 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_78 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_79 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_80 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_81 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_82 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_83 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_84 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_85 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_86 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_87 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_88 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_89 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_90 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_91 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_92 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_93 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_94 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_95 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_96 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_97 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_98 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_99 defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_mean defined ok
+   fld_read: var dust kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var riverdic kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdoc kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdin kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdon kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdip kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdop kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var riverdsi kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+   fld_read: var fr_par kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sbc_hc
+ _b defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sbc_sc
+ _b defined ok
+   fld_read: var CHLA kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: qsr_hc
+ _b defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: fraqsr
+ _1lev defined ok
+   fld_read: var votemper kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+   fld_read: var vosaline kt =       44 (   2.9000 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+ ---- dom_vvl_rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: e3t_b 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: e3t_n 
+ defined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rdt de
+ fined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ub def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vb def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: tb def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sb def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sshb d
+ efined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: un def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vn def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: tn def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sn def
+ ined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sshn d
+ efined ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rhop d
+ efined ok
+ 
+ rst_write : write oce restart file  kt =          45
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: kt wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ndastp
+  written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: adatrj
+  written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ntime 
+ written ok
+ 
+ sbc_ssm : sea surface mean fields written in ocean restart file at it= 
+          45  date=        10103
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: nn_fsb
+ c written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssu_m 
+ write dimension variables done
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssu_m 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssv_m 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sst_m 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sss_m 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ssh_m 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: e3t_m 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: frq_m 
+ written ok
+icebergs, write_restart: creating ./ORCA2_icebergs_00000045_restart_0000.nc
+ file: ./ORCA2_icebergs_00000045_restart_0000.nc var: stored_ice  written
+ file: ./ORCA2_icebergs_00000045_restart_0000.nc var: stored_heat written
+ file: ./ORCA2_icebergs_00000045_restart_0000.nc var: calving written
+icebergs, icb_rst_write: # bergs =   27 on PE    0
+icebergs, icb_rst_write:    36 bergs in total have been written at timestep    45
+ 
+ sbcrnf : runoff forcing fields written in ocean restart file at it= 
+          45  date=        10103
+ ~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rnf_b 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rnf_hc
+ _b written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rnf_sc
+ _b written ok
+ 
+ sbc : ocean surface forcing fields written in ocean restart file at it= 
+          45  date=        10103
+ ~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: utau_b
+  written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vtau_b
+  written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: qns_b 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: emp_b 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sfx_b 
+ written ok
+ ---- tke_rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: en wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: avt_k 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: avm_k 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: dissl 
+ written ok
+ ---- ts_rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ub2_b 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vb2_b 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: un_bf 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vn_bf 
+ written ok
+  New shortwave to sample for TOP at time kt =           45  time = 
+   72.0000000000000      hours 
+ 
+ trc_mean_qsr : write qsr_mean in restart file  kt =          45
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: kt
+ dcy written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: nr
+ dcy written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_1 write dimension variables done
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_1 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_3 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_4 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_5 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_6 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_7 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_8 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_9 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_10 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_11 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_12 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_13 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_14 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_15 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_16 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_17 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_18 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_19 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_20 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_21 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_22 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_23 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_24 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_25 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_26 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_27 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_28 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_29 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_30 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_31 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_32 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_33 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_34 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_35 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_36 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_37 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_38 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_39 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_40 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_41 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_42 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_43 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_44 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_45 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_46 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_47 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_48 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_49 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_50 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_51 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_52 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_53 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_54 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_55 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_56 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_57 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_58 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_59 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_60 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_61 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_62 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_63 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_64 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_65 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_66 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_67 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_68 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_69 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_70 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_71 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_72 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_73 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_74 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_75 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_76 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_77 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_78 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_79 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_80 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_81 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_82 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_83 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_84 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_85 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_86 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_87 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_88 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_89 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_90 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_91 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_92 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_93 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_94 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_95 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_96 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_97 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_98 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_99 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_arr_** written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: qs
+ r_mean written ok
+ 
+ trc_wri : write the TOP restart file (NetCDF) at it=           45  date= 
+       10103
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: kt
+  written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: nd
+ astp written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: ad
+ atrj written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: nt
+ ime written ok
+   fld_read: var dust kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./dust.orca.nc ok
+   fld_read: var riverdic kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var riverdoc kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var riverdin kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var riverdon kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var riverdip kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var riverdop kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var riverdsi kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0001/  0002 (days    2.5000/   7.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./river.orca.nc ok
+   fld_read: var fr_par kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0003/  0004 (days    2.5000/   3.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./par.orca.nc ok
+ 
+ p4z_rst : write pisces restart file  kt =          45
+ ~~~~~~~
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: PH
+  written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: Si
+ licalim written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: Si
+ licamax written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: tc
+ flxcum written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: rd
+ ttrc1 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDIC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NAlkalini written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NO2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NCaCO3 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPO4 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPOC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NSi written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPHY written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NZOO written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDOC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NPHY2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NZOO2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDSi written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NFer written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NBFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NGOC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NSFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NGSi written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNCHL written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NDCHL written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNO3 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ NNH4 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDIC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BAlkalini written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BO2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BCaCO3 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPO4 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPOC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BSi written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPHY written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BZOO written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDOC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BPHY2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BZOO2 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDSi written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BFer written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BBFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BGOC written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BSFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BGSi written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNFe written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNCHL written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BDCHL written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNO3 written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_trc_0000.nc, var: TR
+ BNH4 written ok
+ 
+            ----TRACER STAT----             
+ 
+ tracer nb : 1    name :       DIC    mean :  0.2310759877E-02    min :  0.1828414641E-02    max :  0.2474577221E-02    drift : -0.8102779559E-03 %
+ tracer nb : 2    name :  Alkalini    mean :  0.2425956014E-02    min :  0.2209893998E-02    max :  0.2522468798E-02    drift : -0.1149813257E+00 %
+ tracer nb : 3    name :        O2    mean :  0.1750106676E-03    min :  0.1983529049E-05    max :  0.4426733588E-03    drift : -0.1138744670E-03 %
+ tracer nb : 4    name :     CaCO3    mean :  0.9271281708E-08    min :  0.0000000000E+00    max :  0.1007035220E-07    drift : -0.7286347352E+01 %
+ tracer nb : 5    name :       PO4    mean :  0.2641270641E-03    min :  0.3587300936E-06    max :  0.4526273524E-03    drift :  0.2633234865E+00 %
+ tracer nb : 6    name :       POC    mean :  0.1094450897E-07    min :  0.4159066786E-08    max :  0.1296731842E-05    drift :  0.9446076093E+01 %
+ tracer nb : 7    name :        Si    mean :  0.9150843844E-04    min :  0.5556725409E-07    max :  0.2546054902E-03    drift :  0.2744733554E+01 %
+ tracer nb : 8    name :       PHY    mean :  0.1007985188E-07    min :  0.9773699617E-08    max :  0.6725899447E-07    drift :  0.7994272745E+00 %
+ tracer nb : 9    name :       ZOO    mean :  0.9943372909E-08    min :  0.6773759535E-08    max :  0.1052634176E-07    drift : -0.5653747749E+00 %
+ tracer nb :10    name :       DOC    mean :  0.2572223958E-05    min :  0.0000000000E+00    max :  0.1946759082E-03    drift : -0.9769951734E-01 %
+ tracer nb :11    name :      PHY2    mean :  0.1002146040E-07    min :  0.9749615705E-08    max :  0.4876228716E-07    drift :  0.2155071575E+00 %
+ tracer nb :12    name :      ZOO2    mean :  0.1000032523E-07    min :  0.9369434387E-08    max :  0.1055496493E-07    drift :  0.4153598741E-02 %
+ tracer nb :13    name :       DSi    mean :  0.1507395142E-08    min :  0.1468672846E-08    max :  0.1468169641E-07    drift :  0.4939151441E+00 %
+ tracer nb :14    name :       Fer    mean :  0.6165173704E-09    min :  0.9760942386E-11    max :  0.6653338993E-08    drift :  0.4111252718E-01 %
+ tracer nb :15    name :       BFe    mean :  0.4672341025E-13    min :  0.5840077079E-16    max :  0.8745346423E-13    drift : -0.6552337320E+01 %
+ tracer nb :16    name :       GOC    mean :  0.9084529566E-08    min :  0.0000000000E+00    max :  0.1007166267E-07    drift : -0.9153885606E+01 %
+ tracer nb :17    name :       SFe    mean :  0.1122022339E-12    min :  0.2941226186E-13    max :  0.6896496746E-11    drift :  0.1244064901E+03 %
+ tracer nb :18    name :       DFe    mean :  0.6768216755E-13    min :  0.4848708144E-13    max :  0.1871445367E-11    drift :  0.3536555506E+02 %
+ tracer nb :19    name :       GSi    mean :  0.1957666405E-11    min :  0.5079504937E-13    max :  0.2234299809E-10    drift :  0.3815368097E+04 %
+ tracer nb :20    name :       NFe    mean :  0.7636975154E-13    min :  0.4731310467E-13    max :  0.2733157112E-11    drift :  0.5274087964E+02 %
+ tracer nb :21    name :      NCHL    mean :  0.2204974910E-08    min :  0.2130893784E-08    max :  0.2362156197E-07    drift :  0.1062260851E+01 %
+ tracer nb :22    name :      DCHL    mean :  0.2189396244E-08    min :  0.2126703571E-08    max :  0.2042057826E-07    drift :  0.3482322375E+00 %
+ tracer nb :23    name :       NO3    mean :  0.2356093036E-03    min :  0.5445631798E-08    max :  0.3993117960E-03    drift :  0.8525104082E+00 %
+ tracer nb :24    name :       NH4    mean :  0.1106476254E-07    min :  0.8469853872E-08    max :  0.3835916281E-06    drift :  0.1064862262E+02 %
+ 
+                     iom_close ~~~ close file: ./ORCA2_00000045_restart_trc_0000
+ .nc ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sbc_hc
+ _b written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sbc_sc
+ _b written ok
+   fld_read: var CHLA kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./chlorophyll.nc ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: qsr_hc
+ _b written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: fraqsr
+ _1lev written ok
+   fld_read: var votemper kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./data_1m_potential_temperature_n
+ omask.nc ok
+   fld_read: var vosaline kt =       45 (   2.9667 days), Y/M/D = 0001/01/03, records b/a:   0012/  0001 (days  -15.5000/  15.5000)
+       it_offset is :            0
+                     iom_close ~~~ close file: ./data_1m_salinity_nomask.nc ok
+ ---- dom_vvl_rst ----
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: e3t_b 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: e3t_n 
+ written ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rdt wr
+ itten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: ub wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vb wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: tb wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sb wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sshb w
+ ritten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: un wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: vn wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: tn wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sn wri
+ tten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: sshn w
+ ritten ok
+           iom_nf90_rp0123d, file: ./ORCA2_00000045_restart_0000.nc, var: rhop w
+ ritten ok
+                     iom_close ~~~ close file: ./ORCA2_00000045_restart_0000.nc 
+ ok
+icebergs: icb_end complete     1
+
+AAAAAAAA
+
+                     iom_close ~~~ close file: ./geothermal_heating.nc ok
+                     iom_close ~~~ close file: par.orca.nc ok
+                     iom_close ~~~ close file: dust.orca.nc ok
+                     iom_close ~~~ close file: ndeposition.orca.nc ok
+                     iom_close ~~~ close file: ./solubility.orca.nc ok
+                     iom_close ~~~ close file: ./ndeposition.orca.nc ok
+                     iom_close ~~~ close file: ./data_DIC_nomask.nc ok
+                     iom_close ~~~ close file: ./data_Alkalini_nomask.nc ok
+                     iom_close ~~~ close file: ./data_O2_nomask.nc ok
+                     iom_close ~~~ close file: ./data_PO4_nomask.nc ok
+                     iom_close ~~~ close file: ./data_Si_nomask.nc ok
+                     iom_close ~~~ close file: ./data_DOC_nomask.nc ok
+                     iom_close ~~~ close file: ./data_Fer_nomask.nc ok
+                     iom_close ~~~ close file: ./data_NO3_nomask.nc ok
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/README.md	(revision 15719)
@@ -0,0 +1,5 @@
+#  CPL_ORCA2_ICE_PISCES
+
+This configuration is similar to ORCA2_ICE_PISCES but can be coupled, via OASIS3-MCT (v3 or v4) to a toy atmosphere. Sources of the toy atmosphere model are located at tools/TOYATM. Both NEMO test configuration and toy sources must be linked with OASIS library. In addition to ORCA2_ICE_PISCES input files, files from tools/TOYATM/EXP directory (OASIS auxiliary and parameter files) must be copied to the working directory. Coupled system must be launched following MPI MPMD syntax (e.g. mpirun -n 20 nemo.exe : -n 20 toyatm.exe).
+
+Output files ocean.output (NEMO) and debug.root.0? (OASIS) from reference run are provided in EXPREF directory
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/cpp_CPL_ORCA2_ICE_PISCES.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/cpp_CPL_ORCA2_ICE_PISCES.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/CPL_ORCA2_ICE_PISCES/cpp_CPL_ORCA2_ICE_PISCES.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+bld::tool::fppkeys   key_si3 key_iomput key_mpp_mpi key_oasis3 key_top
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,47 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+    <variable_definition>
+    <!-- Year of time origin for NetCDF files; defaults to 1800 -->
+       <variable id="ref_year" type="int"   > 1800 </variable>
+       <variable id="rau0"     type="float" > 1026.0 </variable>
+       <variable id="cpocean"  type="float" > 3991.86795711963 </variable>
+       <variable id="convSpsu" type="float" > 0.99530670233846  </variable>
+       <variable id="rhoic"    type="float" > 917.0 </variable>
+       <variable id="rhosn"    type="float" > 330.0 </variable>
+       <variable id="missval"  type="float" > 1.e20 </variable>
+    </variable_definition>
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>    <!--  NEMO ocean dynamics     -->
+    <field_definition src="./field_def_nemo-ice.xml"/>    <!--  NEMO sea-ice model      -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics      -->
+    <file_definition src="./file_def_nemo-ice.xml"/>     <!--  NEMO sea-ice model       -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht"  long_name="Vertical T levels"  unit="m" positive="down" />
+      <axis id="depthu"  long_name="Vertical U levels"  unit="m" positive="down" />
+      <axis id="depthv"  long_name="Vertical V levels"  unit="m" positive="down" />
+      <axis id="depthw"  long_name="Vertical W levels"  unit="m" positive="down" />
+      <axis id="nfloat"  long_name="Float number"       unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"                 />
+      <axis id="ncatice" long_name="Ice category"       unit="1"                 />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"              />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"              />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/field_def_nemo-ice.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/field_def_nemo-ice.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/field_def_nemo-ice.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-ice.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/file_def_nemo-ice.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/file_def_nemo-ice.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/file_def_nemo-ice.xml	(revision 15719)
@@ -0,0 +1,68 @@
+<?xml version="1.0"?>
+    <!-- $id$ -->
+    
+ <!--
+============================================================================================================
+=                                           output files definition                                        =
+============================================================================================================
+  -->
+    
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+    
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE.">  <!-- 1 day files -->   	
+
+	<file id="file1" name_suffix="_icemod" description="ice variables" enabled=".true." >
+
+        <!-- ice mask -->
+        <field field_ref="icemask"          name="simsk"   />
+
+        <!-- general -->
+        <field field_ref="snwvolu"          name="snvolu" />
+        <field field_ref="icethic"          name="sithic" />
+        <field field_ref="icethic"          name="sithic_max" operation="maximum" />
+        <field field_ref="icethic"          name="sithic_min" operation="minimum" />
+        <field field_ref="iceneg_pres"      name="sineg_pres" />
+        <field field_ref="iceneg_volu"      name="sineg_volu" />
+        <field field_ref="fasticepres"      name="fasticepres" />
+        <field field_ref="icevolu"          name="sivolu" />
+        <field field_ref="iceconc"          name="siconc" />
+        <field field_ref="icesalt"          name="sisali" />
+        <field field_ref="iceapnd"          name="siapnd" />
+        <field field_ref="icevpnd"          name="sivpnd" />
+        <field field_ref="sst_m"            name="sst_m"  />
+        <field field_ref="sss_m"            name="sss_m"  />
+
+        <!-- momentum -->
+        <field field_ref="uice"             name="sivelu"  />
+        <field field_ref="vice"             name="sivelv"  />
+        <field field_ref="icevel"           name="sivelo"  />
+
+        <!-- rheology -->
+        <field field_ref="icediv"           name="sidive"  />
+
+        <!-- categories -->
+        <field field_ref="icemask_cat"      name="simskcat"/>
+        <field field_ref="snwthic_cat"      name="snthicat"/>
+        <field field_ref="iceconc_cat"      name="siconcat"/>
+        <field field_ref="icethic_cat"      name="sithicat"/>
+
+        </file>
+
+      </file_group>
+
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."/> <!-- 1h files -->
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->        
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE."/>  <!-- 5d files -->   	
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,33 @@
+<?xml version="1.0"?>
+
+<!--
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own filesfor ocean dynamics context                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+   
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."/> <!-- 1h files -->
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->     
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE."/>  <!-- 5d files -->   
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
+    
+
+
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,30 @@
+<?xml version="1.0"?>
+<simulation> 
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+	  <!--
+          <variable id="optimal_buffer_size"       type="string">memory</variable>
+          <variable id="buffer_size_factor"        type="double">1.0</variable>
+	  -->
+	  <variable id="info_level"                type="int">10</variable>
+	  <variable id="using_server"              type="bool">false</variable>
+	  <variable id="using_oasis"               type="bool">false</variable>
+	  <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+	
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/make_initice.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/make_initice.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/make_initice.py	(revision 15719)
@@ -0,0 +1,120 @@
+#!/usr/bin/python
+
+import os,sys
+from netCDF4 import Dataset as netcdf
+import numpy as np
+import matplotlib.pyplot as plt
+from math import exp
+from math import ceil
+
+resname=''
+
+# input file
+###fcoord='coordinates_'+str(resname)+'.nc'
+#fcoord='mesh_mask_'+str(resname)+'.nc'
+fcoord='mesh_mask.nc'
+
+# output file
+#fflx='initice_'+str(resname)+'.nc'
+fflx='initice_60pts.nc'
+
+print '   creating init ice file  ' +fflx
+
+# Reading coordinates file
+nccoord=netcdf(fcoord,'r')
+nav_lon=nccoord.variables['nav_lon']
+nav_lat=nccoord.variables['nav_lat']
+time_counter=1
+LON1= nav_lon.shape[1]
+LAT1= nav_lon.shape[0]
+print 'nav_lon.shape[1]' ,nav_lon.shape[1]
+print 'LON1 ', LON1
+print 'LAT1 ', LAT1
+
+# Creating INITICE netcdf file
+nc=netcdf(fflx,'w')
+nc.createDimension('y',LAT1)
+nc.createDimension('x',LON1)
+nc.createDimension('time_counter',None)    # Setting dimension size to 0 or None makes it unlimited. 
+
+cdflon=nc.createVariable('nav_lon','f',('y','x'))
+cdflat=nc.createVariable('nav_lat','f',('y','x'))
+cdftimecounter=nc.createVariable('time_counter','f',('time_counter'))
+
+# ati : Fraction of open waters in sea ice - units %
+# hti : Sea ice thickness - units m
+# hts : Snow thickness - units m
+# smi :
+# tmi : Sea ice internal temperature - units K
+# tsu : Sea ice surface temperature - units K
+#
+# Take constant values from namelist &namiceini of NEMO
+rn_hti_ini=2.0
+rn_hts_ini=0.2            #  initial real snow thickness (m)
+rn_ati_ini=0.9            #  initial ice concentration   (-)
+rn_smi_ini=6.3            #  initial ice salinity     (g/kg)
+rn_tmi_ini=270.           #  initial ice/snw temperature (K)
+rn_tsu_ini=270.           #  initial sea ice temperature (K)
+#
+cdfati=nc.createVariable('ati','f',('time_counter','y','x'))
+cdfati.units='Percentage'
+cdfati.long_name='Sea ice concentration'
+cdfhti=nc.createVariable('hti','f',('time_counter','y','x'))
+cdfhti.long_name='Sea ice thickness'
+cdfhti.units='m'
+cdfhts=nc.createVariable('hts','f',('time_counter','y','x'))
+cdfhts.long_name='Snow thickness'
+cdfhts.units='m'
+cdfsmi=nc.createVariable('smi','f',('time_counter','y','x'))
+cdfsmi.long_name='Sea ice salinity'
+cdfsmi.units='pss'
+cdftmi=nc.createVariable('tmi','f',('time_counter','y','x'))
+cdftmi.long_name='Sea ice internal temperature'
+cdftmi.units='Kelvin'
+cdftsu=nc.createVariable('tsu','f',('time_counter','y','x'))
+cdftsu.long_name='Sea ice surface temperature'
+cdftsu.units='Kelvin'
+
+cdflon[:,:]=nav_lon[:,:]
+cdflat[:,:]=nav_lat[:,:]
+cdftimecounter[0]=1
+
+# Fill fields
+#print 'cdfati[:,1]', cdfati[:,1]  -> 32 values
+
+# Add a gaussian for sea ice thickness here
+cdfhti[:,:,:]=0.
+cdfhts[:,:,:]=0.
+cdfati[:,:,:]=0.
+cdfsmi[:,:,:]=0.
+cdftmi[:,:,:]=rn_tmi_ini
+cdftsu[:,:,:]=rn_tsu_ini
+
+# --------------------------------------
+# for basin=99x99km with dx=1km ; dy=1km
+
+# --- Lipscomb 2004 experiment ---
+cdfhti[:,:,:]=1.
+# thickness
+for y in np.arange(0,LAT1,1) :
+    for x in np.arange(0,LON1,1) :
+        if (x >= 15. and x <= 43.):
+            cdfhti[:,y,x] = 0.2
+#        elif (x < 10. or x > 50.):
+#            cdfhti[:,y,x] = 0.
+
+cdfati[:,:,:]=0.001
+# concentration
+for y in np.arange(0,LAT1,1) :
+    for x in np.arange(0,LON1,1) :
+        if (x >= 10. and x <= 29.):
+            cdfati[:,y,x] = 0.9 * (x - 9.) / 20.
+        elif (x > 29. and x <= 48.):
+            cdfati[:,y,x] = 0.9
+
+# ---------------------------------------
+
+nc.close()
+nccoord.close()
+
+#sys.exit()
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,237 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!               ICE_ADV1D configuration                              !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   ICE_ADV1D user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    4.   ! horizontal resolution in meters
+   rn_dy       =    4.   ! horizontal resolution in meters
+   ln_corio    =    .false. ! set coriolis=0 (false) or not (true)
+      rn_ppgphi0  =  70.    ! Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0      !  job number (no more used...)
+   cn_exp      =  "ICE_ADV1D" !  experience name
+   nn_it000    =       1      !  first time step
+   nn_itend    =      40      !  last  time step (std 5475)
+   nn_istate   =       1      !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_rdt      =   2.     !  time step for the dynamics (and tracer if nn_acc=0)
+   !
+   ln_meshmask = .true.   !  =T  create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.    !  (=T) read the domain configuration file
+      !                     !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+      cn_domcfg = "ICE_ADV1D_domcfg"    ! domain configuration filename
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_usr      = .true.   !  user defined formulation                  (T => check usrdef_sbc)
+   ln_blk      = .false.  !  Bulk formulation                          (T => fill namsbc_blk )
+   nn_fsbc     =  1       !  frequency of surface boundary condition computation
+   nn_ice      =  2       !  sea-ice model
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface module: ocean data               (SAS_SRC  only)
+!-----------------------------------------------------------------------
+   l_sasread   = .false.  ! =T Read in file ;  =F set all to 0. (see sbcssm.F90)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.     !  free-slip       : Cd = 0                  
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_teos10    = .true.         !  = Use TEOS-10 equation of state
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.    !  FCT scheme
+      nn_fct_h   =  4               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!----------------------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!----------------------------------------------------------------------------------
+   ln_traldf_OFF    =  .true.   !    laplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .true. !  linear dynamics (no momentum advection)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .true.   !  z-coordinate - full steps
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_120pts
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_120pts	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_120pts	(revision 15719)
@@ -0,0 +1,237 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!               ICE_ADV1D configuration                              !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   ICE_ADV1D user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    4.   ! horizontal resolution in meters
+   rn_dy       =    4.   ! horizontal resolution in meters
+   ln_corio    =    .false. ! set coriolis=0 (false) or not (true)
+      rn_ppgphi0  =  70.    ! Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0      !  job number (no more used...)
+   cn_exp      =  "ICE_ADV1D" !  experience name
+   nn_it000    =       1      !  first time step
+   nn_itend    =      80      !  last  time step (std 5475)
+   nn_istate   =       1      !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_rdt      =   2.     !  time step for the dynamics (and tracer if nn_acc=0)
+   !
+   ln_meshmask = .true.   !  =T  create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.    !  (=T) read the domain configuration file
+      !                     !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+      cn_domcfg = "ICE_ADV1D_domcfg"    ! domain configuration filename
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_usr      = .true.   !  user defined formulation                  (T => check usrdef_sbc)
+   ln_blk      = .false.  !  Bulk formulation                          (T => fill namsbc_blk )
+   nn_fsbc     =  1       !  frequency of surface boundary condition computation
+   nn_ice      =  2       !  sea-ice model
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface module: ocean data               (SAS_SRC  only)
+!-----------------------------------------------------------------------
+   l_sasread   = .false.  ! =T Read in file ;  =F set all to 0. (see sbcssm.F90)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.     !  free-slip       : Cd = 0                  
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_teos10    = .true.         !  = Use TEOS-10 equation of state
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.    !  FCT scheme
+      nn_fct_h   =  4               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!----------------------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!----------------------------------------------------------------------------------
+   ln_traldf_OFF    =  .true.   !    laplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .true. !  linear dynamics (no momentum advection)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .true.   !  z-coordinate - full steps
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_240pts
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_240pts	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_240pts	(revision 15719)
@@ -0,0 +1,237 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!               ICE_ADV1D configuration                              !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   ICE_ADV1D user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    4.   ! horizontal resolution in meters
+   rn_dy       =    4.   ! horizontal resolution in meters
+   ln_corio    =    .false. ! set coriolis=0 (false) or not (true)
+      rn_ppgphi0  =  70.    ! Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0      !  job number (no more used...)
+   cn_exp      =  "ICE_ADV1D" !  experience name
+   nn_it000    =       1      !  first time step
+   nn_itend    =     160      !  last  time step (std 5475)
+   nn_istate   =       1      !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_rdt      =   2.     !  time step for the dynamics (and tracer if nn_acc=0)
+   !
+   ln_meshmask = .true.   !  =T  create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.    !  (=T) read the domain configuration file
+      !                     !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+      cn_domcfg = "ICE_ADV1D_domcfg"    ! domain configuration filename
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_usr      = .true.   !  user defined formulation                  (T => check usrdef_sbc)
+   ln_blk      = .false.  !  Bulk formulation                          (T => fill namsbc_blk )
+   nn_fsbc     =  1       !  frequency of surface boundary condition computation
+   nn_ice      =  2       !  sea-ice model
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface module: ocean data               (SAS_SRC  only)
+!-----------------------------------------------------------------------
+   l_sasread   = .false.  ! =T Read in file ;  =F set all to 0. (see sbcssm.F90)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.     !  free-slip       : Cd = 0                  
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_teos10    = .true.         !  = Use TEOS-10 equation of state
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.    !  FCT scheme
+      nn_fct_h   =  4               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!----------------------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!----------------------------------------------------------------------------------
+   ln_traldf_OFF    =  .true.   !    laplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .true. !  linear dynamics (no momentum advection)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .true.   !  z-coordinate - full steps
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_60pts
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_60pts	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_cfg_60pts	(revision 15719)
@@ -0,0 +1,237 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!               ICE_ADV1D configuration                              !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   ICE_ADV1D user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    4.   ! horizontal resolution in meters
+   rn_dy       =    4.   ! horizontal resolution in meters
+   ln_corio    =    .false. ! set coriolis=0 (false) or not (true)
+      rn_ppgphi0  =  70.    ! Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0      !  job number (no more used...)
+   cn_exp      =  "ICE_ADV1D" !  experience name
+   nn_it000    =       1      !  first time step
+   nn_itend    =      40      !  last  time step (std 5475)
+   nn_istate   =       1      !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_rdt      =   2.     !  time step for the dynamics (and tracer if nn_acc=0)
+   !
+   ln_meshmask = .true.   !  =T  create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.    !  (=T) read the domain configuration file
+      !                     !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+      cn_domcfg = "ICE_ADV1D_domcfg"    ! domain configuration filename
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_usr      = .true.   !  user defined formulation                  (T => check usrdef_sbc)
+   ln_blk      = .false.  !  Bulk formulation                          (T => fill namsbc_blk )
+   nn_fsbc     =  1       !  frequency of surface boundary condition computation
+   nn_ice      =  2       !  sea-ice model
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface module: ocean data               (SAS_SRC  only)
+!-----------------------------------------------------------------------
+   l_sasread   = .false.  ! =T Read in file ;  =F set all to 0. (see sbcssm.F90)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.     !  free-slip       : Cd = 0                  
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_teos10    = .true.         !  = Use TEOS-10 equation of state
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.    !  FCT scheme
+      nn_fct_h   =  4               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!----------------------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!----------------------------------------------------------------------------------
+   ln_traldf_OFF    =  .true.   !    laplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .true. !  linear dynamics (no momentum advection)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .true.   !  z-coordinate - full steps
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg	(revision 15719)
@@ -0,0 +1,107 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface boundary conditions    (namsbc)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   jpl              =   1             !  number of ice  categories
+   nlay_i           =   2             !  number of ice  layers
+   ln_icedyn        = .true.          !  ice dynamics (T) or not (F)
+   ln_icethd        = .false.         !  ice thermo   (T) or not (F)
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+   ln_dynALL        = .false.         !  dyn.: full ice dynamics               (rheology + advection + ridging/rafting + correction)
+   ln_dynRHGADV     = .false.         !  dyn.: no ridge/raft & no corrections  (rheology + advection)
+   ln_dynADV1D      = .true.          !  dyn.: only advection 1D                  (Schar & Smolarkiewicz 1996 test case)
+   ln_dynADV2D      = .false.         !  dyn.: only advection 2D w prescribed vel.(rn_uvice + advection)
+      rn_uice       =   1.            !        prescribed ice u-velocity
+      rn_vice       =   0.            !        prescribed ice v-velocity
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+   ln_adv_Pra       = .false.         !  Advection scheme (Prather)
+   ln_adv_UMx       = .true.          !  Advection scheme (Ultimate-Macho)
+      nn_UMx        =   5             !     order of the scheme for UMx (1-5 ; 20=centered 2nd order)
+/
+!------------------------------------------------------------------------------
+&namsbc         !   Ice surface boundary conditions
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+   ln_iceini        = .true.          !  activate ice initialization (T) or not (F)
+   ln_iceini_file   = .true.          !  netcdf file provided for initialization (T) or not (F)
+
+   sn_hti = 'initice_60pts'                 , -12 ,'hti'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_hts = 'initice_60pts'                 , -12 ,'hts'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_ati = 'initice_60pts'                 , -12 ,'ati'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tsu = 'initice_60pts'                 , -12 ,'tsu'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tmi = 'initice_60pts'                 , -12 ,'tmi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_smi = 'initice_60pts'                 , -12 ,'smi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   cn_dir='./'
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_120pts
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_120pts	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_120pts	(revision 15719)
@@ -0,0 +1,107 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface forcing                (namforcing)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   jpl              =   1             !  number of ice  categories
+   nlay_i           =   2             !  number of ice  layers
+   ln_icedyn        = .true.          !  ice dynamics (T) or not (F)
+   ln_icethd        = .false.         !  ice thermo   (T) or not (F)
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+   ln_dynALL        = .false.         !  dyn.: full ice dynamics               (rheology + advection + ridging/rafting + correction)
+   ln_dynRHGADV     = .false.         !  dyn.: no ridge/raft & no corrections  (rheology + advection)
+   ln_dynADV1D      = .true.          !  dyn.: only advection 1D                  (Schar & Smolarkiewicz 1996 test case)
+   ln_dynADV2D      = .false.         !  dyn.: only advection 2D w prescribed vel.(rn_uvice + advection)
+      rn_uice       =   1.            !        prescribed ice u-velocity
+      rn_vice       =   0.            !        prescribed ice v-velocity
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+   ln_adv_Pra       = .false.         !  Advection scheme (Prather)
+   ln_adv_UMx       = .true.          !  Advection scheme (Ultimate-Macho)
+      nn_UMx        =   5             !     order of the scheme for UMx (1-5 ; 20=centered 2nd order)
+/
+!------------------------------------------------------------------------------
+&namforcing     !   Ice surface forcing
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+   ln_iceini        = .true.          !  activate ice initialization (T) or not (F)
+   ln_iceini_file   = .true.          !  netcdf file provided for initialization (T) or not (F)
+
+   sn_hti = 'initice_120pts'                 , -12 ,'hti'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_hts = 'initice_120pts'                 , -12 ,'hts'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_ati = 'initice_120pts'                 , -12 ,'ati'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tsu = 'initice_120pts'                 , -12 ,'tsu'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tmi = 'initice_120pts'                 , -12 ,'tmi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_smi = 'initice_120pts'                 , -12 ,'smi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   cn_dir='./'
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_240pts
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_240pts	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_240pts	(revision 15719)
@@ -0,0 +1,107 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface forcing                (namforcing)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   jpl              =   1             !  number of ice  categories
+   nlay_i           =   2             !  number of ice  layers
+   ln_icedyn        = .true.          !  ice dynamics (T) or not (F)
+   ln_icethd        = .false.         !  ice thermo   (T) or not (F)
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+   ln_dynALL        = .false.         !  dyn.: full ice dynamics               (rheology + advection + ridging/rafting + correction)
+   ln_dynRHGADV     = .false.         !  dyn.: no ridge/raft & no corrections  (rheology + advection)
+   ln_dynADV1D      = .true.          !  dyn.: only advection 1D                  (Schar & Smolarkiewicz 1996 test case)
+   ln_dynADV2D      = .false.         !  dyn.: only advection 2D w prescribed vel.(rn_uvice + advection)
+      rn_uice       =   1.            !        prescribed ice u-velocity
+      rn_vice       =   0.            !        prescribed ice v-velocity
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+   ln_adv_Pra       = .false.         !  Advection scheme (Prather)
+   ln_adv_UMx       = .true.          !  Advection scheme (Ultimate-Macho)
+      nn_UMx        =   5             !     order of the scheme for UMx (1-5 ; 20=centered 2nd order)
+/
+!------------------------------------------------------------------------------
+&namforcing     !   Ice surface forcing
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+   ln_iceini        = .true.          !  activate ice initialization (T) or not (F)
+   ln_iceini_file   = .true.          !  netcdf file provided for initialization (T) or not (F)
+
+   sn_hti = 'initice_240pts'                 , -12 ,'hti'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_hts = 'initice_240pts'                 , -12 ,'hts'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_ati = 'initice_240pts'                 , -12 ,'ati'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tsu = 'initice_240pts'                 , -12 ,'tsu'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tmi = 'initice_240pts'                 , -12 ,'tmi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_smi = 'initice_240pts'                 , -12 ,'smi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   cn_dir='./'
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_60pts
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_60pts	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_cfg_60pts	(revision 15719)
@@ -0,0 +1,107 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface forcing                (namforcing)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   jpl              =   1             !  number of ice  categories
+   nlay_i           =   2             !  number of ice  layers
+   ln_icedyn        = .true.          !  ice dynamics (T) or not (F)
+   ln_icethd        = .false.         !  ice thermo   (T) or not (F)
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+   ln_dynALL        = .false.         !  dyn.: full ice dynamics               (rheology + advection + ridging/rafting + correction)
+   ln_dynRHGADV     = .false.         !  dyn.: no ridge/raft & no corrections  (rheology + advection)
+   ln_dynADV1D      = .true.          !  dyn.: only advection 1D                  (Schar & Smolarkiewicz 1996 test case)
+   ln_dynADV2D      = .false.         !  dyn.: only advection 2D w prescribed vel.(rn_uvice + advection)
+      rn_uice       =   1.            !        prescribed ice u-velocity
+      rn_vice       =   0.            !        prescribed ice v-velocity
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+   ln_adv_Pra       = .false.         !  Advection scheme (Prather)
+   ln_adv_UMx       = .true.          !  Advection scheme (Ultimate-Macho)
+      nn_UMx        =   5             !     order of the scheme for UMx (1-5 ; 20=centered 2nd order)
+/
+!------------------------------------------------------------------------------
+&namforcing     !   Ice surface forcing
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+   ln_iceini        = .true.          !  activate ice initialization (T) or not (F)
+   ln_iceini_file   = .true.          !  netcdf file provided for initialization (T) or not (F)
+
+   sn_hti = 'initice_60pts'                 , -12 ,'hti'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_hts = 'initice_60pts'                 , -12 ,'hts'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_ati = 'initice_60pts'                 , -12 ,'ati'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tsu = 'initice_60pts'                 , -12 ,'tsu'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tmi = 'initice_60pts'                 , -12 ,'tmi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_smi = 'initice_60pts'                 , -12 ,'smi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   cn_dir='./'
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ice_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ice_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,125 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_hgr  ***
+   !!
+   !!                      ===  ICE_ADV1D configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2016-08  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for ICE_ADV1D configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx, rn_dy, ln_corio, rn_ppgphi0   ! horizontal resolution in meters
+   !                                                            coriolis and reference latitude
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                ICE_ADV1D configuration : uniform grid spacing (rn_dx)
+      !!                without Coriolis force (f=0)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zphi0, zlam0, zbeta, zf0
+      REAL(wp) ::   zti, zui, ztj, zvj   ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : ICE_ADV1D configuration bassin'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '          f-plane with regular grid-spacing rn_dx, rn_dy'
+
+      !                          ==========
+      zlam0 = -(jpiglo-1)/2 * 1.e-3 * rn_dx
+      zphi0 = -(jpjglo-1)/2 * 1.e-3 * rn_dy
+
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            zti = FLOAT( ji - 1 + nimpp - 1 )          ;  ztj = FLOAT( jj - 1 + njmpp - 1 )
+            zui = FLOAT( ji - 1 + nimpp - 1 ) + 0.5_wp ;  zvj = FLOAT( jj - 1 + njmpp - 1 ) + 0.5_wp
+
+            plamt(ji,jj) = zlam0 + rn_dx * 1.e-3 * zti
+            plamu(ji,jj) = zlam0 + rn_dx * 1.e-3 * zui
+            plamv(ji,jj) = plamt(ji,jj) 
+            plamf(ji,jj) = plamu(ji,jj) 
+   
+            pphit(ji,jj) = zphi0 + rn_dy * 1.e-3 * ztj
+            pphiv(ji,jj) = zphi0 + rn_dy * 1.e-3 * zvj
+            pphiu(ji,jj) = pphit(ji,jj) 
+            pphif(ji,jj) = pphiv(ji,jj) 
+         END DO
+      END DO
+         
+      ! constant scale factors
+      pe1t(:,:) = rn_dx
+      pe2t(:,:) = rn_dy
+         
+      pe1u(:,:) = pe1t(:,:)      ;      pe2u(:,:) = pe2t(:,:)
+      pe1v(:,:) = pe1t(:,:)      ;      pe2v(:,:) = pe2t(:,:)
+      pe1f(:,:) = pe1t(:,:)      ;      pe2f(:,:) = pe2t(:,:)
+
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      IF( ln_corio ) THEN
+         zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+         zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+         pff_f(:,:) = zf0 + zbeta * pphif(:,:) * 1.e+3
+         pff_t(:,:) = zf0 + zbeta * pphit(:,:) * 1.e+3
+      ELSE
+         pff_f(:,:) = 0.
+         pff_t(:,:) = 0.
+      ENDIF
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,109 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                      ===  ICE_ADV1D configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                               !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dy      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_ppgphi0 ! reference latitude for beta-plane 
+   LOGICAL , PUBLIC ::   ln_corio   ! set coriolis at 0 (ln_corio=F) or not 
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here ICE_ADV1D configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii   ! Local integer
+      REAL(wp)::   zlx, zly  ! Local scalars
+      !!
+      NAMELIST/namusr_def/ rn_dx, rn_dy, ln_corio, rn_ppgphi0
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      cd_cfg = 'ICE_ADV1D'           ! name & resolution (not used)
+      kk_cfg = INT( rn_dx )
+      !
+      ! Global Domain size:  ICE_ADV1D domain is  480 m x 480 m x 10 m
+      kpi = INT( 480.*0.5 / rn_dx ) -1
+      kpj = INT( 480.*0.5 / rn_dy ) -1
+      kpk = 1
+      !
+      zlx = kpi*rn_dx*1.e-3
+      zly = kpj*rn_dy*1.e-3
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : ICE_ADV1D test case'                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution                    rn_dx  = ', rn_dx, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution                    rn_dy  = ', rn_dy, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      ICE_ADV1D domain  '                                                     ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         LX [km]: ', zlx                                                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         LY [km]: ', zly                                                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         resulting global domain size :        jpiglo = ', kpi                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpjglo = ', kpj                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpkglo = ', kpk                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         Coriolis:', ln_corio                                                 ;   ii = ii + 1
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 0                    ! ICE_ADV1D configuration : bi-periodic basin
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      ICE_ADV1D : closed basin                    jperio = ', kperio          ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,159 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_sbc  ***
+   !! 
+   !!                      ===  ICE_ADV1D configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in ICE_ADV1D case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ice fields
+   USE phycst          ! physical constants
+   USE ice, ONLY       : at_i_b, a_i_b
+   USE icethd_dh       ! for CALL ice_thd_snwblow
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called by sbcmod.F90 for sbc ocean
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for ICE_ADV1D case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp)   WRITE(numout,*)' usrdef_sbc_oce : ICE_ADV1D case: NO surface forcing'
+         ! --- oce variables --- !
+         utau(:,:) = 0._wp 
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !
+         utau_b(:,:) = 0._wp 
+         vtau_b(:,:) = 0._wp
+         emp_b (:,:) = 0._wp
+         sfx_b (:,:) = 0._wp
+         qns_b (:,:) = 0._wp
+         !
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_tau  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (momentum) condition over sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : ICE_ADV1D case: no stress forcing'
+      !
+      utau_ice(:,:) = 0._wp
+      vtau_ice(:,:) = 0._wp
+      !
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt, phs, phi )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_flx  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (flux) condition over sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phs    ! snow thickness
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phi    ! ice thickness
+      !!
+      REAL(wp) ::   zfr1, zfr2                 ! local variables
+      REAL(wp), DIMENSION(jpi,jpj) ::   zsnw   ! snw distribution after wind blowing
+      !!---------------------------------------------------------------------
+      !
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : ICE_ADV1D case: NO flux forcing'
+      !
+      ! ocean variables (renaming)
+      emp_oce (:,:)   = 0._wp   ! uniform value for freshwater budget (E-P)
+      qsr_oce (:,:)   = 0._wp   ! uniform value for     solar radiation
+      qns_oce (:,:)   = 0._wp   ! uniform value for non-solar radiation
+
+      ! ice variables
+      alb_ice (:,:,:) = 0.7_wp  ! useless
+      qsr_ice (:,:,:) = 0._wp   ! uniform value for     solar radiation
+      qns_ice (:,:,:) = 0._wp   ! uniform value for non-solar radiation
+      sprecip (:,:)   = 0._wp   ! uniform value for snow precip
+      evap_ice(:,:,:) = 0._wp   ! uniform value for sublimation
+
+      ! ice fields deduced from above
+      zsnw(:,:) = 1._wp
+      !!CALL lim_thd_snwblow( at_i_b, zsnw )  ! snow distribution over ice after wind blowing 
+      emp_ice  (:,:)   = SUM( a_i_b(:,:,:) * evap_ice(:,:,:), dim=3 ) - sprecip(:,:) * zsnw(:,:)
+      emp_oce  (:,:)   = emp_oce(:,:) - sprecip(:,:) * (1._wp - zsnw(:,:) )
+      qevap_ice(:,:,:) =   0._wp
+      qprec_ice(:,:)   =   rhos * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) !  in J/m3
+      qemp_oce (:,:)   = - emp_oce(:,:) * sst_m(:,:) * rcp
+      qemp_ice (:,:)   =   sprecip(:,:) * zsnw * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) ! solid precip (only)
+
+      ! total fluxes
+      emp_tot (:,:) = emp_ice  + emp_oce
+      qns_tot (:,:) = at_i_b(:,:) * qns_oce(:,:) + SUM( a_i_b(:,:,:) * qns_ice(:,:,:), dim=3 ) + qemp_ice(:,:) + qemp_oce(:,:)
+      qsr_tot (:,:) = at_i_b(:,:) * qsr_oce(:,:) + SUM( a_i_b(:,:,:) * qsr_ice(:,:,:), dim=3 )
+
+      ! --- shortwave radiation transmitted below the surface (W/m2, see Grenfell Maykut 77) --- !
+      zfr1 = ( 0.18 * ( 1.0 - cldf_ice ) + 0.35 * cldf_ice )            ! transmission when hi>10cm
+      zfr2 = ( 0.82 * ( 1.0 - cldf_ice ) + 0.65 * cldf_ice )            ! zfr2 such that zfr1 + zfr2 to equal 1
+      !
+      WHERE    ( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) <  0.1_wp )       ! linear decrease from hi=0 to 10cm  
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * ( zfr1 + zfr2 * ( 1._wp - phi(:,:,:) * 10._wp ) )
+      ELSEWHERE( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) >= 0.1_wp )       ! constant (zfr1) when hi>10cm
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * zfr1
+      ELSEWHERE                                                         ! zero when hs>0
+         qtr_ice_top(:,:,:) = 0._wp 
+      END WHERE
+          
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,111 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                   ===      ICE_ADV1D case     ===
+   !!
+   !! Ocean domain : user defined vertical coordinate system 
+   !!======================================================================
+   !! History :  4.0  ! 2016-08  (G. Madec, S. Flavoni)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr   ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v , pe3f ,               &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw,                      &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   jk, k_dz  ! dummy indices
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : ICE_ADV1D configuration (slab ocean - advection of ice in one direction)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate  ==>>>   here ICE_ADV1D : slab ocean always
+      ! ---------------------------
+      ld_zco    = .TRUE.       ! z-full-step coordinate
+      ld_zps    = .FALSE.      ! z-partial-step coordinate
+      ld_sco    = .FALSE.      ! s-coordinate
+      ld_isfcav = .FALSE.      ! ISF Ice Shelves Flag
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  UNmasked meter bathymetry  ==!
+      !
+      ! 
+      k_dz = 1
+      DO jk = 1, jpk
+         pdepw_1d(jk) =    k_dz
+         pdept_1d(jk) =    k_dz
+         pe3w_1d (jk) =    k_dz
+         pe3t_1d (jk) =    k_dz
+      END DO
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      ! no ocean cavities : top ocean level is ONE, except over land
+      k_top(:,:) = 1
+      !
+      !                       !==  z-coordinate  ==!   (step-like topography)
+      !                                !* bottom ocean compute from the depth of grid-points
+      jpkm1 = jpk
+      k_bot(:,:) = 1    ! here use k_top as a land mask
+      !                                !* horizontally uniform coordinate (reference z-co everywhere)
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE usr_def_zgr
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/cpp_ICE_ADV1D.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/cpp_ICE_ADV1D.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV1D/cpp_ICE_ADV1D.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+bld::tool::fppkeys key_si3 key_mpp_mpi key_nosignedzero key_iomput
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/README
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/README	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/README	(revision 15719)
@@ -0,0 +1,61 @@
+WARNING: For now, the test case ICE_ADV2D only works if the logical "ll_neg" is set to FALSE in the routine icedyn_adv_umx.F90
+                  (it is still unclear why)
+-------
+Purpose
+-------
+This demonstration case can serve different purposes:
+
+1) The main one: study of the advection of a patch of ice in a bi-periodic channel with a slab ocean (i.e. 1 ocean layer)
+              ==> set ln_icethd=false in namelist_ice_cfg
+
+2) Secondary: study of ice thermodynamics in the same basin
+              ==> set ln_icedyn=false in namelist_ice_cfg
+              ==> eventually change usrdef_sbc.F90 in MY_SRC to fit your needs
+
+-----------
+Experiments
+-----------
+Two experiments can be configured:
+
+a) A simple channel at 3km horizontal resolution (slightly variable => +- 10%)
+              ==> in MY_SRC/usrdef_hgr.F90, uncomment the part "variable scale factors" and comment part "constant scale factors"
+
+b) A simple channel at 3km horizontal resolution (constant scale factors)
+              ==> in MY_SRC/usrdef_hgr.F90, comment the part "variable scale factors" and uncomment part "constant scale factors"
+
+----------
+How to run
+----------
+
+a) Compile and run the model once to get a mesh_mask.nc file with the following command:
+../../../makenemo -r ICE_ADV2D -n ICE_ADV2D -m X64_ADA -j 4
+mpirun ./nemo -np 1
+
+b) Create the initial condition file for sea-ice (initice.nc) by running this python script: 
+python ./make_INITICE.py
+
+c) Run the model a second time
+mpirun ./nemo -np 4
+
+---------------
+What to look at
+---------------
+In case of purpose 1, One can test
+---
+a) the advection scheme: Ultimate-Macho (ln_adv_UMx=T) versus Prather (ln_adv_Pra=T)
+   for a square (ice concentration) or a gaussian (ice volume)
+      with either a constant velocity (ln_dynADV2D=T)
+               or a constant ice-atm. stress, thus velocity is calculated by rheology (ln_dynRHGADV=T)
+      with 1 or 5 ice categories (jpl=1 or 5).
+         (note that ln_dynADV2D=T only works with jpl=1)
+
+In case of purpose 2, one can test conservation of properties:
+---
+b) ice should not change at all if surface fluxes = 0 and SST = freezing temperature
+
+--------------------------------------
+Interpretation of the results (remarks)
+--------------------------------------
+- Prather conserves the max values but also creates side lobes
+- UM does not conserve the max but does not create side lobes
+- The "unmoving" ice (if any) is due to ice rheology which states that ice mass below a certain thresold (1kg/m2) is considered to move at the ocean velocity (thus 0 m/s)
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,47 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+    <variable_definition>
+    <!-- Year of time origin for NetCDF files; defaults to 1800 -->
+       <variable id="ref_year" type="int"   > 1800 </variable>
+       <variable id="rau0"     type="float" > 1026.0 </variable>
+       <variable id="cpocean"  type="float" > 3991.86795711963 </variable>
+       <variable id="convSpsu" type="float" > 0.99530670233846  </variable>
+       <variable id="rhoic"    type="float" > 917.0 </variable>
+       <variable id="rhosn"    type="float" > 330.0 </variable>
+       <variable id="missval"  type="float" > 1.e20 </variable>
+    </variable_definition>
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>    <!--  NEMO ocean dynamics     -->
+    <field_definition src="./field_def_nemo-ice.xml"/>    <!--  NEMO sea-ice model      -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics      -->
+    <file_definition src="./file_def_nemo-ice.xml"/>     <!--  NEMO sea-ice model       -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht"  long_name="Vertical T levels"  unit="m" positive="down" />
+      <axis id="depthu"  long_name="Vertical U levels"  unit="m" positive="down" />
+      <axis id="depthv"  long_name="Vertical V levels"  unit="m" positive="down" />
+      <axis id="depthw"  long_name="Vertical W levels"  unit="m" positive="down" />
+      <axis id="nfloat"  long_name="Float number"       unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"                 />
+      <axis id="ncatice" long_name="Ice category"       unit="1"                 />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"              />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"              />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/field_def_nemo-ice.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/field_def_nemo-ice.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/field_def_nemo-ice.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-ice.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/file_def_nemo-ice.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/file_def_nemo-ice.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/file_def_nemo-ice.xml	(revision 15719)
@@ -0,0 +1,110 @@
+<?xml version="1.0"?>
+    <!-- $id$ -->
+    
+ <!--
+============================================================================================================
+=                                           output files definition                                        =
+============================================================================================================
+  -->
+    
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+    
+      <file_group id="5ts" output_freq="5ts"  output_level="10" enabled=".TRUE.">  <!-- 1 day files -->   	
+
+	<file id="file1" name_suffix="_icemod" description="ice variables" enabled=".true." >
+
+        <!-- ice mask -->
+        <field field_ref="icemask"          name="simsk"   />
+
+        <!-- general -->
+        <field field_ref="snwvolu"          name="snvolu" />
+        <field field_ref="icethic"          name="sithic" />
+        <field field_ref="icethic"          name="sithic_max" operation="maximum" />
+        <field field_ref="icethic"          name="sithic_min" operation="minimum" />
+        <field field_ref="iceneg_pres"      name="sineg_pres" />
+        <field field_ref="iceneg_volu"      name="sineg_volu" />
+        <field field_ref="fasticepres"      name="fasticepres" />
+        <field field_ref="icevolu"          name="sivolu" />
+        <field field_ref="iceconc"          name="siconc" />
+        <field field_ref="icesalt"          name="sisali" />
+        <field field_ref="iceapnd"          name="siapnd" />
+        <field field_ref="icevpnd"          name="sivpnd" />
+        <field field_ref="sst_m"            name="sst_m"  />
+        <field field_ref="sss_m"            name="sss_m"  />
+
+        <!-- heat -->
+        <field field_ref="icetemp"          name="sitemp" />
+        <field field_ref="icettop"          name="sittop" />
+        <field field_ref="icetbot"          name="sitbot" />
+        <field field_ref="icetsni"          name="sitsni" />
+
+        <!-- momentum -->
+        <field field_ref="uice"             name="sivelu"  />
+        <field field_ref="vice"             name="sivelv"  />
+        <field field_ref="icevel"           name="sivelo"  />
+        <field field_ref="utau_ai"          name="utau_ai" />
+        <field field_ref="vtau_ai"          name="vtau_ai" />
+        <field field_ref="utau_oi"          name="utau_oi" />
+        <field field_ref="vtau_oi"          name="vtau_oi" />
+
+        <!-- rheology -->
+        <field field_ref="icediv"           name="sidive"  />
+        <field field_ref="iceshe"           name="sishea"  />
+        <field field_ref="icestr"           name="sistre"  />
+        <field field_ref="normstr"          name="normstr" />
+        <field field_ref="sheastr"          name="sheastr" />
+        <field field_ref="isig1"            name="isig1"   />
+        <field field_ref="isig2"            name="isig2"   />
+        <field field_ref="isig3"            name="isig3"   />
+
+        <!-- heat fluxes -->
+        <field field_ref="qt_oce_ai"        name="qt_oce_ai"  />
+        <field field_ref="qt_atm_oi"        name="qt_atm_oi"  />
+        <field field_ref="qtr_ice_top"      name="qtr_ice_top"/>
+        <field field_ref="qtr_ice_bot"      name="qtr_ice_bot"/>
+        <field field_ref="qt_ice"           name="qt_ice"     />
+        <field field_ref="qsr_ice"          name="qsr_ice"    />
+        <field field_ref="qns_ice"          name="qns_ice"    />
+        <field field_ref="qemp_ice"         name="qemp_ice"   />
+        <field field_ref="albedo"           name="albedo"     />
+
+        <field field_ref="hfxcndtop"        name="hfxcndtop"  />
+        <field field_ref="hfxcndbot"        name="hfxcndbot"  />
+        <field field_ref="hfxsensib"        name="hfxsensib"  />
+
+        <!-- salt fluxes -->
+        <field field_ref="sfxice"           name="sfxice" />
+
+        <!-- mass fluxes -->
+        <field field_ref="vfxice"           name="vfxice" />
+        <field field_ref="vfxsnw"           name="vfxsnw" />
+
+        <!-- categories -->
+        <field field_ref="icemask_cat"      name="simskcat"/>
+        <field field_ref="snwthic_cat"      name="snthicat"/>
+        <field field_ref="iceconc_cat"      name="siconcat"/>
+        <field field_ref="icethic_cat"      name="sithicat"/>
+        <field field_ref="icesalt_cat"      name="sisalcat"/>
+        <field field_ref="icetemp_cat"      name="sitemcat"/>
+
+        </file>
+
+      </file_group>
+
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."/> <!-- 1h files -->
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->        
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE."/>  <!-- 5d files -->   	
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,33 @@
+<?xml version="1.0"?>
+
+<!--
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own filesfor ocean dynamics context                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+   
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."/> <!-- 1h files -->
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->     
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE."/>  <!-- 5d files -->   
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
+    
+
+
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,30 @@
+<?xml version="1.0"?>
+<simulation> 
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+	  <!--
+          <variable id="optimal_buffer_size"       type="string">memory</variable>
+          <variable id="buffer_size_factor"        type="double">1.0</variable>
+	  -->
+	  <variable id="info_level"                type="int">10</variable>
+	  <variable id="using_server"              type="bool">false</variable>
+	  <variable id="using_oasis"               type="bool">false</variable>
+	  <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+	
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/make_INITICE.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/make_INITICE.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/make_INITICE.py	(revision 15719)
@@ -0,0 +1,119 @@
+#!/usr/bin/python
+
+import os,sys
+from netCDF4 import Dataset as netcdf
+import numpy as np
+import matplotlib.pyplot as plt
+from math import exp
+from math import ceil
+
+resname=''
+
+# input file
+fcoord='mesh_mask.nc'
+
+# output file
+fflx='initice.nc'
+
+print '   creating init ice file  ' +fflx
+
+# Reading coordinates file
+nccoord=netcdf(fcoord,'r')
+nav_lon=nccoord.variables['nav_lon']
+nav_lat=nccoord.variables['nav_lat']
+time_counter=1
+LON1= nav_lon.shape[1]
+LAT1= nav_lon.shape[0]
+print 'nav_lon.shape[1]' ,nav_lon.shape[1]
+print 'LON1 ', LON1
+print 'LAT1 ', LAT1
+
+# Creating INITICE netcdf file
+nc=netcdf(fflx,'w')
+nc.createDimension('y',LAT1)
+nc.createDimension('x',LON1)
+nc.createDimension('time_counter',None)    # Setting dimension size to 0 or None makes it unlimited. 
+
+cdflon=nc.createVariable('nav_lon','f',('y','x'))
+cdflat=nc.createVariable('nav_lat','f',('y','x'))
+cdftimecounter=nc.createVariable('time_counter','f',('time_counter'))
+
+# ati : Fraction of open waters in sea ice - units %
+# hti : Sea ice thickness - units m
+# hts : Snow thickness - units m
+# smi : Sea ice salinity:
+# tmi : Sea ice internal temperature - units K
+# tsu : Sea ice surface temperature - units K
+#
+# Take constant values from namelist &namiceini of NEMO
+rn_hti_ini=2.0
+rn_hts_ini=0.2            #  initial real snow thickness (m)
+rn_ati_ini=0.9            #  initial ice concentration   (-)
+rn_smi_ini=6.3            #  initial ice salinity     (g/kg)
+rn_tmi_ini=270.           #  initial ice/snw temperature (K)
+rn_tsu_ini=270.           #  initial sea ice temperature (K)
+#
+cdfati=nc.createVariable('ati','f',('time_counter','y','x'))
+cdfati.units='Percentage'
+cdfati.long_name='Sea ice concentration'
+cdfhti=nc.createVariable('hti','f',('time_counter','y','x'))
+cdfhti.long_name='Sea ice thickness'
+cdfhti.units='m'
+cdfhts=nc.createVariable('hts','f',('time_counter','y','x'))
+cdfhts.long_name='Snow thickness'
+cdfhts.units='m'
+cdfsmi=nc.createVariable('smi','f',('time_counter','y','x'))
+cdfsmi.long_name='Sea ice salinity'
+cdfsmi.units='pss'
+cdftmi=nc.createVariable('tmi','f',('time_counter','y','x'))
+cdftmi.long_name='Sea ice internal temperature'
+cdftmi.units='Kelvin'
+cdftsu=nc.createVariable('tsu','f',('time_counter','y','x'))
+cdftsu.long_name='Sea ice surface temperature'
+cdftsu.units='Kelvin'
+
+cdflon[:,:]=nav_lon[:,:]
+cdflat[:,:]=nav_lat[:,:]
+cdftimecounter[0]=1
+
+# Fill fields
+#print 'cdfati[:,1]', cdfati[:,1]  -> 32 values
+
+# Add a gaussian for sea ice thickness here
+cdfhti[:,:,:]=0.
+cdfhts[:,:,:]=0.
+cdfati[:,:,:]=0.
+cdfsmi[:,:,:]=0.
+cdftmi[:,:,:]=rn_tmi_ini
+cdftsu[:,:,:]=rn_tsu_ini
+
+# --------------------------------------
+# for basin=99x99km with dx=1km ; dy=3km
+#sigx=-0.04
+#sigy=-0.04*9.
+#xshift=50.-1.
+#yshift=17.-1.
+#dlat=7
+#dlon=21
+
+# --------------------------------------
+# for basin=99x99km with dx=3km ; dy=3km
+sigx=-0.04
+sigy=-0.04
+xshift=50.-1.
+yshift=50.-1.
+dlat=21
+dlon=21
+
+# --- gaussian and square experiment ---
+for y in np.arange(dlat,LAT1-dlat,1) :
+    for x in np.arange(dlon,LON1-dlon,1) :
+        cdfhti[:,y,x] = rn_hti_ini*exp(sigx*(x-xshift)**2)*exp(sigy*(y-yshift)**2)
+        cdfhts[:,y,x] = rn_hts_ini*exp(sigx*(x-xshift)**2)*exp(sigy*(y-yshift)**2)
+        cdfati[:,y,x] = rn_ati_ini
+        cdfsmi[:,y,x] = rn_smi_ini
+
+nc.close()
+nccoord.close()
+
+#sys.exit()
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,237 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!               ICE_ADV2D configuration                              !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   ICE_ADV2D user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    3000.   ! horizontal resolution in meters
+   rn_dy       =    3000.   ! horizontal resolution in meters
+   ln_corio    =    .false. ! set coriolis=0 (false) or not (true)
+      rn_ppgphi0  =  70.    ! Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0      !  job number (no more used...)
+   cn_exp      =  "ICE_ADV2D" !  experience name
+   nn_it000    =       1      !  first time step
+   nn_itend    =     485      !  last  time step (std 5475)
+   nn_istate   =       1      !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_rdt      = 1200.     !  time step for the dynamics (and tracer if nn_acc=0)
+   !
+   ln_meshmask = .true.   !  =T  create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.    !  (=T) read the domain configuration file
+      !                     !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+      cn_domcfg = "ICE_ADV2D_domcfg"    ! domain configuration filename
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_usr      = .true.   !  user defined formulation                  (T => check usrdef_sbc)
+   ln_blk      = .false.  !  Bulk formulation                          (T => fill namsbc_blk )
+   nn_fsbc     =  1       !  frequency of surface boundary condition computation
+   nn_ice      =  2       !  sea-ice model
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface module: ocean data               (SAS_SRC  only)
+!-----------------------------------------------------------------------
+   l_sasread   = .false.  ! =T Read in file ;  =F set all to 0. (see sbcssm.F90)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.     !  free-slip       : Cd = 0                  
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_teos10    = .true.         !  = Use TEOS-10 equation of state
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.    !  FCT scheme
+      nn_fct_h   =  4               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!----------------------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!----------------------------------------------------------------------------------
+   ln_traldf_OFF    =  .true.   !    laplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .true. !  linear dynamics (no momentum advection)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .true.   !  z-coordinate - full steps
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ice_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ice_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ice_cfg	(revision 15719)
@@ -0,0 +1,105 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface boundary conditions    (namsbc)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   ln_icedyn        = .true.          !  ice dynamics (T) or not (F)
+   ln_icethd        = .false.         !  ice thermo   (T) or not (F)
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+   ln_dynALL        = .false.         !  dyn.: full ice dynamics               (rheology + advection + ridging/rafting + correction)
+   ln_dynRHGADV     = .false.         !  dyn.: no ridge/raft & no corrections  (rheology + advection)
+   ln_dynADV1D      = .false.         !  dyn.: only advection 1D                  (Schar & Smolarkiewicz 1996 test case)
+   ln_dynADV2D      = .true.          !  dyn.: only advection 2D w prescribed vel.(rn_uvice + advection)
+      rn_uice       =   0.5           !        prescribed ice u-velocity
+      rn_vice       =   0.5           !        prescribed ice v-velocity
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+   ln_adv_Pra       = .false.         !  Advection scheme (Prather)
+   ln_adv_UMx       = .true.          !  Advection scheme (Ultimate-Macho)
+      nn_UMx        =   5             !     order of the scheme for UMx (1-5 ; 20=centered 2nd order)
+/
+!------------------------------------------------------------------------------
+&namsbc         !   Ice surface boundary conditions
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+   ln_iceini        = .true.          !  activate ice initialization (T) or not (F)
+   ln_iceini_file   = .true.          !  netcdf file provided for initialization (T) or not (F)
+
+   sn_hti = 'initice'                 , -12 ,'hti'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_hts = 'initice'                 , -12 ,'hts'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_ati = 'initice'                 , -12 ,'ati'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tsu = 'initice'                 , -12 ,'tsu'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tmi = 'initice'                 , -12 ,'tmi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_smi = 'initice'                 , -12 ,'smi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   cn_dir='./'
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ice_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ice_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ice_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ice_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,162 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_hgr  ***
+   !!
+   !!                      ===  ICE_ADV2D configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2016-08  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for ICE_ADV2D configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx, rn_dy, ln_corio, rn_ppgphi0   ! horizontal resolution in meters
+   !                                                            coriolis and reference latitude
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                ICE_ADV2D configuration : uniform grid spacing (rn_dx)
+      !!                without Coriolis force (f=0)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zphi0, zlam0, zbeta, zf0
+      REAL(wp) ::   zti, zui, ztj, zvj   ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : ICE_ADV2D configuration bassin'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '          f-plane with regular or irregular grid-spacing (+- 10%)'
+      IF(lwp) WRITE(numout,*) '          the max is given by rn_dx and rn_dy' 
+
+      !                          ==========
+      zlam0 = -(jpiglo-1)/2 * 1.e-3 * rn_dx
+      zphi0 = -(jpjglo-1)/2 * 1.e-3 * rn_dy
+
+#if defined key_agrif 
+      IF( .NOT. Agrif_Root() ) THEN
+!clem         zlam0  = Agrif_Parent(zlam0) + (Agrif_ix())*Agrif_Parent(rn_dx) * 1.e-5
+!clem         zphi0  = Agrif_Parent(zphi0) + (Agrif_iy())*Agrif_Parent(rn_dy) * 1.e-5
+         zlam0 = ( 0.5_wp - ( Agrif_parent(jpiglo) - 1 ) / 2 ) * 1.e-3 * Agrif_irhox() * rn_dx  &
+            &  + ( Agrif_Ix() + nbghostcells - 1 ) * Agrif_irhox() * rn_dx * 1.e-3 - ( 0.5_wp + nbghostcells ) * rn_dx * 1.e-3
+         zphi0 = ( 0.5_wp - ( Agrif_parent(jpjglo) - 1 ) / 2 ) * 1.e-3 * Agrif_irhoy() * rn_dy  &
+            &  + ( Agrif_Iy() + nbghostcells - 1 ) * Agrif_irhoy() * rn_dy * 1.e-3 - ( 0.5_wp + nbghostcells ) * rn_dy * 1.e-3
+      ENDIF
+#endif         
+
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            zti = FLOAT( ji - 1 + nimpp - 1 )          ;  ztj = FLOAT( jj - 1 + njmpp - 1 )
+            zui = FLOAT( ji - 1 + nimpp - 1 ) + 0.5_wp ;  zvj = FLOAT( jj - 1 + njmpp - 1 ) + 0.5_wp
+
+            plamt(ji,jj) = zlam0 + rn_dx * 1.e-3 * zti
+            plamu(ji,jj) = zlam0 + rn_dx * 1.e-3 * zui
+            plamv(ji,jj) = plamt(ji,jj) 
+            plamf(ji,jj) = plamu(ji,jj) 
+   
+            pphit(ji,jj) = zphi0 + rn_dy * 1.e-3 * ztj
+            pphiv(ji,jj) = zphi0 + rn_dy * 1.e-3 * zvj
+            pphiu(ji,jj) = pphit(ji,jj) 
+            pphif(ji,jj) = pphiv(ji,jj) 
+         END DO
+      END DO
+         
+         ! Horizontal scale factors (in meters)
+         !                              ======
+!! ==> EITHER 1) variable scale factors
+!! clem: This can be used with a 1proc simulation but I think it breaks repro when >1procs are used      
+!!         DO jj = 1, jpj
+!!            DO ji = 1, jpi
+!!               !!pe1t(ji,jj) = rn_dx * EXP( -0.8/REAL(jpiglo**2) * (mi0(ji)-REAL(jpiglo+1)*0.5)**2 )  ! gaussian shape
+!!               !!pe2t(ji,jj) = rn_dy * EXP( -0.8/REAL(jpjglo**2) * (mj0(jj)-REAL(jpjglo+1)*0.5)**2 )  ! gaussian shape
+!!               pe1t(ji,jj) = rn_dx * ( 1. -0.1 * ABS(REAL(mi0(ji))-REAL(jpiglo+1)*0.5) / (1.-REAL(jpiglo+1)*0.5) ) ! linear shape
+!!               pe2t(ji,jj) = rn_dy * ( 1. -0.1 * ABS(REAL(mj0(jj))-REAL(jpjglo+1)*0.5) / (1.-REAL(jpjglo+1)*0.5) ) ! linear shape
+!!            END DO
+!!         END DO
+!!#if defined key_agrif 
+!!         IF( .NOT. Agrif_Root() ) THEN ! only works if the zoom is positioned at the center of the parent grid
+!!            DO jj = 1, jpj
+!!               DO ji = 1, jpi
+!!                  pe1t(ji,jj) = rn_dx * ( 1. -0.1 * ABS(REAL(mi0(ji))-REAL(jpiglo+1)*0.5) / (1.-REAL(jpiglo+1)*0.5)  &
+!!                     &                            * REAL(jpiglo) / REAL(Agrif_Parent(jpiglo) * Agrif_Rhox()) )       ! factor to match parent grid
+!!                  pe2t(ji,jj) = rn_dy * ( 1. -0.1 * ABS(REAL(mj0(jj))-REAL(jpjglo+1)*0.5) / (1.-REAL(jpjglo+1)*0.5)  &
+!!                     &                            * REAL(jpjglo) / REAL(Agrif_Parent(jpjglo) * Agrif_Rhoy()) )       ! factor to match parent grid
+!!               END DO
+!!            END DO
+!!         ENDIF
+!!#endif
+!! ==> OR 2) constant scale factors
+         pe1t(:,:) = rn_dx
+         pe2t(:,:) = rn_dy
+!! ==> END
+         
+      pe1u(:,:) = pe1t(:,:)      ;      pe2u(:,:) = pe2t(:,:)
+      pe1v(:,:) = pe1t(:,:)      ;      pe2v(:,:) = pe2t(:,:)
+      pe1f(:,:) = pe1t(:,:)      ;      pe2f(:,:) = pe2t(:,:)
+
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      IF( ln_corio ) THEN
+         zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+         zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+         pff_f(:,:) = zf0 + zbeta * pphif(:,:) * 1.e+3
+         pff_t(:,:) = zf0 + zbeta * pphit(:,:) * 1.e+3
+      ELSE
+         pff_f(:,:) = 0.
+         pff_t(:,:) = 0.
+      ENDIF
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,131 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                      ===  ICE_ADV2D configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                               !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dy      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_ppgphi0 ! reference latitude for beta-plane 
+   LOGICAL , PUBLIC ::   ln_corio   ! set coriolis at 0 (ln_corio=F) or not 
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10161 2018-10-01 09:48:55Z clem $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here ICE_ADV2D configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii   ! Local integer
+      REAL(wp)::   zlx, zly  ! Local scalars
+      !!
+      NAMELIST/namusr_def/ rn_dx, rn_dy, ln_corio, rn_ppgphi0
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+#if defined key_agrif 
+      ! Domain parameters are taken from parent:
+      IF( .NOT. Agrif_Root() ) THEN
+         rn_dx = Agrif_Parent(rn_dx)/Agrif_Rhox()
+         rn_dy = Agrif_Parent(rn_dy)/Agrif_Rhoy()
+         rn_ppgphi0 = Agrif_Parent(rn_ppgphi0)
+      ENDIF
+#endif
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      cd_cfg = 'ICE_ADV2D'           ! name & resolution (not used)
+      kk_cfg = INT( rn_dx )
+      !
+      ! Global Domain size:  ICE_ADV2D domain is  300 km x 300 Km x 10 m
+      kpi = INT( 300.e3 / rn_dx ) -1
+      kpj = INT( 300.e3 / rn_dy ) -1
+#if defined key_agrif
+      IF( .NOT. Agrif_Root() ) THEN
+         kpi = nbcellsx + 2 + 2*nbghostcells
+         kpj = nbcellsy + 2 + 2*nbghostcells
+      ENDIF
+#endif
+      kpk = 1
+      !
+!!      zlx = (kpi-2)*rn_dx*1.e-3
+!!      zly = (kpj-2)*rn_dy*1.e-3
+      zlx = kpi*rn_dx*1.e-3
+      zly = kpj*rn_dy*1.e-3
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : ICE_ADV2D test case'                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution                    rn_dx  = ', rn_dx, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution                    rn_dy  = ', rn_dy, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      ICE_ADV2D domain = 300 km x 300Km x 1 grid-point '                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         LX [km]: ', zlx                                                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         LY [km]: ', zly                                                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         resulting global domain size :        jpiglo = ', kpi                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpjglo = ', kpj                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpkglo = ', kpk                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         Coriolis:', ln_corio                                                 ;   ii = ii + 1
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 7                    ! ICE_ADV2D configuration : bi-periodic basin
+#if defined key_agrif
+      IF( .NOT. Agrif_Root() ) THEN
+      kperio = 0
+      ENDIF
+#endif
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      ICE_ADV2D : bi-periodic basin               jperio = ', kperio          ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,159 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_sbc  ***
+   !! 
+   !!                      ===  ICE_ADV2D configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in ICE_ADV2D case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ice fields
+   USE phycst          ! physical constants
+   USE ice, ONLY       : at_i_b, a_i_b
+   USE icethd_dh       ! for CALL ice_thd_snwblow
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called by sbcmod.F90 for sbc ocean
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for ICE_ADV2D case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp)   WRITE(numout,*)' usrdef_sbc_oce : ICE_ADV2D case: NO surface forcing'
+         ! --- oce variables --- !
+         utau(:,:) = 0._wp 
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !
+         utau_b(:,:) = 0._wp 
+         vtau_b(:,:) = 0._wp
+         emp_b (:,:) = 0._wp
+         sfx_b (:,:) = 0._wp
+         qns_b (:,:) = 0._wp
+         !
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_tau  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (momentum) condition over sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : ICE_ADV2D case: constant stress forcing'
+      !
+      utau_ice(:,:) = 1.3_wp   ! <=> 0.5 m/s
+      vtau_ice(:,:) = 0._wp
+      !
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt, phs, phi )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_flx  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (flux) condition over sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      REAL(wp), DIMENSION(:,:,:), INTENT(in) ::   phs    ! snow thickness
+      REAL(wp), DIMENSION(:,:,:), INTENT(in) ::   phi    ! ice thickness
+      !!
+      REAL(wp) ::   zfr1, zfr2                 ! local variables
+      REAL(wp), DIMENSION(jpi,jpj) ::   zsnw   ! snw distribution after wind blowing
+      !!---------------------------------------------------------------------
+      !
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : ICE_ADV2D case: NO flux forcing'
+      !
+      ! ocean variables (renaming)
+      emp_oce (:,:)   = 0._wp   ! uniform value for freshwater budget (E-P)
+      qsr_oce (:,:)   = 0._wp   ! uniform value for     solar radiation
+      qns_oce (:,:)   = 0._wp   ! uniform value for non-solar radiation
+
+      ! ice variables
+      alb_ice (:,:,:) = 0.7_wp  ! useless
+      qsr_ice (:,:,:) = 0._wp   ! uniform value for     solar radiation
+      qns_ice (:,:,:) = 0._wp   ! uniform value for non-solar radiation
+      sprecip (:,:)   = 0._wp   ! uniform value for snow precip
+      evap_ice(:,:,:) = 0._wp   ! uniform value for sublimation
+
+      ! ice fields deduced from above
+      zsnw(:,:) = 1._wp
+      !!CALL lim_thd_snwblow( at_i_b, zsnw )  ! snow distribution over ice after wind blowing 
+      emp_ice  (:,:)   = SUM( a_i_b(:,:,:) * evap_ice(:,:,:), dim=3 ) - sprecip(:,:) * zsnw(:,:)
+      emp_oce  (:,:)   = emp_oce(:,:) - sprecip(:,:) * (1._wp - zsnw(:,:) )
+      qevap_ice(:,:,:) =   0._wp
+      qprec_ice(:,:)   =   rhos * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) !  in J/m3
+      qemp_oce (:,:)   = - emp_oce(:,:) * sst_m(:,:) * rcp
+      qemp_ice (:,:)   =   sprecip(:,:) * zsnw * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) ! solid precip (only)
+
+      ! total fluxes
+      emp_tot (:,:) = emp_ice  + emp_oce
+      qns_tot (:,:) = at_i_b(:,:) * qns_oce(:,:) + SUM( a_i_b(:,:,:) * qns_ice(:,:,:), dim=3 ) + qemp_ice(:,:) + qemp_oce(:,:)
+      qsr_tot (:,:) = at_i_b(:,:) * qsr_oce(:,:) + SUM( a_i_b(:,:,:) * qsr_ice(:,:,:), dim=3 )
+
+      ! --- shortwave radiation transmitted below the surface (W/m2, see Grenfell Maykut 77) --- !
+      zfr1 = ( 0.18 * ( 1.0 - cldf_ice ) + 0.35 * cldf_ice )            ! transmission when hi>10cm
+      zfr2 = ( 0.82 * ( 1.0 - cldf_ice ) + 0.65 * cldf_ice )            ! zfr2 such that zfr1 + zfr2 to equal 1
+      !
+      WHERE    ( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) <  0.1_wp )       ! linear decrease from hi=0 to 10cm  
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * ( zfr1 + zfr2 * ( 1._wp - phi(:,:,:) * 10._wp ) )
+      ELSEWHERE( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) >= 0.1_wp )       ! constant (zfr1) when hi>10cm
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * zfr1
+      ELSEWHERE                                                         ! zero when hs>0
+         qtr_ice_top(:,:,:) = 0._wp 
+      END WHERE
+          
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,111 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                   ===      ICE_ADV2D case     ===
+   !!
+   !! Ocean domain : user defined vertical coordinate system 
+   !!======================================================================
+   !! History :  4.0  ! 2016-08  (G. Madec, S. Flavoni)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr   ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v , pe3f ,               &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw,                      &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   jk, k_dz  ! dummy indices
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : ICE_ADV2D configuration '
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~   (slab ocean - advection of an ice patch in a biperiodic square box domain)'
+      !
+      !
+      ! type of vertical coordinate  ==>>>   here ICE_ADV2D : slab ocean always
+      ! ---------------------------
+      ld_zco    = .TRUE.       ! z-full-step coordinate
+      ld_zps    = .FALSE.      ! z-partial-step coordinate
+      ld_sco    = .FALSE.      ! s-coordinate
+      ld_isfcav = .FALSE.      ! ISF Ice Shelves Flag
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  UNmasked meter bathymetry  ==!
+      !
+      ! 
+      k_dz = 1
+      DO jk = 1, jpk
+         pdepw_1d(jk) =    k_dz
+         pdept_1d(jk) =    k_dz
+         pe3w_1d (jk) =    k_dz
+         pe3t_1d (jk) =    k_dz
+      END DO
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      ! no ocean cavities : top ocean level is ONE, except over land
+      k_top(:,:) = 1
+      !
+      !                       !==  z-coordinate  ==!   (step-like topography)
+      !                                !* bottom ocean compute from the depth of grid-points
+      jpkm1 = jpk
+      k_bot(:,:) = 1    ! here use k_top as a land mask
+      !                                !* horizontally uniform coordinate (reference z-co everywhere)
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE usr_def_zgr
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/cpp_ICE_ADV2D.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/cpp_ICE_ADV2D.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_ADV2D/cpp_ICE_ADV2D.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+bld::tool::fppkeys key_si3 key_mpp_mpi key_nosignedzero key_iomput
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/README
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/README	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/README	(revision 15719)
@@ -0,0 +1,54 @@
+-------
+purpose
+-------
+This demonstration case allows for examining the sea ice rheology under idealised
+forcing.  The set-up follows the paper "Stress and deformation characteristics of sea
+ice in a high-resolution, anisotropic sea ice model" by Heorton et al, Phil. Trans,
+R. Soc. 2018.
+
+-----------
+Experiments
+-----------
+A range of experiments can be configured:
+
+- The suggested experiment is to examine the different shear patterns formed
+  by different rheologies. The default set-up reproduces the leftmost panels
+  of figure 3a (ln_rhg_EAP true in namelist_ice_cfg) and 3b (ln_rhg_EVP true in
+  namelist_ice_cfg). Increase the last time step in namelist_cfg appropriately
+  to generate the other panels.
+
+- The resolution of the box can be changed analogous to figure 2 of the paper
+  (change rn_dx and rn_dy in namelist_cfg, default is 2000m)
+
+- The ratio of the windstress component can be changed to cause different modes 
+  of failure (Rwind in usrdef_sbc.F90, default is -0.8) 
+
+It takes about 10 minutes to run a simulation on 16 processors
+
+----------
+How to run
+----------
+
+a) Compile and run the model once to get mesh_mask_xxxx.nc files.
+   E.g., starting in the root NEMO directory:
+
+ ./makenemo -a ICE_RHEO -r ICE_RHEO_TEST -m X64_MOBILIS -j 4
+ cd tests/ICE_RHEO_TEST/EXP00
+ mpirun -np 1 ./nemo
+
+c) Create the initial condition file for sea-ice (initice.nc) by running
+   this python script:
+
+ python ../../ICE_RHEO/EXPREF/make_INITICE.py
+
+d) Run the model a second time
+
+ mpirun -np 16 ./nemo
+
+---------------
+What to look at
+---------------
+EVP rheology has less defined shear strain maxima (linear kinematic
+features). If the model is run longer one can see that the LKFs appearing
+with EVP rheology intersect at a different angle than with EAP rheology
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,47 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+    <variable_definition>
+    <!-- Year of time origin for NetCDF files; defaults to 1800 -->
+       <variable id="ref_year" type="int"   > 1800 </variable>
+       <variable id="rau0"     type="float" > 1026.0 </variable>
+       <variable id="cpocean"  type="float" > 3991.86795711963 </variable>
+       <variable id="convSpsu" type="float" > 0.99530670233846  </variable>
+       <variable id="rhoic"    type="float" > 917.0 </variable>
+       <variable id="rhosn"    type="float" > 330.0 </variable>
+       <variable id="missval"  type="float" > 1.e20 </variable>
+    </variable_definition>
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>    <!--  NEMO ocean dynamics     -->
+    <field_definition src="./field_def_nemo-ice.xml"/>    <!--  NEMO sea-ice model      -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics      -->
+    <file_definition src="./file_def_nemo-ice.xml"/>     <!--  NEMO sea-ice model       -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht"  long_name="Vertical T levels"  unit="m" positive="down" />
+      <axis id="depthu"  long_name="Vertical U levels"  unit="m" positive="down" />
+      <axis id="depthv"  long_name="Vertical V levels"  unit="m" positive="down" />
+      <axis id="depthw"  long_name="Vertical W levels"  unit="m" positive="down" />
+      <axis id="nfloat"  long_name="Float number"       unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"                 />
+      <axis id="ncatice" long_name="Ice category"       unit="1"                 />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"              />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"              />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/file_def_nemo-ice.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/file_def_nemo-ice.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/file_def_nemo-ice.xml	(revision 15719)
@@ -0,0 +1,58 @@
+<?xml version="1.0"?>
+    <!-- $id$ -->
+    
+ <!--
+============================================================================================================
+=                                           output files definition                                        =
+============================================================================================================
+  -->
+    
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+    
+      <file_group id="5ts" output_freq="5ts"  output_level="10" enabled=".TRUE."/>  <!-- 1 day files -->   	
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."> <!-- 1h files -->
+	<file id="file1" name_suffix="_icemod" description="ice variables" enabled=".true." >
+
+        <!-- ice mask -->
+        <field field_ref="icemask"          name="simsk"   />
+
+        <!-- general -->
+        <field field_ref="snwvolu"          name="snvolu" />
+        <field field_ref="icethic"          name="sithic" />
+        <field field_ref="iceconc"          name="siconc" />
+
+        <!-- momentum -->
+        <field field_ref="uice"             name="sivelu"  />
+        <field field_ref="vice"             name="sivelv"  />
+        <field field_ref="icevel"           name="sivelo"  />
+        <field field_ref="utau_ai"          name="utau_ai" />
+        <field field_ref="vtau_ai"          name="vtau_ai" />
+
+        <!-- rheology -->
+        <field field_ref="icediv"           name="sidive"  />
+        <field field_ref="iceshe"           name="sishea"  />
+        <field field_ref="icestr"           name="sistre"  />
+        <field field_ref="normstr"          name="normstr" />
+        <field field_ref="sheastr"          name="sheastr" />
+        <field field_ref="aniso"            name="aniso"   />
+
+        </file>
+      </file_group>
+
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->        
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE."/>  <!-- 5d files -->   	
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,44 @@
+<?xml version="1.0"?>
+
+<!--
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own filesfor ocean dynamics context                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+   
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."> <!-- 1h files -->
+        <file id="file2" name_suffix="_grid_U" description="ocean U grid variables" >
+          <field field_ref="uoce"         name="vozocrtx"  />
+          <field field_ref="utau"         name="sozotaux"  />
+        </file>
+
+        <file id="file3" name_suffix="_grid_V" description="ocean V grid variables" >
+          <field field_ref="voce"         name="vomecrty"  />
+          <field field_ref="vtau"         name="sometauy"  />
+        </file>
+      </file_group>
+
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->     
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE."/>  <!-- 5d files -->   
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
+    
+
+
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,30 @@
+<?xml version="1.0"?>
+<simulation> 
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+	  <!--
+          <variable id="optimal_buffer_size"       type="string">memory</variable>
+          <variable id="buffer_size_factor"        type="double">1.0</variable>
+	  -->
+	  <variable id="info_level"                type="int">10</variable>
+	  <variable id="using_server"              type="bool">false</variable>
+	  <variable id="using_oasis"               type="bool">false</variable>
+	  <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+	
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/make_INITICE.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/make_INITICE.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/make_INITICE.py	(revision 15719)
@@ -0,0 +1,91 @@
+#!/usr/bin/python
+
+import os,sys
+from netCDF4 import Dataset as netcdf
+import numpy as np
+
+resname=''
+
+# input file
+fcoord='mesh_mask.nc'
+
+# output file
+fflx='initice.nc'
+
+print '   creating init ice file  ' +fflx
+
+# Reading coordinates file
+nccoord=netcdf(fcoord,'r')
+nav_lon=nccoord.variables['glamt'][0,:,:]
+nav_lat=nccoord.variables['gphit'][0,:,:]
+time_counter=1
+LON1= nav_lon.shape[1]
+LAT1= nav_lon.shape[0]
+print 'nav_lon.shape[1]' ,nav_lon.shape[1]
+print 'LON1 ', LON1
+print 'LAT1 ', LAT1
+
+# Creating INITICE netcdf file
+nc=netcdf(fflx,'w')
+nc.createDimension('y',LAT1)
+nc.createDimension('x',LON1)
+nc.createDimension('time_counter',None)    # Setting dimension size to 0 or None makes it unlimited. 
+
+cdflon=nc.createVariable('nav_lon','f',('y','x'))
+cdflat=nc.createVariable('nav_lat','f',('y','x'))
+cdftimecounter=nc.createVariable('time_counter','f',('time_counter'))
+
+# ati : Fraction of open waters in sea ice - units %
+# hti : Sea ice thickness - units m
+# hts : Snow thickness - units m
+# smi : Sea ice salinity:
+# tmi : Sea ice internal temperature - units K
+# tsu : Sea ice surface temperature - units K
+#
+# Take constant values from namelist &namiceini of NEMO
+rn_hti_ini=2.0
+rn_hts_ini=0.1            #  initial real snow thickness (m)
+rn_ati_ini=0.99           #  initial ice concentration   (-)
+rn_smi_ini=6.3            #  initial ice salinity     (g/kg)
+rn_tmi_ini=270.           #  initial ice/snw temperature (K)
+rn_tsu_ini=270.           #  initial sea ice temperature (K)
+#
+cdfati=nc.createVariable('ati','f',('time_counter','y','x'))
+cdfati.units='Percentage'
+cdfati.long_name='Sea ice concentration'
+cdfhti=nc.createVariable('hti','f',('time_counter','y','x'))
+cdfhti.long_name='Sea ice thickness'
+cdfhti.units='m'
+cdfhts=nc.createVariable('hts','f',('time_counter','y','x'))
+cdfhts.long_name='Snow thickness'
+cdfhts.units='m'
+cdfsmi=nc.createVariable('smi','f',('time_counter','y','x'))
+cdfsmi.long_name='Sea ice salinity'
+cdfsmi.units='pss'
+cdftmi=nc.createVariable('tmi','f',('time_counter','y','x'))
+cdftmi.long_name='Sea ice internal temperature'
+cdftmi.units='Kelvin'
+cdftsu=nc.createVariable('tsu','f',('time_counter','y','x'))
+cdftsu.long_name='Sea ice surface temperature'
+cdftsu.units='Kelvin'
+
+cdflon[:,:]=nav_lon[:,:]
+cdflat[:,:]=nav_lat[:,:]
+cdftimecounter[0]=1
+
+cdfati[:,:,:]=rn_ati_ini
+cdfhts[:,:,:]=rn_hts_ini
+cdfsmi[:,:,:]=rn_smi_ini
+cdftmi[:,:,:]=rn_tmi_ini
+cdftsu[:,:,:]=rn_tsu_ini
+
+# --- add noise in initial thickness to help nucleation of deformation ---
+#for y in np.arange(1,1000,1) :
+#    for x in np.arange(1,1000,1) :
+#        cdfhti[:,y,x] = rn_hti_ini+0.02*rn_hti_ini*np.random.uniform(-1,1)
+cdfhti[:,:,:]=rn_hti_ini
+
+nc.close()
+nccoord.close()
+
+#sys.exit()
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,267 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!               ICE_RHEO configuration                              !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   ICE_RHEO user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    2000.   ! horizontal resolution in meters
+   rn_dy       =    2000.   ! horizontal resolution in meters
+   ln_corio    =    .false. ! set coriolis=0 (false) or not (true)
+      rn_ppgphi0  =  90.    ! Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0      !  job number (no more used...)
+   cn_exp      =  "ICE_RHEO"  !  experience name
+   nn_it000    =       1      !  first time step
+   nn_itend    =     720     !  last  time step (std 5475)
+   nn_istate   =       1      !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_Dt      = 30.       !  time step for the dynamics and tracer
+   !
+   ln_meshmask = .true.    !  =T  create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.    !  (=T) read the domain configuration file
+      !                     !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+/
+!-----------------------------------------------------------------------
+&namtile        !   parameters of the tiling
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_usr      = .true.   !  user defined formulation                  (T => check usrdef_sbc)
+   ln_flx      = .false.   !  flux formulation                          (T => fill namsbc_flx )
+   ln_blk      = .false.    !  Bulk formulation                          (T => fill namsbc_blk )
+   nn_fsbc     =  1        !  frequency of surface boundary condition computation
+   nn_ice      =  2        !  sea-ice model
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula          (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .true.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.   ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.   ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.   ! "ECMWF"     algorithm   (IFS cycle 45r1)
+      !
+      rn_zqt      = 10.       !  Air temperature & humidity reference height (m)
+      rn_zu       = 10.       !  Wind vector reference height (m)
+      ln_Cd_L12   = .false.   !  air-ice drags = F(ice conc.) (Lupkes et al. 2012)
+      ln_Cd_L15   = .false.   !  air-ice drags = F(ice conc.) (Lupkes et al. 2015)
+      rn_pfac     = 1.        !  multiplicative factor for precipitation (total & snow)
+      rn_efac     = 1.        !  multiplicative factor for evaporation (0. or 1.)
+
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'u_10.15JUNE2009_fill'       ,    3.        , 'U_10_MOD',   .true.    , .true. , 'yearly'  , ''                                   , 'Uwnd'   , ''
+   sn_wndj     = 'v_10.15JUNE2009_fill'       ,    3.        , 'V_10_MOD',   .true.    , .true. , 'yearly'  , ''                                   , 'Vwnd'   , ''
+   sn_qsr      = ''                           ,    0.        , 'SWDN_MOD',   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+   sn_qlw      = ''                           ,    0.        , 'LWDN_MOD',   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+   sn_tair     = ''                           ,    0.        , 'T_10_MOD',   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+   sn_humi     = ''                           ,    0.        , 'Q_10_MOD',   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+   sn_prec     = ''                           ,    0.        , 'PRC_MOD1',   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+   sn_snow     = ''                           ,    0.        , 'SNOW'    ,   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+   sn_slp      = ''                           ,    0.        , 'SLP'     ,   .false.   , .true. , 'yearly'  , ''                                   , ''       , ''
+
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface module: ocean data               (SAS_SRC  only)
+!-----------------------------------------------------------------------
+   l_sasread   = .false.  ! =T Read in file ;  =F set all to 0. (see sbcssm.F90)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_drg_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_drg_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_drg_OFF  = .false.   !  free-slip       : Cd = 0                  (F => fill namdrg_bot
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_teos10   = .true.          !  = Use TEOS-10
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.    !  FCT scheme
+      nn_fct_h   =  4               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!----------------------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!----------------------------------------------------------------------------------
+   ln_traldf_OFF    =  .true.   !    laplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .true. !  linear dynamics (no momentum advection)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .true.   !  z-coordinate - full steps
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_OFF = .true.     !  No operator (i.e. no explicit diffusion)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_zdfcst   = .true.       !  constant mixing
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/namelist_ice_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/namelist_ice_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/EXPREF/namelist_ice_cfg	(revision 15719)
@@ -0,0 +1,131 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface boundary conditions    (namsbc)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   jpl              =   1             !  number of ice  categories
+   ln_icedyn        = .true.          !  ice dynamics (T) or not (F)
+   ln_icethd        = .false.         !  ice thermo   (T) or not (F)
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+   ln_dynALL        = .true.          !  dyn.: full ice dynamics               (rheology + advection + ridging/rafting + correction)
+   ln_dynRHGADV     = .false.         !  dyn.: no ridge/raft & no corrections  (rheology + advection)
+   ln_dynADV1D      = .false.         !  dyn.: only advection 1D                  (Schar & Smolarkiewicz 1996 test case)
+   ln_dynADV2D      = .false.         !  dyn.: only advection 2D w prescribed vel.(rn_uvice + advection)
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+   ln_str_H79       = .true.          !  ice strength param.: Hibler_79   => P = pstar*<h>*exp(-c_rhg*A)
+      rn_pstar      =   2700          !     ice strength thickness parameter [N/m2]
+      rn_crhg       =   20.0          !     ice strength conc. parameter (-)
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+   ln_rhg_EVP       = .false.         !  EVP rheology
+      ln_aEVP       = .false.         !     adaptive rheology (Kimmritz et al. 2016 & 2017)
+      rn_creepl     =   2.0e-9        !     creep limit [1/s]
+      rn_ecc        =   2.0           !     eccentricity of the elliptical yield curve          
+      nn_nevp       =   200           !     number of EVP subcycles                             
+      rn_relast     =   0.333         !     ratio of elastic timescale to ice time step: Telast = dt_ice * rn_relast 
+                                      !        advised value: 1/3 (rn_nevp=120) or 1/9 (rn_nevp=300)
+   ln_rhg_EAP       = .true.          !  EAP rheology
+   nn_rhg_chkcvg    =   0             !  check convergence of rheology
+                                      !     = 0  no check
+                                      !     = 1  check at the main time step (output xml: uice_cvg)
+                                      !     = 2  check at both main and rheology time steps (additional output: ice_cvg.nc)
+                                      !          this option 2 asks a lot of communications between cpu
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+   ln_adv_Pra       = .true.          !  Advection scheme (Prather)
+   ln_adv_UMx       = .false.         !  Advection scheme (Ultimate-Macho)
+      nn_UMx        =   5             !     order of the scheme for UMx (1-5 ; 20=centered 2nd order)
+/
+!------------------------------------------------------------------------------
+&namsbc         !   Ice surface boundary conditions
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+   ln_iceini        = .true.          !  activate ice initialization (T) or not (F)
+   nn_iceini_file   =   1             !     0 = Initialise sea ice based on SSTs
+                                      !     1 = Initialise sea ice from single category netcdf file
+                                      !     2 = Initialise sea ice from multi category restart file
+   rn_thres_sst     =   2.0           !  max temp. above Tfreeze with initial ice = (sst - tfreeze)
+   rn_hti_ini_n     =   3.0           !  initial ice thickness       (m), North
+   rn_hts_ini_n     =   0.1           !  initial snow thickness      (m), North
+   rn_ati_ini_n     =   0.99          !  initial ice concentration   (-), North
+   rn_smi_ini_n     =   6.3           !  initial ice salinity     (g/kg), North
+   rn_tmi_ini_n     = 270.            !  initial ice temperature     (K), North
+   rn_tsu_ini_n     = 270.            !  initial surface temperature (K), North
+   rn_tms_ini_n     = 270.            !  initial snw temperature     (K), North
+   rn_apd_ini_n     =   0.0           !  initial pond fraction       (-), North
+   rn_hpd_ini_n     =   0.0           !  initial pond depth          (m), North
+   sn_hti = 'initice'                 , -12. ,'hti'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_hts = 'initice'                 , -12. ,'hts'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_ati = 'initice'                 , -12. ,'ati'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tsu = 'initice'                 , -12. ,'tsu'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_tmi = 'initice'                 , -12. ,'tmi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   sn_smi = 'initice'                 , -12. ,'smi'   ,  .false.  , .true., 'yearly'  , '' , '', ''
+   cn_dir='./'
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/icedyn_rhg_eap.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/icedyn_rhg_eap.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/icedyn_rhg_eap.F90	(revision 15719)
@@ -0,0 +1,1763 @@
+MODULE icedyn_rhg_eap
+   !!======================================================================
+   !!                     ***  MODULE  icedyn_rhg_eap  ***
+   !!   Sea-Ice dynamics : rheology Elasto-Viscous-Plastic
+   !!======================================================================
+   !! History :   -   !  2007-03  (M.A. Morales Maqueda, S. Bouillon) Original code
+   !!            3.0  !  2008-03  (M. Vancoppenolle) adaptation to new model
+   !!             -   !  2008-11  (M. Vancoppenolle, S. Bouillon, Y. Aksenov) add surface tilt in ice rheolohy
+   !!            3.3  !  2009-05  (G.Garric)    addition of the evp case
+   !!            3.4  !  2011-01  (A. Porter)   dynamical allocation
+   !!            3.5  !  2012-08  (R. Benshila) AGRIF
+   !!            3.6  !  2016-06  (C. Rousset)  Rewriting + landfast ice + mEVP (Bouillon 2013)
+   !!            3.7  !  2017     (C. Rousset)  add aEVP (Kimmritz 2016-2017)
+   !!            4.0  !  2018     (many people) SI3 [aka Sea Ice cube]
+   !!                 !  2019     (S. Rynders, Y. Aksenov, C. Rousset)  change into eap rheology from
+   !!                                           CICE code (Tsamados, Heorton)
+   !!----------------------------------------------------------------------
+#if defined key_si3
+   !!----------------------------------------------------------------------
+   !!   'key_si3'                                       SI3 sea-ice model
+   !!----------------------------------------------------------------------
+   !!   ice_dyn_rhg_eap : computes ice velocities from EVP rheology
+   !!   rhg_eap_rst     : read/write EVP fields in ice restart
+   !!----------------------------------------------------------------------
+   USE phycst         ! Physical constant
+   USE dom_oce        ! Ocean domain
+   USE sbc_oce , ONLY : ln_ice_embd, nn_fsbc, ssh_m
+   USE sbc_ice , ONLY : utau_ice, vtau_ice, snwice_mass, snwice_mass_b
+   USE ice            ! sea-ice: ice variables
+   USE icevar         ! ice_var_sshdyn
+   USE icedyn_rdgrft  ! sea-ice: ice strength
+   USE bdy_oce , ONLY : ln_bdy
+   USE bdyice
+#if defined key_agrif
+   USE agrif_ice_interp
+#endif
+   !
+   USE in_out_manager ! I/O manager
+   USE iom            ! I/O manager library
+   USE lib_mpp        ! MPP library
+   USE lib_fortran    ! fortran utilities (glob_sum + no signed zero)
+   USE lbclnk         ! lateral boundary conditions (or mpp links)
+   USE prtctl         ! Print control
+
+   USE netcdf         ! NetCDF library for convergence test
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   ice_dyn_rhg_eap   ! called by icedyn_rhg.F90
+   PUBLIC   rhg_eap_rst       ! called by icedyn_rhg.F90
+
+   REAL(wp), PARAMETER ::   pphi = 3.141592653589793_wp/12._wp    ! diamond shaped floe smaller angle (default phi = 30 deg)
+
+   ! look-up table for calculating structure tensor
+   INTEGER, PARAMETER ::   nx_yield = 41
+   INTEGER, PARAMETER ::   ny_yield = 41
+   INTEGER, PARAMETER ::   na_yield = 21
+
+   REAL(wp), DIMENSION(nx_yield, ny_yield, na_yield) ::   s11r, s12r, s22r, s11s, s12s, s22s
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+#  include "domzgr_substitute.h90"
+
+   !! for convergence tests
+   INTEGER ::   ncvgid   ! netcdf file id
+   INTEGER ::   nvarid   ! netcdf variable id
+   REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   aimsk00
+   REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   eap_res  , aimsk15
+   !!----------------------------------------------------------------------
+   !! NEMO/ICE 4.0 , NEMO Consortium (2018)
+   !! $Id: icedyn_rhg_eap.F90 11536 2019-09-11 13:54:18Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE ice_dyn_rhg_eap( kt, Kmm, pstress1_i, pstress2_i, pstress12_i, pshear_i, pdivu_i, pdelta_i, paniso_11, paniso_12, prdg_conv )
+      !!-------------------------------------------------------------------
+      !!                 ***  SUBROUTINE ice_dyn_rhg_eap  ***
+      !!                             EAP-C-grid
+      !!
+      !! ** purpose : determines sea ice drift from wind stress, ice-ocean
+      !!  stress and sea-surface slope. Ice-ice interaction is described by
+      !!  a non-linear elasto-anisotropic-plastic (EAP) law including shear
+      !!  strength and a bulk rheology .
+      !!
+      !!  The points in the C-grid look like this, dear reader
+      !!
+      !!                              (ji,jj)
+      !!                                 |
+      !!                                 |
+      !!                      (ji-1,jj)  |  (ji,jj)
+      !!                             ---------
+      !!                            |         |
+      !!                            | (ji,jj) |------(ji,jj)
+      !!                            |         |
+      !!                             ---------
+      !!                     (ji-1,jj-1)     (ji,jj-1)
+      !!
+      !! ** Inputs  : - wind forcing (stress), oceanic currents
+      !!                ice total volume (vt_i) per unit area
+      !!                snow total volume (vt_s) per unit area
+      !!
+      !! ** Action  : - compute u_ice, v_ice : the components of the
+      !!                sea-ice velocity vector
+      !!              - compute delta_i, shear_i, divu_i, which are inputs
+      !!                of the ice thickness distribution
+      !!
+      !! ** Steps   : 0) compute mask at F point
+      !!              1) Compute ice snow mass, ice strength
+      !!              2) Compute wind, oceanic stresses, mass terms and
+      !!                 coriolis terms of the momentum equation
+      !!              3) Solve the momentum equation (iterative procedure)
+      !!              4) Recompute delta, shear and divergence
+      !!                 (which are inputs of the ITD) & store stress
+      !!                 for the next time step
+      !!              5) Diagnostics including charge ellipse
+      !!
+      !! ** Notes   : There is the possibility to use aEVP from the nice work of Kimmritz et al. (2016 & 2017)
+      !!              by setting up ln_aEVP=T (i.e. changing alpha and beta parameters).
+      !!              This is an upgraded version of mEVP from Bouillon et al. 2013
+      !!              (i.e. more stable and better convergence)
+      !!
+      !! References : Hunke and Dukowicz, JPO97
+      !!              Bouillon et al., Ocean Modelling 2009
+      !!              Bouillon et al., Ocean Modelling 2013
+      !!              Kimmritz et al., Ocean Modelling 2016 & 2017
+      !!-------------------------------------------------------------------
+      INTEGER                 , INTENT(in   ) ::   kt                                    ! time step
+      INTEGER                 , INTENT(in   ) ::   Kmm                                   ! ocean time level index
+      REAL(wp), DIMENSION(:,:), INTENT(inout) ::   pstress1_i, pstress2_i, pstress12_i   !
+      REAL(wp), DIMENSION(:,:), INTENT(  out) ::   pshear_i  , pdivu_i   , pdelta_i      !
+      REAL(wp), DIMENSION(:,:), INTENT(inout) ::   paniso_11 , paniso_12                 ! structure tensor components
+      REAL(wp), DIMENSION(:,:), INTENT(inout) ::   prdg_conv                             ! for ridging
+      !!
+      INTEGER ::   ji, jj       ! dummy loop indices
+      INTEGER ::   jter         ! local integers
+      !
+      REAL(wp) ::   zrhoco                                              ! rau0 * rn_cio
+      REAL(wp) ::   zdtevp, z1_dtevp                                    ! time step for subcycling
+      REAL(wp) ::   ecc2, z1_ecc2                                       ! square of yield ellipse eccenticity
+      REAL(wp) ::   zalph1, z1_alph1, zalph2, z1_alph2                  ! alpha coef from Bouillon 2009 or Kimmritz 2017
+      REAl(wp) ::   zbetau, zbetav
+      REAL(wp) ::   zm1, zm2, zm3, zmassU, zmassV, zvU, zvV             ! ice/snow mass and volume
+      REAL(wp) ::   zds2, zdt, zdt2, zdiv, zdiv2, zdsT                  ! temporary scalars
+      REAL(wp) ::   zTauO, zTauB, zRHS, zvel                            ! temporary scalars
+      REAL(wp) ::   zkt                                                 ! isotropic tensile strength for landfast ice
+      REAL(wp) ::   zvCr                                                ! critical ice volume above which ice is landfast
+      !
+      REAL(wp) ::   zintb, zintn                                        ! dummy argument
+      REAL(wp) ::   zfac_x, zfac_y
+      REAL(wp) ::   zshear, zdum1, zdum2
+      REAL(wp) ::   zstressptmp, zstressmtmp, zstress12tmpF             ! anisotropic stress tensor components
+      REAL(wp) ::   zalphar, zalphas                                    ! for mechanical redistribution
+      REAL(wp) ::   zmresult11, zmresult12, z1dtevpkth, zp5kth, z1_dtevp_A  ! for structure tensor evolution
+      REAL(wp) ::   zinvw                                                ! for test case
+
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zstress12tmp                    ! anisotropic stress tensor component for regridding
+      REAL(wp), DIMENSION(jpi,jpj) ::   zyield11, zyield22, zyield12    ! yield surface tensor for history
+      REAL(wp), DIMENSION(jpi,jpj) ::   zdelta, zp_delt                 ! delta and P/delta at T points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zten_i                          ! tension
+      REAL(wp), DIMENSION(jpi,jpj) ::   zbeta                           ! beta coef from Kimmritz 2017
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zdt_m                           ! (dt / ice-snow_mass) on T points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zaU  , zaV                      ! ice fraction on U/V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmU_t, zmV_t                    ! (ice-snow_mass / dt) on U/V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmf                             ! coriolis parameter at T points
+      REAL(wp), DIMENSION(jpi,jpj) ::   v_oceU, u_oceV, v_iceU, u_iceV  ! ocean/ice u/v component on V/U points
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zds                             ! shear
+      REAL(wp), DIMENSION(jpi,jpj) ::   zs1, zs2, zs12                  ! stress tensor components
+      REAL(wp), DIMENSION(jpi,jpj) ::   zsshdyn                         ! array used for the calculation of ice surface slope:
+      !                                                                 !    ocean surface (ssh_m) if ice is not embedded
+      !                                                                 !    ice bottom surface if ice is embedded
+      REAL(wp), DIMENSION(jpi,jpj) ::   zfU  , zfV                      ! internal stresses
+      REAL(wp), DIMENSION(jpi,jpj) ::   zspgU, zspgV                    ! surface pressure gradient at U/V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zCorU, zCorV                    ! Coriolis stress array
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_ai, ztauy_ai              ! ice-atm. stress at U-V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_oi, ztauy_oi              ! ice-ocean stress at U-V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_bi, ztauy_bi              ! ice-OceanBottom stress at U-V points (landfast)
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_base, ztauy_base          ! ice-bottom stress at U-V points (landfast)
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmsk01x, zmsk01y                ! dummy arrays
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmsk00x, zmsk00y                ! mask for ice presence
+      REAL(wp), DIMENSION(jpi,jpj) ::   zfmask                          ! mask at F points for the ice
+
+      REAL(wp), PARAMETER          ::   zepsi  = 1.0e-20_wp             ! tolerance parameter
+      REAL(wp), PARAMETER          ::   zmmin  = 1._wp                  ! ice mass (kg/m2)  below which ice velocity becomes very small
+      REAL(wp), PARAMETER          ::   zamin  = 0.001_wp               ! ice concentration below which ice velocity becomes very small
+      !! --- check convergence
+      REAL(wp), DIMENSION(jpi,jpj) ::   zu_ice, zv_ice
+      !! --- diags
+      REAL(wp) ::   zsig1, zsig2, zsig12, zfac, z1_strength
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zsig_I, zsig_II, zsig1_p, zsig2_p
+      !! --- SIMIP diags
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_xmtrp_ice ! X-component of ice mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_ymtrp_ice ! Y-component of ice mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_xmtrp_snw ! X-component of snow mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_ymtrp_snw ! Y-component of snow mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_xatrp     ! X-component of area transport (m2/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_yatrp     ! Y-component of area transport (m2/s)
+      !!-------------------------------------------------------------------
+
+      IF( kt == nit000 .AND. lwp )   WRITE(numout,*) '-- ice_dyn_rhg_eap: EAP sea-ice rheology'
+      !
+      IF( kt == nit000 )  THEN 
+         !
+         ! for diagnostics 
+         ALLOCATE( aimsk00(jpi,jpj) )
+         ! for convergence tests
+         IF( nn_rhg_chkcvg > 0 ) ALLOCATE( eap_res(jpi,jpj), aimsk15(jpi,jpj) )
+      ENDIF
+      !
+      DO_2D( 1, 1, 1, 1 )
+         aimsk00(ji,jj) = MAX( 0._wp , SIGN( 1._wp , at_i(ji,jj) - epsi06  ) ) ! 1 if ice    , 0 if no ice
+      END_2D
+      IF( nn_rhg_chkcvg > 0 ) THEN
+         DO_2D( 1, 1, 1, 1 )
+            aimsk15(ji,jj) = MAX( 0._wp , SIGN( 1._wp , at_i(ji,jj) - 0.15_wp ) ) ! 1 if 15% ice, 0 if less
+         END_2D
+      ENDIF
+      !
+!!gm for Clem:  OPTIMIZATION:  I think zfmask can be computed one for all at the initialization....
+      !------------------------------------------------------------------------------!
+      ! 0) mask at F points for the ice
+      !------------------------------------------------------------------------------!
+      ! ocean/land mask
+      DO_2D( 1, 0, 1, 0 )
+         zfmask(ji,jj) = tmask(ji,jj,1) * tmask(ji+1,jj,1) * tmask(ji,jj+1,1) * tmask(ji+1,jj+1,1)
+      END_2D
+      CALL lbc_lnk( 'icedyn_rhg_eap', zfmask, 'F', 1._wp )
+
+      ! Lateral boundary conditions on velocity (modify zfmask)
+      DO_2D( 0, 0, 0, 0 )
+         IF( zfmask(ji,jj) == 0._wp ) THEN
+            zfmask(ji,jj) = rn_ishlat * MIN( 1._wp , MAX( umask(ji,jj,1), umask(ji,jj+1,1), &
+               &                                          vmask(ji,jj,1), vmask(ji+1,jj,1) ) )
+         ENDIF
+      END_2D
+      DO jj = 2, jpjm1
+         IF( zfmask(1,jj) == 0._wp ) THEN
+            zfmask(1  ,jj) = rn_ishlat * MIN( 1._wp , MAX( vmask(2,jj,1), umask(1,jj+1,1), umask(1,jj,1) ) )
+         ENDIF
+         IF( zfmask(jpi,jj) == 0._wp ) THEN
+            zfmask(jpi,jj) = rn_ishlat * MIN( 1._wp , MAX( umask(jpi,jj+1,1), vmask(jpim1,jj,1), umask(jpi,jj-1,1) ) )
+         ENDIF
+      END DO
+      DO ji = 2, jpim1
+         IF( zfmask(ji,1) == 0._wp ) THEN
+            zfmask(ji, 1 ) = rn_ishlat * MIN( 1._wp , MAX( vmask(ji+1,1,1), umask(ji,2,1), vmask(ji,1,1) ) )
+         ENDIF
+         IF( zfmask(ji,jpj) == 0._wp ) THEN
+            zfmask(ji,jpj) = rn_ishlat * MIN( 1._wp , MAX( vmask(ji+1,jpj,1), vmask(ji-1,jpj,1), umask(ji,jpjm1,1) ) )
+         ENDIF
+      END DO
+      CALL lbc_lnk( 'icedyn_rhg_eap', zfmask, 'F', 1.0_wp )
+
+      !------------------------------------------------------------------------------!
+      ! 1) define some variables and initialize arrays
+      !------------------------------------------------------------------------------!
+      zrhoco = rho0 * rn_cio
+!extra code for test case boundary conditions
+      zinvw=1._wp/(zrhoco*0.5_wp)
+
+      ! ecc2: square of yield ellipse eccenticrity
+      ecc2    = rn_ecc * rn_ecc
+      z1_ecc2 = 1._wp / ecc2
+
+      ! alpha parameters (Bouillon 2009)
+      IF( .NOT. ln_aEVP ) THEN
+         zdtevp   = rDt_ice / REAL( nn_nevp )
+         zalph1 =   2._wp * rn_relast * REAL( nn_nevp )
+         zalph2 = zalph1 * z1_ecc2
+
+         z1_alph1 = 1._wp / ( zalph1 + 1._wp )
+         z1_alph2 = 1._wp / ( zalph2 + 1._wp )
+      ELSE
+         zdtevp   = rdt_ice
+         ! zalpha parameters set later on adaptatively
+      ENDIF
+      z1_dtevp = 1._wp / zdtevp
+
+      ! Initialise stress tensor
+      zs1 (:,:) = pstress1_i (:,:)
+      zs2 (:,:) = pstress2_i (:,:)
+      zs12(:,:) = pstress12_i(:,:)
+
+      ! constants for structure tensor
+      z1_dtevp_A = z1_dtevp/10.0_wp
+      z1dtevpkth = 1._wp / (z1_dtevp_A + 0.00002_wp)
+      zp5kth = 0.5_wp * 0.00002_wp
+
+      ! Ice strength
+      CALL ice_strength
+
+      ! landfast param from Lemieux(2016): add isotropic tensile strength (following Konig Beatty and Holland, 2010)
+      IF( ln_landfast_L16 ) THEN   ;   zkt = rn_lf_tensile
+      ELSE                         ;   zkt = 0._wp
+      ENDIF
+      !
+      !------------------------------------------------------------------------------!
+      ! 2) Wind / ocean stress, mass terms, coriolis terms
+      !------------------------------------------------------------------------------!
+      ! sea surface height
+      !    embedded sea ice: compute representative ice top surface
+      !    non-embedded sea ice: use ocean surface for slope calculation
+      zsshdyn(:,:) = ice_var_sshdyn( ssh_m, snwice_mass, snwice_mass_b)
+
+      DO_2D( 0, 0, 0, 0 )
+
+         ! ice fraction at U-V points
+         zaU(ji,jj) = 0.5_wp * ( at_i(ji,jj) * e1e2t(ji,jj) + at_i(ji+1,jj) * e1e2t(ji+1,jj) ) * r1_e1e2u(ji,jj) * umask(ji,jj,1)
+         zaV(ji,jj) = 0.5_wp * ( at_i(ji,jj) * e1e2t(ji,jj) + at_i(ji,jj+1) * e1e2t(ji,jj+1) ) * r1_e1e2v(ji,jj) * vmask(ji,jj,1)
+
+         ! Ice/snow mass at U-V points
+         zm1 = ( rhos * vt_s(ji  ,jj  ) + rhoi * vt_i(ji  ,jj  ) )
+         zm2 = ( rhos * vt_s(ji+1,jj  ) + rhoi * vt_i(ji+1,jj  ) )
+         zm3 = ( rhos * vt_s(ji  ,jj+1) + rhoi * vt_i(ji  ,jj+1) )
+         zmassU = 0.5_wp * ( zm1 * e1e2t(ji,jj) + zm2 * e1e2t(ji+1,jj) ) * r1_e1e2u(ji,jj) * umask(ji,jj,1)
+         zmassV = 0.5_wp * ( zm1 * e1e2t(ji,jj) + zm3 * e1e2t(ji,jj+1) ) * r1_e1e2v(ji,jj) * vmask(ji,jj,1)
+
+         ! Ocean currents at U-V points
+         v_oceU(ji,jj)   = 0.25_wp * ( v_oce(ji,jj) + v_oce(ji,jj-1) + v_oce(ji+1,jj) + v_oce(ji+1,jj-1) ) * umask(ji,jj,1)
+         u_oceV(ji,jj)   = 0.25_wp * ( u_oce(ji,jj) + u_oce(ji-1,jj) + u_oce(ji,jj+1) + u_oce(ji-1,jj+1) ) * vmask(ji,jj,1)
+
+         ! Coriolis at T points (m*f)
+         zmf(ji,jj)      = zm1 * ff_t(ji,jj)
+
+         ! dt/m at T points (for alpha and beta coefficients)
+         zdt_m(ji,jj)    = zdtevp / MAX( zm1, zmmin )
+
+         ! m/dt
+         zmU_t(ji,jj)    = zmassU * z1_dtevp
+         zmV_t(ji,jj)    = zmassV * z1_dtevp
+
+         ! Drag ice-atm.
+         ztaux_ai(ji,jj) = zaU(ji,jj) * utau_ice(ji,jj)
+         ztauy_ai(ji,jj) = zaV(ji,jj) * vtau_ice(ji,jj)
+
+         ! Surface pressure gradient (- m*g*GRAD(ssh)) at U-V points
+         zspgU(ji,jj)    = - zmassU * grav * ( zsshdyn(ji+1,jj) - zsshdyn(ji,jj) ) * r1_e1u(ji,jj)
+         zspgV(ji,jj)    = - zmassV * grav * ( zsshdyn(ji,jj+1) - zsshdyn(ji,jj) ) * r1_e2v(ji,jj)
+
+         ! masks
+         zmsk00x(ji,jj) = 1._wp - MAX( 0._wp, SIGN( 1._wp, -zmassU ) )  ! 0 if no ice
+         zmsk00y(ji,jj) = 1._wp - MAX( 0._wp, SIGN( 1._wp, -zmassV ) )  ! 0 if no ice
+
+         ! switches
+         IF( zmassU <= zmmin .AND. zaU(ji,jj) <= zamin ) THEN   ;   zmsk01x(ji,jj) = 0._wp
+         ELSE                                                   ;   zmsk01x(ji,jj) = 1._wp   ;   ENDIF
+         IF( zmassV <= zmmin .AND. zaV(ji,jj) <= zamin ) THEN   ;   zmsk01y(ji,jj) = 0._wp
+         ELSE                                                   ;   zmsk01y(ji,jj) = 1._wp   ;   ENDIF
+
+      END_2D
+      CALL lbc_lnk( 'icedyn_rhg_eap', zmf, 'T', 1.0_wp, zdt_m, 'T', 1.0_wp )
+      !
+      !                                  !== Landfast ice parameterization ==!
+      !
+      IF( ln_landfast_L16 ) THEN         !-- Lemieux 2016
+         DO_2D( 0, 0, 0, 0 )
+            ! ice thickness at U-V points
+            zvU = 0.5_wp * ( vt_i(ji,jj) * e1e2t(ji,jj) + vt_i(ji+1,jj) * e1e2t(ji+1,jj) ) * r1_e1e2u(ji,jj) * umask(ji,jj,1)
+            zvV = 0.5_wp * ( vt_i(ji,jj) * e1e2t(ji,jj) + vt_i(ji,jj+1) * e1e2t(ji,jj+1) ) * r1_e1e2v(ji,jj) * vmask(ji,jj,1)
+            ! ice-bottom stress at U points
+            zvCr = zaU(ji,jj) * rn_lf_depfra * hu(ji,jj,Kmm) * ( 1._wp - icb_mask(ji,jj) ) ! if grounded icebergs are read: ocean depth = 0
+            ztaux_base(ji,jj) = - rn_lf_bfr * MAX( 0._wp, zvU - zvCr ) * EXP( -rn_crhg * ( 1._wp - zaU(ji,jj) ) )
+            ! ice-bottom stress at V points
+            zvCr = zaV(ji,jj) * rn_lf_depfra * hv(ji,jj,Kmm) * ( 1._wp - icb_mask(ji,jj) ) ! if grounded icebergs are read: ocean depth = 0
+            ztauy_base(ji,jj) = - rn_lf_bfr * MAX( 0._wp, zvV - zvCr ) * EXP( -rn_crhg * ( 1._wp - zaV(ji,jj) ) )
+            ! ice_bottom stress at T points
+            zvCr = at_i(ji,jj) * rn_lf_depfra * ht(ji,jj) * ( 1._wp - icb_mask(ji,jj) )    ! if grounded icebergs are read: ocean depth = 0
+            tau_icebfr(ji,jj) = - rn_lf_bfr * MAX( 0._wp, vt_i(ji,jj) - zvCr ) * EXP( -rn_crhg * ( 1._wp - at_i(ji,jj) ) )
+         END_2D
+         CALL lbc_lnk( 'icedyn_rhg_eap', tau_icebfr(:,:), 'T', 1.0_wp )
+         !
+      ELSE                               !-- no landfast
+         DO_2D( 0, 0, 0, 0 )
+            ztaux_base(ji,jj) = 0._wp
+            ztauy_base(ji,jj) = 0._wp
+         END_2D
+      ENDIF
+
+      !------------------------------------------------------------------------------!
+      ! 3) Solution of the momentum equation, iterative procedure
+      !------------------------------------------------------------------------------!
+      !
+      !                                               ! ==================== !
+      DO jter = 1 , nn_nevp                           !    loop over jter    !
+         !                                            ! ==================== !
+         l_full_nf_update = jter == nn_nevp   ! false: disable full North fold update (performances) for iter = 1 to nn_nevp-1
+         !
+         ! convergence test
+         IF( nn_rhg_chkcvg == 1 .OR. nn_rhg_chkcvg == 2  ) THEN
+            DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+               zu_ice(ji,jj) = u_ice(ji,jj) * umask(ji,jj,1) ! velocity at previous time step
+               zv_ice(ji,jj) = v_ice(ji,jj) * vmask(ji,jj,1)
+            END_2D
+         ENDIF
+
+         ! --- divergence, tension & shear (Appendix B of Hunke & Dukowicz, 2002) --- !
+         DO_2D( 1, 0, 1, 0 )
+
+            ! shear at F points
+            zds(ji,jj) = ( ( u_ice(ji,jj+1) * r1_e1u(ji,jj+1) - u_ice(ji,jj) * r1_e1u(ji,jj) ) * e1f(ji,jj) * e1f(ji,jj)   &
+               &         + ( v_ice(ji+1,jj) * r1_e2v(ji+1,jj) - v_ice(ji,jj) * r1_e2v(ji,jj) ) * e2f(ji,jj) * e2f(ji,jj)   &
+               &         ) * r1_e1e2f(ji,jj) * zfmask(ji,jj)
+
+         END_2D
+
+         DO_2D( 0, 0, 0, 0 )
+
+            ! shear**2 at T points (doc eq. A16)
+            zds2 = ( zds(ji,jj  ) * zds(ji,jj  ) * e1e2f(ji,jj  ) + zds(ji-1,jj  ) * zds(ji-1,jj  ) * e1e2f(ji-1,jj  )  &
+               &   + zds(ji,jj-1) * zds(ji,jj-1) * e1e2f(ji,jj-1) + zds(ji-1,jj-1) * zds(ji-1,jj-1) * e1e2f(ji-1,jj-1)  &
+               &   ) * 0.25_wp * r1_e1e2t(ji,jj)
+
+            ! divergence at T points
+            zdiv  = ( e2u(ji,jj) * u_ice(ji,jj) - e2u(ji-1,jj) * u_ice(ji-1,jj)   &
+               &    + e1v(ji,jj) * v_ice(ji,jj) - e1v(ji,jj-1) * v_ice(ji,jj-1)   &
+               &    ) * r1_e1e2t(ji,jj)
+            zdiv2 = zdiv * zdiv
+
+            ! tension at T points
+            zdt  = ( ( u_ice(ji,jj) * r1_e2u(ji,jj) - u_ice(ji-1,jj) * r1_e2u(ji-1,jj) ) * e2t(ji,jj) * e2t(ji,jj)   &
+               &   - ( v_ice(ji,jj) * r1_e1v(ji,jj) - v_ice(ji,jj-1) * r1_e1v(ji,jj-1) ) * e1t(ji,jj) * e1t(ji,jj)   &
+               &   ) * r1_e1e2t(ji,jj)
+            zdt2 = zdt * zdt
+
+            ! delta at T points
+            zdelta(ji,jj) = SQRT( zdiv2 + ( zdt2 + zds2 ) * z1_ecc2 )
+
+         END_2D
+         CALL lbc_lnk( 'icedyn_rhg_eap', zdelta, 'T', 1.0_wp )
+
+         ! P/delta at T points
+         DO_2D( 1, 1, 1, 1 )
+            zp_delt(ji,jj) = strength(ji,jj) / ( zdelta(ji,jj) + rn_creepl )
+         END_2D
+
+         DO_2D( 0, 1, 0, 1 )   ! loop ends at jpi,jpj so that no lbc_lnk are needed for zs1 and zs2
+
+             ! shear at T points
+            zdsT = ( zds(ji,jj  ) * e1e2f(ji,jj  ) + zds(ji-1,jj  ) * e1e2f(ji-1,jj  )  &
+               &   + zds(ji,jj-1) * e1e2f(ji,jj-1) + zds(ji-1,jj-1) * e1e2f(ji-1,jj-1)  &
+               &   ) * 0.25_wp * r1_e1e2t(ji,jj)
+
+           ! divergence at T points (duplication to avoid communications)
+            zdiv  = ( e2u(ji,jj) * u_ice(ji,jj) - e2u(ji-1,jj) * u_ice(ji-1,jj)   &
+               &    + e1v(ji,jj) * v_ice(ji,jj) - e1v(ji,jj-1) * v_ice(ji,jj-1)   &
+               &    ) * r1_e1e2t(ji,jj)
+
+            ! tension at T points (duplication to avoid communications)
+            zdt  = ( ( u_ice(ji,jj) * r1_e2u(ji,jj) - u_ice(ji-1,jj) * r1_e2u(ji-1,jj) ) * e2t(ji,jj) * e2t(ji,jj)   &
+               &   - ( v_ice(ji,jj) * r1_e1v(ji,jj) - v_ice(ji,jj-1) * r1_e1v(ji,jj-1) ) * e1t(ji,jj) * e1t(ji,jj)   &
+               &   ) * r1_e1e2t(ji,jj)
+
+            ! --- anisotropic stress calculation --- !
+            CALL update_stress_rdg (jter, nn_nevp, zdiv, zdt, zdsT, paniso_11(ji,jj), paniso_12(ji,jj), &
+                                    zstressptmp, zstressmtmp, zstress12tmp(ji,jj), strength(ji,jj), zalphar, zalphas)
+
+            ! structure tensor update
+               CALL calc_ffrac(zstressptmp, zstressmtmp, zstress12tmp(ji,jj), paniso_11(ji,jj), paniso_12(ji,jj), zmresult11,  zmresult12)
+
+               paniso_11(ji,jj) = (paniso_11(ji,jj)  + 0.5*2.e-5*zdtevp + zmresult11*zdtevp) / (1. + 2.e-5*zdtevp) ! implicit
+               paniso_12(ji,jj) = (paniso_12(ji,jj)                     + zmresult12*zdtevp) / (1. + 2.e-5*zdtevp) ! implicit
+
+            IF (jter == nn_nevp) THEN
+               zyield11(ji,jj) = 0.5_wp * (zstressptmp + zstressmtmp)
+               zyield22(ji,jj) = 0.5_wp * (zstressptmp - zstressmtmp)
+               zyield12(ji,jj) = zstress12tmp(ji,jj)
+               prdg_conv(ji,jj) = -min( zalphar, 0._wp)
+            ENDIF
+
+            ! alpha for aEVP
+            !   gamma = 0.5*P/(delta+creepl) * (c*pi)**2/Area * dt/m
+            !   alpha = beta = sqrt(4*gamma)
+            IF( ln_aEVP ) THEN
+               zalph1   = MAX( 50._wp, rpi * SQRT( 0.5_wp * zp_delt(ji,jj) * r1_e1e2t(ji,jj) * zdt_m(ji,jj) ) )
+               z1_alph1 = 1._wp / ( zalph1 + 1._wp )
+               zalph2   = zalph1
+               z1_alph2 = z1_alph1
+               ! explicit:
+               ! z1_alph1 = 1._wp / zalph1
+               ! z1_alph2 = 1._wp / zalph1
+               ! zalph1 = zalph1 - 1._wp
+               ! zalph2 = zalph1
+            ENDIF
+
+            ! stress at T points (zkt/=0 if landfast)
+            zs1(ji,jj) = ( zs1(ji,jj) * zalph1 + zstressptmp ) * z1_alph1
+            zs2(ji,jj) = ( zs2(ji,jj) * zalph1 + zstressmtmp ) * z1_alph1
+         END_2D
+         CALL lbc_lnk( 'icedyn_rhg_eap', zstress12tmp, 'T', 1.0_wp , paniso_11, 'T', 1.0_wp , paniso_12, 'T', 1.0_wp)
+
+        ! Save beta at T-points for further computations
+         IF( ln_aEVP ) THEN
+            DO_2D( 1, 1, 1, 1 )
+               zbeta(ji,jj) = MAX( 50._wp, rpi * SQRT( 0.5_wp * zp_delt(ji,jj) * r1_e1e2t(ji,jj) * zdt_m(ji,jj) ) )
+            END_2D
+         ENDIF
+
+         DO_2D( 1, 0, 1, 0 )
+            ! stress12tmp at F points
+            zstress12tmpF = ( zstress12tmp(ji,jj+1) * e1e2t(ji,jj+1) + zstress12tmp(ji+1,jj+1) * e1e2t(ji+1,jj+1)  &
+               &            + zstress12tmp(ji,jj  ) * e1e2t(ji,jj  ) + zstress12tmp(ji+1,jj  ) * e1e2t(ji+1,jj  )  &
+               &            ) * 0.25_wp * r1_e1e2f(ji,jj)
+
+            ! alpha for aEVP
+            IF( ln_aEVP ) THEN
+               zalph2   = MAX( zbeta(ji,jj), zbeta(ji+1,jj), zbeta(ji,jj+1), zbeta(ji+1,jj+1) )
+               z1_alph2 = 1._wp / ( zalph2 + 1._wp )
+               ! explicit:
+               ! z1_alph2 = 1._wp / zalph2
+               ! zalph2 = zalph2 - 1._wp
+            ENDIF
+
+            ! stress at F points (zkt/=0 if landfast)
+            zs12(ji,jj) = ( zs12(ji,jj) * zalph1 + zstress12tmpF ) * z1_alph1
+
+         END_2D
+         CALL lbc_lnk( 'icedyn_rhg_eap', zs1, 'T', 1.0_wp, zs2, 'T', 1.0_wp, zs12, 'F', 1.0_wp )
+
+         ! --- Ice internal stresses (Appendix C of Hunke and Dukowicz, 2002) --- !
+         DO_2D( 0, 0, 0, 0 )
+            !                   !--- U points
+            zfU(ji,jj) = 0.5_wp * ( ( zs1(ji+1,jj) - zs1(ji,jj) ) * e2u(ji,jj)                                             &
+               &                  + ( zs2(ji+1,jj) * e2t(ji+1,jj) * e2t(ji+1,jj) - zs2(ji,jj) * e2t(ji,jj) * e2t(ji,jj)    &
+               &                    ) * r1_e2u(ji,jj)                                                                      &
+               &                  + ( zs12(ji,jj) * e1f(ji,jj) * e1f(ji,jj) - zs12(ji,jj-1) * e1f(ji,jj-1) * e1f(ji,jj-1)  &
+               &                    ) * 2._wp * r1_e1u(ji,jj)                                                              &
+               &                  ) * r1_e1e2u(ji,jj)
+            !
+            !                !--- V points
+            zfV(ji,jj) = 0.5_wp * ( ( zs1(ji,jj+1) - zs1(ji,jj) ) * e1v(ji,jj)                                             &
+               &                  - ( zs2(ji,jj+1) * e1t(ji,jj+1) * e1t(ji,jj+1) - zs2(ji,jj) * e1t(ji,jj) * e1t(ji,jj)    &
+               &                    ) * r1_e1v(ji,jj)                                                                      &
+               &                  + ( zs12(ji,jj) * e2f(ji,jj) * e2f(ji,jj) - zs12(ji-1,jj) * e2f(ji-1,jj) * e2f(ji-1,jj)  &
+               &                    ) * 2._wp * r1_e2v(ji,jj)                                                              &
+               &                  ) * r1_e1e2v(ji,jj)
+            !
+            !                !--- ice currents at U-V point
+            v_iceU(ji,jj) = 0.25_wp * ( v_ice(ji,jj) + v_ice(ji,jj-1) + v_ice(ji+1,jj) + v_ice(ji+1,jj-1) ) * umask(ji,jj,1)
+            u_iceV(ji,jj) = 0.25_wp * ( u_ice(ji,jj) + u_ice(ji-1,jj) + u_ice(ji,jj+1) + u_ice(ji-1,jj+1) ) * vmask(ji,jj,1)
+            !
+         END_2D
+         !
+         ! --- Computation of ice velocity --- !
+         !  Bouillon et al. 2013 (eq 47-48) => unstable unless alpha, beta vary as in Kimmritz 2016 & 2017
+         !  Bouillon et al. 2009 (eq 34-35) => stable
+         IF( MOD(jter,2) == 0 ) THEN ! even iterations
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(v_oce - v_ice)
+               zTauO = zaV(ji,jj) * zrhoco * SQRT( ( v_ice (ji,jj) - v_oce (ji,jj) ) * ( v_ice (ji,jj) - v_oce (ji,jj) )  &
+                  &                              + ( u_iceV(ji,jj) - u_oceV(ji,jj) ) * ( u_iceV(ji,jj) - u_oceV(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztauy_oi(ji,jj) = zTauO * ( v_oce(ji,jj) - v_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/v_ice
+               zvel  = 5.e-05_wp + SQRT( v_ice(ji,jj) * v_ice(ji,jj) + u_iceV(ji,jj) * u_iceV(ji,jj) )
+               zTauB = ztauy_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztauy_bi(ji,jj) = zTauB * v_ice(ji,jj)
+               !
+               !                 !--- Coriolis at V-points (energy conserving formulation)
+               zCorV(ji,jj)  = - 0.25_wp * r1_e2v(ji,jj) *  &
+                  &    ( zmf(ji,jj  ) * ( e2u(ji,jj  ) * u_ice(ji,jj  ) + e2u(ji-1,jj  ) * u_ice(ji-1,jj  ) )  &
+                  &    + zmf(ji,jj+1) * ( e2u(ji,jj+1) * u_ice(ji,jj+1) + e2u(ji-1,jj+1) * u_ice(ji-1,jj+1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfV(ji,jj) + ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztauy_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetav = MAX( zbeta(ji,jj), zbeta(ji,jj+1) )
+                  v_ice(ji,jj) = ( (          rswitch   * ( zmV_t(ji,jj) * ( zbetav * v_ice(ji,jj) + v_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) * ( zbetav + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  v_ice_b(ji,jj)                                                   &
+                     &                                     + v_ice  (ji,jj) * MAX( 0._wp, zbetav - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetav + 1._wp )                                              &
+                     &             ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00y(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  v_ice(ji,jj) = ( (         rswitch   * ( zmV_t(ji,jj)  * v_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   v_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &              ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                  & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &            )   * zmsk00y(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  v_ice(ji,jj) = zinvw*(ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj))
+               END IF
+
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_eap', v_ice, 'V', -1.0_wp )
+            !
+#if defined key_agrif
+!!          CALL agrif_interp_ice( 'V', jter, nn_nevp )
+            CALL agrif_interp_ice( 'V' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'V' )
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(u_oce - u_ice)
+               zTauO = zaU(ji,jj) * zrhoco * SQRT( ( u_ice (ji,jj) - u_oce (ji,jj) ) * ( u_ice (ji,jj) - u_oce (ji,jj) )  &
+                  &                              + ( v_iceU(ji,jj) - v_oceU(ji,jj) ) * ( v_iceU(ji,jj) - v_oceU(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztaux_oi(ji,jj) = zTauO * ( u_oce(ji,jj) - u_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/u_ice
+               zvel  = 5.e-05_wp + SQRT( v_iceU(ji,jj) * v_iceU(ji,jj) + u_ice(ji,jj) * u_ice(ji,jj) )
+               zTauB = ztaux_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztaux_bi(ji,jj) = zTauB * u_ice(ji,jj)
+               !
+               !                 !--- Coriolis at U-points (energy conserving formulation)
+               zCorU(ji,jj)  =   0.25_wp * r1_e1u(ji,jj) *  &
+                  &    ( zmf(ji  ,jj) * ( e1v(ji  ,jj) * v_ice(ji  ,jj) + e1v(ji  ,jj-1) * v_ice(ji  ,jj-1) )  &
+                  &    + zmf(ji+1,jj) * ( e1v(ji+1,jj) * v_ice(ji+1,jj) + e1v(ji+1,jj-1) * v_ice(ji+1,jj-1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfU(ji,jj) + ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztaux_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetau = MAX( zbeta(ji,jj), zbeta(ji+1,jj) )
+                  u_ice(ji,jj) = ( (          rswitch   * ( zmU_t(ji,jj) * ( zbetau * u_ice(ji,jj) + u_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) * ( zbetau + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  u_ice_b(ji,jj)                                                   &
+                     &                                     + u_ice  (ji,jj) * MAX( 0._wp, zbetau - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetau + 1._wp )                                              &
+                     &             ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00x(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  u_ice(ji,jj) = ( (         rswitch   * ( zmU_t(ji,jj)  * u_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   u_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &              ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                  & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &            )   * zmsk00x(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  u_ice(ji,jj) = zinvw*(ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj))
+               END IF
+
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_eap', u_ice, 'U', -1.0_wp )
+            !
+#if defined key_agrif
+!!          CALL agrif_interp_ice( 'U', jter, nn_nevp )
+            CALL agrif_interp_ice( 'U' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'U' )
+            !
+         ELSE ! odd iterations
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(u_oce - u_ice)
+               zTauO = zaU(ji,jj) * zrhoco * SQRT( ( u_ice (ji,jj) - u_oce (ji,jj) ) * ( u_ice (ji,jj) - u_oce (ji,jj) )  &
+                  &                              + ( v_iceU(ji,jj) - v_oceU(ji,jj) ) * ( v_iceU(ji,jj) - v_oceU(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztaux_oi(ji,jj) = zTauO * ( u_oce(ji,jj) - u_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/u_ice
+               zvel  = 5.e-05_wp + SQRT( v_iceU(ji,jj) * v_iceU(ji,jj) + u_ice(ji,jj) * u_ice(ji,jj) )
+               zTauB = ztaux_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztaux_bi(ji,jj) = zTauB * u_ice(ji,jj)
+               !
+               !                 !--- Coriolis at U-points (energy conserving formulation)
+               zCorU(ji,jj)  =   0.25_wp * r1_e1u(ji,jj) *  &
+                  &    ( zmf(ji  ,jj) * ( e1v(ji  ,jj) * v_ice(ji  ,jj) + e1v(ji  ,jj-1) * v_ice(ji  ,jj-1) )  &
+                  &    + zmf(ji+1,jj) * ( e1v(ji+1,jj) * v_ice(ji+1,jj) + e1v(ji+1,jj-1) * v_ice(ji+1,jj-1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfU(ji,jj) + ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztaux_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetau = MAX( zbeta(ji,jj), zbeta(ji+1,jj) )
+                  u_ice(ji,jj) = ( (          rswitch   * ( zmU_t(ji,jj) * ( zbetau * u_ice(ji,jj) + u_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) * ( zbetau + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  u_ice_b(ji,jj)                                                   &
+                     &                                     + u_ice  (ji,jj) * MAX( 0._wp, zbetau - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetau + 1._wp )                                              &
+                     &             ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00x(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  u_ice(ji,jj) = ( (         rswitch   * ( zmU_t(ji,jj)  * u_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   u_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &              ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                  & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &            )   * zmsk00x(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  u_ice(ji,jj) = zinvw*(ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj))
+               END IF
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_eap', u_ice, 'U', -1.0_wp )
+            !
+#if defined key_agrif
+!!          CALL agrif_interp_ice( 'U', jter, nn_nevp )
+            CALL agrif_interp_ice( 'U' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'U' )
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(v_oce - v_ice)
+               zTauO = zaV(ji,jj) * zrhoco * SQRT( ( v_ice (ji,jj) - v_oce (ji,jj) ) * ( v_ice (ji,jj) - v_oce (ji,jj) )  &
+                  &                              + ( u_iceV(ji,jj) - u_oceV(ji,jj) ) * ( u_iceV(ji,jj) - u_oceV(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztauy_oi(ji,jj) = zTauO * ( v_oce(ji,jj) - v_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/v_ice
+               zvel  = 5.e-05_wp + SQRT( v_ice(ji,jj) * v_ice(ji,jj) + u_iceV(ji,jj) * u_iceV(ji,jj) )
+               zTauB = ztauy_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztauy_bi(ji,jj) = zTauB * v_ice(ji,jj)
+               !
+               !                 !--- Coriolis at v-points (energy conserving formulation)
+               zCorV(ji,jj)  = - 0.25_wp * r1_e2v(ji,jj) *  &
+                  &    ( zmf(ji,jj  ) * ( e2u(ji,jj  ) * u_ice(ji,jj  ) + e2u(ji-1,jj  ) * u_ice(ji-1,jj  ) )  &
+                  &    + zmf(ji,jj+1) * ( e2u(ji,jj+1) * u_ice(ji,jj+1) + e2u(ji-1,jj+1) * u_ice(ji-1,jj+1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfV(ji,jj) + ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztauy_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetav = MAX( zbeta(ji,jj), zbeta(ji,jj+1) )
+                  v_ice(ji,jj) = ( (          rswitch   * ( zmV_t(ji,jj) * ( zbetav * v_ice(ji,jj) + v_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) * ( zbetav + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  v_ice_b(ji,jj)                                                   &
+                     &                                     + v_ice  (ji,jj) * MAX( 0._wp, zbetav - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetav + 1._wp )                                              &
+                     &             ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00y(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  v_ice(ji,jj) = ( (         rswitch   * ( zmV_t(ji,jj)  * v_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   v_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &              ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                  & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &            )   * zmsk00y(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  v_ice(ji,jj) = zinvw*(ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj))
+               END IF
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_eap', v_ice, 'V', -1.0_wp )
+            !
+#if defined key_agrif
+!!          CALL agrif_interp_ice( 'V', jter, nn_nevp )
+            CALL agrif_interp_ice( 'V' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'V' )
+            !
+         ENDIF
+
+         ! convergence test
+         IF( nn_rhg_chkcvg == 2 )   CALL rhg_cvg_eap( kt, jter, nn_nevp, u_ice, v_ice, zu_ice, zv_ice )
+         !
+         !                                                ! ==================== !
+      END DO                                              !  end loop over jter  !
+      !                                                   ! ==================== !
+      IF( ln_aEVP )   CALL iom_put( 'beta_evp' , zbeta )
+      !
+      CALL lbc_lnk( 'icedyn_rhg_eap', prdg_conv, 'T', 1.0_wp )  ! only need this in ridging module after rheology completed
+      !
+      !------------------------------------------------------------------------------!
+      ! 4) Recompute delta, shear and div (inputs for mechanical redistribution)
+      !------------------------------------------------------------------------------!
+      DO_2D( 1, 0, 1, 0 )
+
+         ! shear at F points
+         zds(ji,jj) = ( ( u_ice(ji,jj+1) * r1_e1u(ji,jj+1) - u_ice(ji,jj) * r1_e1u(ji,jj) ) * e1f(ji,jj) * e1f(ji,jj)   &
+            &         + ( v_ice(ji+1,jj) * r1_e2v(ji+1,jj) - v_ice(ji,jj) * r1_e2v(ji,jj) ) * e2f(ji,jj) * e2f(ji,jj)   &
+            &         ) * r1_e1e2f(ji,jj) * zfmask(ji,jj)
+
+      END_2D
+
+      DO_2D( 0, 0, 0, 0 )
+
+         ! tension**2 at T points
+         zdt  = ( ( u_ice(ji,jj) * r1_e2u(ji,jj) - u_ice(ji-1,jj) * r1_e2u(ji-1,jj) ) * e2t(ji,jj) * e2t(ji,jj)   &
+            &   - ( v_ice(ji,jj) * r1_e1v(ji,jj) - v_ice(ji,jj-1) * r1_e1v(ji,jj-1) ) * e1t(ji,jj) * e1t(ji,jj)   &
+            &   ) * r1_e1e2t(ji,jj)
+         zdt2 = zdt * zdt
+
+         zten_i(ji,jj) = zdt
+
+         ! shear**2 at T points (doc eq. A16)
+         zds2 = ( zds(ji,jj  ) * zds(ji,jj  ) * e1e2f(ji,jj  ) + zds(ji-1,jj  ) * zds(ji-1,jj  ) * e1e2f(ji-1,jj  )  &
+            &   + zds(ji,jj-1) * zds(ji,jj-1) * e1e2f(ji,jj-1) + zds(ji-1,jj-1) * zds(ji-1,jj-1) * e1e2f(ji-1,jj-1)  &
+            &   ) * 0.25_wp * r1_e1e2t(ji,jj)
+
+         ! shear at T points
+         pshear_i(ji,jj) = SQRT( zdt2 + zds2 )
+
+         ! divergence at T points
+         pdivu_i(ji,jj) = ( e2u(ji,jj) * u_ice(ji,jj) - e2u(ji-1,jj) * u_ice(ji-1,jj)   &
+            &             + e1v(ji,jj) * v_ice(ji,jj) - e1v(ji,jj-1) * v_ice(ji,jj-1)   &
+            &             ) * r1_e1e2t(ji,jj)
+
+         ! delta at T points
+         zfac            = SQRT( pdivu_i(ji,jj) * pdivu_i(ji,jj) + ( zdt2 + zds2 ) * z1_ecc2 ) ! delta
+         rswitch         = 1._wp - MAX( 0._wp, SIGN( 1._wp, -zfac ) ) ! 0 if delta=0
+         pdelta_i(ji,jj) = zfac + rn_creepl * rswitch ! delta+creepl
+
+      END_2D
+      CALL lbc_lnk( 'icedyn_rhg_eap', pshear_i, 'T', 1.0_wp, pdivu_i, 'T', 1.0_wp, pdelta_i, 'T', 1.0_wp, &
+         &                              zten_i, 'T', 1.0_wp, zs1    , 'T', 1.0_wp, zs2     , 'T', 1.0_wp, &
+         &                                zs12, 'F', 1.0_wp )
+
+      ! --- Store the stress tensor for the next time step --- !
+      pstress1_i (:,:) = zs1 (:,:)
+      pstress2_i (:,:) = zs2 (:,:)
+      pstress12_i(:,:) = zs12(:,:)
+      !
+
+      !------------------------------------------------------------------------------!
+      ! 5) diagnostics
+      !------------------------------------------------------------------------------!
+      ! --- ice-ocean, ice-atm. & ice-oceanbottom(landfast) stresses --- !
+      IF(  iom_use('utau_oi') .OR. iom_use('vtau_oi') .OR. iom_use('utau_ai') .OR. iom_use('vtau_ai') .OR. &
+         & iom_use('utau_bi') .OR. iom_use('vtau_bi') ) THEN
+         !
+         CALL lbc_lnk( 'icedyn_rhg_eap', ztaux_oi, 'U', -1.0_wp, ztauy_oi, 'V', -1.0_wp, ztaux_ai, 'U', -1.0_wp, &
+            &                            ztauy_ai, 'V', -1.0_wp, ztaux_bi, 'U', -1.0_wp, ztauy_bi, 'V', -1.0_wp )
+         !
+         CALL iom_put( 'utau_oi' , ztaux_oi * aimsk00 )
+         CALL iom_put( 'vtau_oi' , ztauy_oi * aimsk00 )
+         CALL iom_put( 'utau_ai' , ztaux_ai * aimsk00 )
+         CALL iom_put( 'vtau_ai' , ztauy_ai * aimsk00 )
+         CALL iom_put( 'utau_bi' , ztaux_bi * aimsk00 )
+         CALL iom_put( 'vtau_bi' , ztauy_bi * aimsk00 )
+      ENDIF
+
+      ! --- divergence, shear and strength --- !
+      IF( iom_use('icediv') )   CALL iom_put( 'icediv' , pdivu_i  * aimsk00 )   ! divergence
+      IF( iom_use('iceshe') )   CALL iom_put( 'iceshe' , pshear_i * aimsk00 )   ! shear
+      IF( iom_use('icedlt') )   CALL iom_put( 'icedlt' , pdelta_i * aimsk00 )   ! delta
+      IF( iom_use('icestr') )   CALL iom_put( 'icestr' , strength * aimsk00 )   ! strength
+
+      ! --- Stress tensor invariants (SIMIP diags) --- !
+      IF( iom_use('normstr') .OR. iom_use('sheastr') ) THEN
+         !
+         ALLOCATE( zsig_I(jpi,jpj) , zsig_II(jpi,jpj) )
+         !
+         DO_2D( 1, 1, 1, 1 )
+
+            ! Ice stresses
+            ! sigma1, sigma2, sigma12 are some useful recombination of the stresses (Hunke and Dukowicz MWR 2002, Bouillon et al., OM2013)
+            ! These are NOT stress tensor components, neither stress invariants, neither stress principal components
+            ! I know, this can be confusing...
+            zfac             =   strength(ji,jj) / ( pdelta_i(ji,jj) + rn_creepl )
+            zsig1            =   zfac * ( pdivu_i(ji,jj) - pdelta_i(ji,jj) )
+            zsig2            =   zfac * z1_ecc2 * zten_i(ji,jj)
+            zsig12           =   zfac * z1_ecc2 * pshear_i(ji,jj)
+
+            ! Stress invariants (sigma_I, sigma_II, Coon 1974, Feltham 2008)
+            zsig_I (ji,jj)   =   zsig1 * 0.5_wp                                           ! 1st stress invariant, aka average normal stress, aka negative pressure
+            zsig_II(ji,jj)   =   SQRT ( MAX( 0._wp, zsig2 * zsig2 * 0.25_wp + zsig12 ) )  ! 2nd  ''       '', aka maximum shear stress
+
+         END_2D
+         !
+         ! Stress tensor invariants (normal and shear stress N/m) - SIMIP diags - definitions following Coon (1974) and Feltham (2008)
+         IF( iom_use('normstr') )   CALL iom_put( 'normstr', zsig_I (:,:) * aimsk00(:,:) ) ! Normal stress
+         IF( iom_use('sheastr') )   CALL iom_put( 'sheastr', zsig_II(:,:) * aimsk00(:,:) ) ! Maximum shear stress
+
+         DEALLOCATE ( zsig_I, zsig_II )
+
+      ENDIF
+
+      ! --- Normalized stress tensor principal components --- !
+      ! This are used to plot the normalized yield curve, see Lemieux & Dupont, 2020
+      ! Recommendation 1 : we use ice strength, not replacement pressure
+      ! Recommendation 2 : need to use deformations at PREVIOUS iterate for viscosities
+      IF( iom_use('sig1_pnorm') .OR. iom_use('sig2_pnorm') ) THEN
+         !
+         ALLOCATE( zsig1_p(jpi,jpj) , zsig2_p(jpi,jpj) , zsig_I(jpi,jpj) , zsig_II(jpi,jpj) )
+         !
+         DO_2D( 1, 1, 1, 1 )
+
+            ! Ice stresses computed with **viscosities** (delta, p/delta) at **previous** iterates
+            !                        and **deformations** at current iterates
+            !                        following Lemieux & Dupont (2020)
+            zfac             =   zp_delt(ji,jj)
+            zsig1            =   zfac * ( pdivu_i(ji,jj) - ( zdelta(ji,jj) + rn_creepl ) )
+            zsig2            =   zfac * z1_ecc2 * zten_i(ji,jj)
+            zsig12           =   zfac * z1_ecc2 * pshear_i(ji,jj)
+
+            ! Stress invariants (sigma_I, sigma_II, Coon 1974, Feltham 2008), T-point
+            zsig_I(ji,jj)    =   zsig1 * 0.5_wp                                           ! 1st stress invariant, aka average normal stress, aka negative pressure
+            zsig_II(ji,jj)   =   SQRT ( MAX( 0._wp, zsig2 * zsig2 * 0.25_wp + zsig12 ) )  ! 2nd  ''       '', aka maximum shear stress
+
+            ! Normalized  principal stresses (used to display the ellipse)
+            z1_strength      =   1._wp / MAX( 1._wp, strength(ji,jj) )
+            zsig1_p(ji,jj)   =   ( zsig_I(ji,jj) + zsig_II(ji,jj) ) * z1_strength
+            zsig2_p(ji,jj)   =   ( zsig_I(ji,jj) - zsig_II(ji,jj) ) * z1_strength
+         END_2D
+         !
+         CALL iom_put( 'sig1_pnorm' , zsig1_p )
+         CALL iom_put( 'sig2_pnorm' , zsig2_p )
+
+         DEALLOCATE( zsig1_p , zsig2_p , zsig_I, zsig_II )
+
+      ENDIF
+
+      ! --- yieldcurve --- !
+      IF( iom_use('yield11') .OR. iom_use('yield12') .OR. iom_use('yield22')) THEN
+
+         CALL lbc_lnk( 'icedyn_rhg_eap', zyield11, 'T', 1.0_wp, zyield22, 'T', 1.0_wp, zyield12, 'T', 1.0_wp )
+
+         CALL iom_put( 'yield11', zyield11 * aimsk00 )
+         CALL iom_put( 'yield22', zyield22 * aimsk00 )
+         CALL iom_put( 'yield12', zyield12 * aimsk00 )
+      ENDIF
+
+      ! --- anisotropy tensor --- !
+      IF( iom_use('aniso') ) THEN
+         CALL lbc_lnk( 'icedyn_rhg_eap', paniso_11, 'T', 1.0_wp )
+         CALL iom_put( 'aniso' , paniso_11 * aimsk00 )
+      ENDIF
+
+      ! --- SIMIP --- !
+      IF(  iom_use('dssh_dx') .OR. iom_use('dssh_dy') .OR. &
+         & iom_use('corstrx') .OR. iom_use('corstry') .OR. iom_use('intstrx') .OR. iom_use('intstry') ) THEN
+         !
+         CALL lbc_lnk( 'icedyn_rhg_eap', zspgU, 'U', -1.0_wp, zspgV, 'V', -1.0_wp, &
+            &                            zCorU, 'U', -1.0_wp, zCorV, 'V', -1.0_wp, &
+            &                              zfU, 'U', -1.0_wp,   zfV, 'V', -1.0_wp )
+
+         CALL iom_put( 'dssh_dx' , zspgU * aimsk00 )   ! Sea-surface tilt term in force balance (x)
+         CALL iom_put( 'dssh_dy' , zspgV * aimsk00 )   ! Sea-surface tilt term in force balance (y)
+         CALL iom_put( 'corstrx' , zCorU * aimsk00 )   ! Coriolis force term in force balance (x)
+         CALL iom_put( 'corstry' , zCorV * aimsk00 )   ! Coriolis force term in force balance (y)
+         CALL iom_put( 'intstrx' , zfU   * aimsk00 )   ! Internal force term in force balance (x)
+         CALL iom_put( 'intstry' , zfV   * aimsk00 )   ! Internal force term in force balance (y)
+      ENDIF
+
+      IF(  iom_use('xmtrpice') .OR. iom_use('ymtrpice') .OR. &
+         & iom_use('xmtrpsnw') .OR. iom_use('ymtrpsnw') .OR. iom_use('xatrp') .OR. iom_use('yatrp') ) THEN
+         !
+         ALLOCATE( zdiag_xmtrp_ice(jpi,jpj) , zdiag_ymtrp_ice(jpi,jpj) , &
+            &      zdiag_xmtrp_snw(jpi,jpj) , zdiag_ymtrp_snw(jpi,jpj) , zdiag_xatrp(jpi,jpj) , zdiag_yatrp(jpi,jpj) )
+         !
+         DO_2D( 0, 0, 0, 0 )
+            ! 2D ice mass, snow mass, area transport arrays (X, Y)
+            zfac_x = 0.5 * u_ice(ji,jj) * e2u(ji,jj) * aimsk00(ji,jj)
+            zfac_y = 0.5 * v_ice(ji,jj) * e1v(ji,jj) * aimsk00(ji,jj)
+
+            zdiag_xmtrp_ice(ji,jj) = rhoi * zfac_x * ( vt_i(ji+1,jj) + vt_i(ji,jj) ) ! ice mass transport, X-component
+            zdiag_ymtrp_ice(ji,jj) = rhoi * zfac_y * ( vt_i(ji,jj+1) + vt_i(ji,jj) ) !        ''           Y-   ''
+
+            zdiag_xmtrp_snw(ji,jj) = rhos * zfac_x * ( vt_s(ji+1,jj) + vt_s(ji,jj) ) ! snow mass transport, X-component
+            zdiag_ymtrp_snw(ji,jj) = rhos * zfac_y * ( vt_s(ji,jj+1) + vt_s(ji,jj) ) !          ''          Y-   ''
+
+            zdiag_xatrp(ji,jj)     = zfac_x * ( at_i(ji+1,jj) + at_i(ji,jj) )        ! area transport,      X-component
+            zdiag_yatrp(ji,jj)     = zfac_y * ( at_i(ji,jj+1) + at_i(ji,jj) )        !        ''            Y-   ''
+
+         END_2D
+
+         CALL lbc_lnk( 'icedyn_rhg_eap', zdiag_xmtrp_ice, 'U', -1.0_wp, zdiag_ymtrp_ice, 'V', -1.0_wp, &
+            &                            zdiag_xmtrp_snw, 'U', -1.0_wp, zdiag_ymtrp_snw, 'V', -1.0_wp, &
+            &                            zdiag_xatrp    , 'U', -1.0_wp, zdiag_yatrp    , 'V', -1.0_wp )
+
+         CALL iom_put( 'xmtrpice' , zdiag_xmtrp_ice )   ! X-component of sea-ice mass transport (kg/s)
+         CALL iom_put( 'ymtrpice' , zdiag_ymtrp_ice )   ! Y-component of sea-ice mass transport
+         CALL iom_put( 'xmtrpsnw' , zdiag_xmtrp_snw )   ! X-component of snow mass transport (kg/s)
+         CALL iom_put( 'ymtrpsnw' , zdiag_ymtrp_snw )   ! Y-component of snow mass transport
+         CALL iom_put( 'xatrp'    , zdiag_xatrp     )   ! X-component of ice area transport
+         CALL iom_put( 'yatrp'    , zdiag_yatrp     )   ! Y-component of ice area transport
+
+         DEALLOCATE( zdiag_xmtrp_ice , zdiag_ymtrp_ice , &
+            &        zdiag_xmtrp_snw , zdiag_ymtrp_snw , zdiag_xatrp , zdiag_yatrp )
+
+      ENDIF
+      !
+      ! --- convergence tests --- !
+      IF( nn_rhg_chkcvg == 1 .OR. nn_rhg_chkcvg == 2 ) THEN
+         IF( iom_use('uice_cvg') ) THEN
+            IF( ln_aEVP ) THEN   ! output: beta * ( u(t=nn_nevp) - u(t=nn_nevp-1) )
+               CALL iom_put( 'uice_cvg', MAX( ABS( u_ice(:,:) - zu_ice(:,:) ) * zbeta(:,:) * umask(:,:,1) , &
+                  &                           ABS( v_ice(:,:) - zv_ice(:,:) ) * zbeta(:,:) * vmask(:,:,1) ) * aimsk15(:,:) )
+            ELSE                 ! output: nn_nevp * ( u(t=nn_nevp) - u(t=nn_nevp-1) )
+               CALL iom_put( 'uice_cvg', REAL( nn_nevp ) * MAX( ABS( u_ice(:,:) - zu_ice(:,:) ) * umask(:,:,1) , &
+                  &                                             ABS( v_ice(:,:) - zv_ice(:,:) ) * vmask(:,:,1) ) * aimsk15(:,:) )
+            ENDIF
+         ENDIF
+      ENDIF
+      !
+   END SUBROUTINE ice_dyn_rhg_eap
+
+
+   SUBROUTINE rhg_cvg_eap( kt, kiter, kitermax, pu, pv, pub, pvb )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE rhg_cvg_eap  ***
+      !!
+      !! ** Purpose :   check convergence of oce rheology
+      !!
+      !! ** Method  :   create a file ice_cvg.nc containing the convergence of ice velocity
+      !!                during the sub timestepping of rheology so as:
+      !!                  uice_cvg = MAX( u(t+1) - u(t) , v(t+1) - v(t) )
+      !!                This routine is called every sub-iteration, so it is cpu expensive
+      !!
+      !! ** Note    :   for the first sub-iteration, uice_cvg is set to 0 (too large otherwise)
+      !!----------------------------------------------------------------------
+      INTEGER ,                 INTENT(in) ::   kt, kiter, kitermax       ! ocean time-step index
+      REAL(wp), DIMENSION(:,:), INTENT(in) ::   pu, pv, pub, pvb          ! now and before velocities
+      !!
+      INTEGER           ::   it, idtime, istatus
+      INTEGER           ::   ji, jj          ! dummy loop indices
+      REAL(wp)          ::   zresm           ! local real
+      CHARACTER(len=20) ::   clname
+      !!----------------------------------------------------------------------
+
+      ! create file
+      IF( kt == nit000 .AND. kiter == 1 ) THEN
+         !
+         IF( lwp ) THEN
+            WRITE(numout,*)
+            WRITE(numout,*) 'rhg_cvg_eap : ice rheology convergence control'
+            WRITE(numout,*) '~~~~~~~'
+         ENDIF
+         !
+         IF( lwm ) THEN
+            clname = 'ice_cvg.nc'
+            IF( .NOT. Agrif_Root() )   clname = TRIM(Agrif_CFixed())//"_"//TRIM(clname)
+            istatus = NF90_CREATE( TRIM(clname), NF90_CLOBBER, ncvgid )
+            istatus = NF90_DEF_DIM( ncvgid, 'time'  , NF90_UNLIMITED, idtime )
+            istatus = NF90_DEF_VAR( ncvgid, 'uice_cvg', NF90_DOUBLE   , (/ idtime /), nvarid )
+            istatus = NF90_ENDDEF(ncvgid)
+         ENDIF
+         !
+      ENDIF
+
+      ! time
+      it = ( kt - 1 ) * kitermax + kiter
+
+      ! convergence
+      IF( kiter == 1 ) THEN ! remove the first iteration for calculations of convergence (always very large)
+         zresm = 0._wp
+      ELSE
+         DO_2D( 1, 1, 1, 1 )
+            eap_res(ji,jj) = MAX( ABS( pu(ji,jj) - pub(ji,jj) ) * umask(ji,jj,1), &
+               &               ABS( pv(ji,jj) - pvb(ji,jj) ) * vmask(ji,jj,1) ) * aimsk15(ji,jj)
+            ! cut of the boundary of the box (forced velocities)
+            IF (mjg(jj)<=30 .or. mjg(jj)>970 .or. mig(ji)<=30 .or. mig(ji)>970) THEN
+               eap_res(ji,jj) = 0._wp
+            END IF
+         END_2D
+
+         zresm = MAXVAL( eap_res )
+         CALL mpp_max( 'icedyn_rhg_evp', zresm )   ! max over the global domain
+      ENDIF
+
+      IF( lwm ) THEN
+         ! write variables
+         istatus = NF90_PUT_VAR( ncvgid, nvarid, (/zresm/), (/it/), (/1/) )
+         ! close file
+         IF( kt == nitend )   istatus = NF90_CLOSE(ncvgid)
+      ENDIF
+
+   END SUBROUTINE rhg_cvg_eap
+
+
+   SUBROUTINE update_stress_rdg( ksub, kndte, pdivu, ptension, pshear, pa11, pa12, &
+      &                          pstressp,  pstressm, pstress12, pstrength, palphar, palphas )
+      !!---------------------------------------------------------------------
+      !!                   ***  SUBROUTINE update_stress_rdg  ***
+      !!
+      !! ** Purpose :   Updates the stress depending on values of strain rate and structure
+      !!                tensor and for the last subcycle step it computes closing and sliding rate
+      !!---------------------------------------------------------------------
+      INTEGER,  INTENT(in   ) ::   ksub, kndte
+      REAL(wp), INTENT(in   ) ::   pstrength
+      REAL(wp), INTENT(in   ) ::   pdivu, ptension, pshear
+      REAL(wp), INTENT(in   ) ::   pa11, pa12
+      REAL(wp), INTENT(  out) ::   pstressp, pstressm, pstress12
+      REAL(wp), INTENT(  out) ::   palphar, palphas
+
+      INTEGER  ::   kx ,ky, ka
+
+      REAL(wp) ::   zstemp11r, zstemp12r, zstemp22r
+      REAL(wp) ::   zstemp11s, zstemp12s, zstemp22s
+      REAL(wp) ::   za22, zQd11Qd11, zQd11Qd12, zQd12Qd12
+      REAL(wp) ::   zQ11Q11, zQ11Q12, zQ12Q12
+      REAL(wp) ::   zdtemp11, zdtemp12, zdtemp22
+      REAL(wp) ::   zrotstemp11r, zrotstemp12r, zrotstemp22r
+      REAL(wp) ::   zrotstemp11s, zrotstemp12s, zrotstemp22s
+      REAL(wp) ::   zsig11, zsig12, zsig22
+      REAL(wp) ::   zsgprm11, zsgprm12, zsgprm22
+      REAL(wp) ::   zAngle_denom_gamma,  zAngle_denom_alpha
+      REAL(wp) ::   zTany_1, zTany_2
+      REAL(wp) ::   zx, zy, zkxw, kyw, kaw
+      REAL(wp) ::   zinvdx, zinvdy, zinvda
+      REAL(wp) ::   zdtemp1, zdtemp2, zatempprime
+
+      REAL(wp), PARAMETER ::   ppkfriction = 0.45_wp
+      ! Factor to maintain the same stress as in EVP (see Section 3)
+      ! Can be set to 1 otherwise
+!     REAL(wp), PARAMETER ::   ppinvstressconviso = 1._wp/(1._wp+ppkfriction*ppkfriction)
+      REAL(wp), PARAMETER ::   ppinvstressconviso = 1._wp
+
+      ! next statement uses pphi set in main module (icedyn_rhg_eap)
+      REAL(wp), PARAMETER ::   ppinvsin = 1._wp/sin(2._wp*pphi) * ppinvstressconviso
+
+      ! compute eigenvalues, eigenvectors and angles for structure tensor, strain
+      ! rates
+
+      ! 1) structure tensor
+      za22 = 1._wp-pa11
+      zQ11Q11 = 1._wp
+      zQ12Q12 = rsmall
+      zQ11Q12 = rsmall
+
+      ! gamma: angle between general coordiantes and principal axis of A
+      ! here Tan2gamma = 2 a12 / (a11 - a22)
+      IF((ABS(pa11 - za22) > rsmall).OR.(ABS(pa12) > rsmall)) THEN
+         zAngle_denom_gamma = 1._wp/sqrt( ( pa11 - za22 )*( pa11 - za22) + &
+                              4._wp*pa12*pa12 )
+
+         zQ11Q11 = 0.5_wp + ( pa11 - za22 )*0.5_wp*zAngle_denom_gamma   !Cos^2
+         zQ12Q12 = 0.5_wp - ( pa11 - za22 )*0.5_wp*zAngle_denom_gamma   !Sin^2
+         zQ11Q12 = pa12*zAngle_denom_gamma                     !CosSin
+      ENDIF
+
+      ! rotation Q*atemp*Q^T
+      zatempprime = zQ11Q11*pa11 + 2.0_wp*zQ11Q12*pa12 + zQ12Q12*za22
+
+      ! make first principal value the largest
+      zatempprime = max(zatempprime, 1.0_wp - zatempprime)
+
+      ! 2) strain rate
+      zdtemp11 = 0.5_wp*(pdivu + ptension)
+      zdtemp12 = pshear*0.5_wp
+      zdtemp22 = 0.5_wp*(pdivu - ptension)
+
+      ! here Tan2alpha = 2 dtemp12 / (dtemp11 - dtemp22)
+
+      zQd11Qd11 = 1.0_wp
+      zQd12Qd12 = rsmall
+      zQd11Qd12 = rsmall
+
+      IF((ABS( zdtemp11 - zdtemp22) > rsmall).OR. (ABS(zdtemp12) > rsmall)) THEN
+
+         zAngle_denom_alpha = 1.0_wp/sqrt( ( zdtemp11 - zdtemp22 )* &
+                             ( zdtemp11 - zdtemp22 ) + 4.0_wp*zdtemp12*zdtemp12)
+
+         zQd11Qd11 = 0.5_wp + ( zdtemp11 - zdtemp22 )*0.5_wp*zAngle_denom_alpha !Cos^2
+         zQd12Qd12 = 0.5_wp - ( zdtemp11 - zdtemp22 )*0.5_wp*zAngle_denom_alpha !Sin^2
+         zQd11Qd12 = zdtemp12*zAngle_denom_alpha !CosSin
+      ENDIF
+
+      zdtemp1 = zQd11Qd11*zdtemp11 + 2.0_wp*zQd11Qd12*zdtemp12 + zQd12Qd12*zdtemp22
+      zdtemp2 = zQd12Qd12*zdtemp11 - 2.0_wp*zQd11Qd12*zdtemp12 + zQd11Qd11*zdtemp22
+      ! In cos and sin values
+      zx = 0._wp
+      IF ((ABS(zdtemp1) > rsmall).OR.(ABS(zdtemp2) > rsmall)) THEN
+         zx = atan2(zdtemp2,zdtemp1)
+      ENDIF
+
+      ! to ensure the angle lies between pi/4 and 9 pi/4
+      IF (zx < rpi*0.25_wp) zx = zx + rpi*2.0_wp
+
+      ! y: angle between major principal axis of strain rate and structure
+      ! tensor
+      ! y = gamma - alpha
+      ! Expressesed componently with
+      ! Tany = (Singamma*Cosgamma - Sinalpha*Cosgamma)/(Cos^2gamma - Sin^alpha)
+
+      zTany_1 = zQ11Q12 - zQd11Qd12
+      zTany_2 = zQ11Q11 - zQd12Qd12
+
+      zy = 0._wp
+
+      IF ((ABS(zTany_1) > rsmall).OR.(ABS(zTany_2) > rsmall)) THEN
+         zy = atan2(zTany_1,zTany_2)
+      ENDIF
+
+      ! to make sure y is between 0 and pi
+      IF (zy > rpi) zy = zy - rpi
+      IF (zy < 0)  zy = zy + rpi
+
+      ! 3) update anisotropic stress tensor
+      zinvdx = real(nx_yield-1,kind=wp)/rpi
+      zinvdy = real(ny_yield-1,kind=wp)/rpi
+      zinvda = 2._wp*real(na_yield-1,kind=wp)
+
+      ! % need 8 coords and 8 weights
+      ! % range in kx
+      kx  = int((zx-rpi*0.25_wp-rpi)*zinvdx) + 1
+      !!clem kx  = MAX( 1, MIN( nx_yield-1, INT((zx-rpi*0.25_wp-rpi)*zinvdx) + 1  ) )
+      zkxw = kx - (zx-rpi*0.25_wp-rpi)*zinvdx
+
+      ky  = int(zy*zinvdy) + 1
+      !!clem ky  = MAX( 1, MIN( ny_yield-1, INT(zy*zinvdy) + 1 ) )
+      kyw = ky - zy*zinvdy
+
+      ka  = int((zatempprime-0.5_wp)*zinvda) + 1
+      !!clem ka  = MAX( 1, MIN( na_yield-1, INT((zatempprime-0.5_wp)*zinvda) + 1 ) )
+      kaw = ka - (zatempprime-0.5_wp)*zinvda
+
+      ! % Determine sigma_r(A1,Zeta,y) and sigma_s (see Section A1 of Tsamados 2013)
+!!$      zstemp11r =  zkxw  * kyw         * kaw         * s11r(kx  ,ky  ,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * kaw         * s11r(kx+1,ky  ,ka  ) &
+!!$        & + zkxw         * (1._wp-kyw) * kaw         * s11r(kx  ,ky+1,ka  ) &
+!!$        & + zkxw         * kyw         * (1._wp-kaw) * s11r(kx  ,ky  ,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * kaw         * s11r(kx+1,ky+1,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * (1._wp-kaw) * s11r(kx+1,ky  ,ka+1) &
+!!$        & + zkxw         * (1._wp-kyw) * (1._wp-kaw) * s11r(kx  ,ky+1,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * (1._wp-kaw) * s11r(kx+1,ky+1,ka+1)
+!!$      zstemp12r =  zkxw  * kyw         * kaw         * s12r(kx  ,ky  ,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * kaw         * s12r(kx+1,ky  ,ka  ) &
+!!$        & + zkxw         * (1._wp-kyw) * kaw         * s12r(kx  ,ky+1,ka  ) &
+!!$        & + zkxw         * kyw         * (1._wp-kaw) * s12r(kx  ,ky  ,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * kaw         * s12r(kx+1,ky+1,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * (1._wp-kaw) * s12r(kx+1,ky  ,ka+1) &
+!!$        & + zkxw         * (1._wp-kyw) * (1._wp-kaw) * s12r(kx  ,ky+1,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * (1._wp-kaw) * s12r(kx+1,ky+1,ka+1)
+!!$      zstemp22r =  zkxw  * kyw         * kaw         * s22r(kx  ,ky  ,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * kaw         * s22r(kx+1,ky  ,ka  ) &
+!!$        & + zkxw         * (1._wp-kyw) * kaw         * s22r(kx  ,ky+1,ka  ) &
+!!$        & + zkxw         * kyw         * (1._wp-kaw) * s22r(kx  ,ky  ,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * kaw         * s22r(kx+1,ky+1,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * (1._wp-kaw) * s22r(kx+1,ky  ,ka+1) &
+!!$        & + zkxw         * (1._wp-kyw) * (1._wp-kaw) * s22r(kx  ,ky+1,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * (1._wp-kaw) * s22r(kx+1,ky+1,ka+1)
+!!$
+!!$      zstemp11s =  zkxw  * kyw         * kaw         * s11s(kx  ,ky  ,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * kaw         * s11s(kx+1,ky  ,ka  ) &
+!!$        & + zkxw         * (1._wp-kyw) * kaw         * s11s(kx  ,ky+1,ka  ) &
+!!$        & + zkxw         * kyw         * (1._wp-kaw) * s11s(kx  ,ky  ,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * kaw         * s11s(kx+1,ky+1,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * (1._wp-kaw) * s11s(kx+1,ky  ,ka+1) &
+!!$        & + zkxw         * (1._wp-kyw) * (1._wp-kaw) * s11s(kx  ,ky+1,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * (1._wp-kaw) * s11s(kx+1,ky+1,ka+1)
+!!$      zstemp12s =  zkxw  * kyw         * kaw         * s12s(kx  ,ky  ,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * kaw         * s12s(kx+1,ky  ,ka  ) &
+!!$        & + zkxw         * (1._wp-kyw) * kaw         * s12s(kx  ,ky+1,ka  ) &
+!!$        & + zkxw         * kyw         * (1._wp-kaw) * s12s(kx  ,ky  ,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * kaw         * s12s(kx+1,ky+1,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * (1._wp-kaw) * s12s(kx+1,ky  ,ka+1) &
+!!$        & + zkxw         * (1._wp-kyw) * (1._wp-kaw) * s12s(kx  ,ky+1,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * (1._wp-kaw) * s12s(kx+1,ky+1,ka+1)
+!!$      zstemp22s =  zkxw  * kyw         * kaw         * s22s(kx  ,ky  ,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * kaw         * s22s(kx+1,ky  ,ka  ) &
+!!$        & + zkxw         * (1._wp-kyw) * kaw         * s22s(kx  ,ky+1,ka  ) &
+!!$        & + zkxw         * kyw         * (1._wp-kaw) * s22s(kx  ,ky  ,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * kaw         * s22s(kx+1,ky+1,ka  ) &
+!!$        & + (1._wp-zkxw) * kyw         * (1._wp-kaw) * s22s(kx+1,ky  ,ka+1) &
+!!$        & + zkxw         * (1._wp-kyw) * (1._wp-kaw) * s22s(kx  ,ky+1,ka+1) &
+!!$        & + (1._wp-zkxw) * (1._wp-kyw) * (1._wp-kaw) * s22s(kx+1,ky+1,ka+1)
+
+      zstemp11r = s11r(kx,ky,ka)
+      zstemp12r = s12r(kx,ky,ka)
+      zstemp22r = s22r(kx,ky,ka)
+      zstemp11s = s11s(kx,ky,ka)
+      zstemp12s = s12s(kx,ky,ka)
+      zstemp22s = s22s(kx,ky,ka)
+
+
+      ! Calculate mean ice stress over a collection of floes (Equation 3 in
+      ! Tsamados 2013)
+
+      zsig11  = pstrength*(zstemp11r + ppkfriction*zstemp11s) * ppinvsin
+      zsig12  = pstrength*(zstemp12r + ppkfriction*zstemp12s) * ppinvsin
+      zsig22  = pstrength*(zstemp22r + ppkfriction*zstemp22s) * ppinvsin
+
+      ! Back - rotation of the stress from principal axes into general coordinates
+
+      ! Update stress
+      zsgprm11 = zQ11Q11*zsig11 + zQ12Q12*zsig22 -      2._wp*zQ11Q12 *zsig12
+      zsgprm12 = zQ11Q12*zsig11 - zQ11Q12*zsig22 + (zQ11Q11 - zQ12Q12)*zsig12
+      zsgprm22 = zQ12Q12*zsig11 + zQ11Q11*zsig22 +      2._wp*zQ11Q12 *zsig12
+
+      pstressp  = zsgprm11 + zsgprm22
+      pstress12 = zsgprm12
+      pstressm  = zsgprm11 - zsgprm22
+
+      ! Compute ridging and sliding functions in general coordinates
+      ! (Equation 11 in Tsamados 2013)
+      IF (ksub == kndte) THEN
+         zrotstemp11r = zQ11Q11*zstemp11r - 2._wp*zQ11Q12* zstemp12r &
+                      + zQ12Q12*zstemp22r
+         zrotstemp12r = zQ11Q11*zstemp12r +       zQ11Q12*(zstemp11r-zstemp22r) &
+                      - zQ12Q12*zstemp12r
+         zrotstemp22r = zQ12Q12*zstemp11r + 2._wp*zQ11Q12* zstemp12r &
+                      + zQ11Q11*zstemp22r
+
+         zrotstemp11s = zQ11Q11*zstemp11s - 2._wp*zQ11Q12* zstemp12s &
+                      + zQ12Q12*zstemp22s
+         zrotstemp12s = zQ11Q11*zstemp12s +       zQ11Q12*(zstemp11s-zstemp22s) &
+                      - zQ12Q12*zstemp12s
+         zrotstemp22s = zQ12Q12*zstemp11s + 2._wp*zQ11Q12* zstemp12s &
+                      + zQ11Q11*zstemp22s
+
+         palphar =  zrotstemp11r*zdtemp11 + 2._wp*zrotstemp12r*zdtemp12 &
+                  + zrotstemp22r*zdtemp22
+         palphas =  zrotstemp11s*zdtemp11 + 2._wp*zrotstemp12s*zdtemp12 &
+                  + zrotstemp22s*zdtemp22
+      ENDIF
+   END SUBROUTINE update_stress_rdg
+
+!=======================================================================
+
+
+   SUBROUTINE calc_ffrac( pstressp, pstressm, pstress12, pa11, pa12, &
+      &                   pmresult11, pmresult12 )
+      !!---------------------------------------------------------------------
+      !!                   ***  ROUTINE calc_ffrac  ***
+      !!
+      !! ** Purpose :   Computes term in evolution equation for structure tensor
+      !!                which determines the ice floe re-orientation due to fracture
+      !! ** Method :    Eq. 7: Ffrac = -kf(A-S) or = 0 depending on sigma_1 and sigma_2
+      !!---------------------------------------------------------------------
+      REAL (wp), INTENT(in)  ::   pstressp, pstressm, pstress12, pa11, pa12
+      REAL (wp), INTENT(out) ::   pmresult11, pmresult12
+
+      ! local variables
+
+      REAL (wp) ::   zsigma11, zsigma12, zsigma22  ! stress tensor elements
+      REAL (wp) ::   zAngle_denom        ! angle with principal component axis
+      REAL (wp) ::   zsigma_1, zsigma_2   ! principal components of stress
+      REAL (wp) ::   zQ11, zQ12, zQ11Q11, zQ11Q12, zQ12Q12
+
+!!$   REAL (wp), PARAMETER ::   ppkfrac = 0.0001_wp   ! rate of fracture formation
+      REAL (wp), PARAMETER ::   ppkfrac = 1.e-3_wp    ! rate of fracture formation
+      REAL (wp), PARAMETER ::   ppthreshold = 0.3_wp  ! critical confinement ratio
+      !!---------------------------------------------------------------
+      !
+      zsigma11 = 0.5_wp*(pstressp+pstressm)
+      zsigma12 = pstress12
+      zsigma22 = 0.5_wp*(pstressp-pstressm)
+
+      ! Here's the change - no longer calculate gamma,
+      ! use trig formulation, angle signs are kept correct, don't worry
+
+      ! rotate tensor to get into sigma principal axis
+
+      ! here Tan2gamma = 2 sig12 / (sig11 - sig12)
+      ! add rsmall to the denominator to stop 1/0 errors, makes very little
+      ! error to the calculated angles < rsmall
+
+      zQ11Q11 = 0.1_wp
+      zQ12Q12 = rsmall
+      zQ11Q12 = rsmall
+
+      IF((ABS( zsigma11 - zsigma22) > rsmall).OR.(ABS(zsigma12) > rsmall)) THEN
+
+         zAngle_denom = 1.0_wp/sqrt( ( zsigma11 - zsigma22 )*( zsigma11 - &
+                       zsigma22 ) + 4.0_wp*zsigma12*zsigma12)
+
+         zQ11Q11 = 0.5_wp + ( zsigma11 - zsigma22 )*0.5_wp*zAngle_denom   !Cos^2
+         zQ12Q12 = 0.5_wp - ( zsigma11 - zsigma22 )*0.5_wp*zAngle_denom   !Sin^2
+         zQ11Q12 = zsigma12*zAngle_denom                      !CosSin
+      ENDIF
+
+      zsigma_1 = zQ11Q11*zsigma11 + 2.0_wp*zQ11Q12*zsigma12 + zQ12Q12*zsigma22 ! S(1,1)
+      zsigma_2 = zQ12Q12*zsigma11 - 2.0_wp*zQ11Q12*zsigma12 + zQ11Q11*zsigma22 ! S(2,2)
+
+      ! Pure divergence
+      IF ((zsigma_1 >= 0.0_wp).AND.(zsigma_2 >= 0.0_wp))  THEN
+         pmresult11 = 0.0_wp
+         pmresult12 = 0.0_wp
+
+      ! Unconfined compression: cracking of blocks not along the axial splitting
+      ! direction
+      ! which leads to the loss of their shape, so we again model it through diffusion
+      ELSEIF ((zsigma_1 >= 0.0_wp).AND.(zsigma_2 < 0.0_wp))  THEN
+         pmresult11 = - ppkfrac * (pa11 - zQ12Q12)
+         pmresult12 = - ppkfrac * (pa12 + zQ11Q12)
+
+      ! Shear faulting
+      ELSEIF (zsigma_2 == 0.0_wp) THEN
+         pmresult11 = 0.0_wp
+         pmresult12 = 0.0_wp
+      ELSEIF ((zsigma_1 <= 0.0_wp).AND.(zsigma_1/zsigma_2 <= ppthreshold)) THEN
+         pmresult11 = - ppkfrac * (pa11 - zQ12Q12)
+         pmresult12 = - ppkfrac * (pa12 + zQ11Q12)
+
+      ! Horizontal spalling
+      ELSE
+         pmresult11 = 0.0_wp
+         pmresult12 = 0.0_wp
+      ENDIF
+
+   END SUBROUTINE calc_ffrac
+
+
+   SUBROUTINE rhg_eap_rst( cdrw, kt )
+      !!---------------------------------------------------------------------
+      !!                   ***  ROUTINE rhg_eap_rst  ***
+      !!
+      !! ** Purpose :   Read or write RHG file in restart file
+      !!
+      !! ** Method  :   use of IOM library
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*) , INTENT(in) ::   cdrw   ! "READ"/"WRITE" flag
+      INTEGER, OPTIONAL, INTENT(in) ::   kt     ! ice time-step
+      !
+      INTEGER  ::   iter                      ! local integer
+      INTEGER  ::   id1, id2, id3, id4, id5   ! local integers
+      INTEGER  ::   ix, iy, ip, iz, n, ia     ! local integers
+
+      INTEGER, PARAMETER            ::    nz = 100
+
+      REAL(wp) ::   ainit, xinit, yinit, pinit, zinit
+      REAL(wp) ::   da, dx, dy, dp, dz, a1
+
+      !!clem
+      REAL(wp) ::   zw1, zw2, zfac, ztemp
+      REAL(wp) ::   zidx, zidy, zidz
+      REAL(wp) ::   zsaak(6)                  ! temporary array
+
+      REAL(wp), PARAMETER           ::   eps6 = 1.0e-6_wp
+      !!----------------------------------------------------------------------
+      !
+      IF( TRIM(cdrw) == 'READ' ) THEN        ! Read/initialize
+         !                                   ! ---------------
+         IF( ln_rstart ) THEN                   !* Read the restart file
+            !
+            id1 = iom_varid( numrir, 'stress1_i' , ldstop = .FALSE. )
+            id2 = iom_varid( numrir, 'stress2_i' , ldstop = .FALSE. )
+            id3 = iom_varid( numrir, 'stress12_i', ldstop = .FALSE. )
+            id4 = iom_varid( numrir, 'aniso_11'  , ldstop = .FALSE. )
+            id5 = iom_varid( numrir, 'aniso_12'  , ldstop = .FALSE. )
+            !
+            IF( MIN( id1, id2, id3, id4, id5 ) > 0 ) THEN      ! fields exist
+               CALL iom_get( numrir, jpdom_auto, 'stress1_i' , stress1_i , cd_type = 'T' )
+               CALL iom_get( numrir, jpdom_auto, 'stress2_i' , stress2_i , cd_type = 'T' )
+               CALL iom_get( numrir, jpdom_auto, 'stress12_i', stress12_i, cd_type = 'F' )
+               CALL iom_get( numrir, jpdom_auto, 'aniso_11'  , aniso_11  , cd_type = 'T' )
+               CALL iom_get( numrir, jpdom_auto, 'aniso_12'  , aniso_12  , cd_type = 'T' )
+            ELSE                                     ! start rheology from rest
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) '   ==>>>   previous run without rheology, set stresses to 0'
+               stress1_i (:,:) = 0._wp
+               stress2_i (:,:) = 0._wp
+               stress12_i(:,:) = 0._wp
+               aniso_11  (:,:) = 0.5_wp
+               aniso_12  (:,:) = 0._wp
+            ENDIF
+         ELSE                                   !* Start from rest
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) '   ==>>>   start from rest: set stresses to 0'
+            stress1_i (:,:) = 0._wp
+            stress2_i (:,:) = 0._wp
+            stress12_i(:,:) = 0._wp
+            aniso_11  (:,:) = 0.5_wp
+            aniso_12  (:,:) = 0._wp
+         ENDIF
+         !
+
+         da = 0.5_wp/real(na_yield-1,kind=wp)
+         ainit = 0.5_wp - da
+         dx = rpi/real(nx_yield-1,kind=wp)
+         xinit = rpi + 0.25_wp*rpi - dx
+         dz = rpi/real(nz,kind=wp)
+         zinit = -rpi*0.5_wp
+         dy = rpi/real(ny_yield-1,kind=wp)
+         yinit = -dy
+
+         s11r(:,:,:) = 0._wp
+         s12r(:,:,:) = 0._wp
+         s22r(:,:,:) = 0._wp
+         s11s(:,:,:) = 0._wp
+         s12s(:,:,:) = 0._wp
+         s22s(:,:,:) = 0._wp
+
+!!$         DO ia=1,na_yield
+!!$            DO ix=1,nx_yield
+!!$               DO iy=1,ny_yield
+!!$                  s11r(ix,iy,ia) = 0._wp
+!!$                  s12r(ix,iy,ia) = 0._wp
+!!$                  s22r(ix,iy,ia) = 0._wp
+!!$                  s11s(ix,iy,ia) = 0._wp
+!!$                  s12s(ix,iy,ia) = 0._wp
+!!$                  s22s(ix,iy,ia) = 0._wp
+!!$                  IF (ia <= na_yield-1) THEN
+!!$                     DO iz=1,nz
+!!$                        s11r(ix,iy,ia) = s11r(ix,iy,ia) + 1*w1(ainit+ia*da)* &
+!!$                           exp(-w2(ainit+ia*da)*(zinit+iz*dz)*(zinit+iz*dz))* &
+!!$                           s11kr(xinit+ix*dx,yinit+iy*dy,zinit+iz*dz)*dz/sin(2._wp*pphi)
+!!$                        s12r(ix,iy,ia) = s12r(ix,iy,ia) + 1*w1(ainit+ia*da)* &
+!!$                           exp(-w2(ainit+ia*da)*(zinit+iz*dz)*(zinit+iz*dz))* &
+!!$                           s12kr(xinit+ix*dx,yinit+iy*dy,zinit+iz*dz)*dz/sin(2._wp*pphi)
+!!$                        s22r(ix,iy,ia) = s22r(ix,iy,ia) + 1*w1(ainit+ia*da)* &
+!!$                           exp(-w2(ainit+ia*da)*(zinit+iz*dz)*(zinit+iz*dz))* &
+!!$                           s22kr(xinit+ix*dx,yinit+iy*dy,zinit+iz*dz)*dz/sin(2._wp*pphi)
+!!$                        s11s(ix,iy,ia) = s11s(ix,iy,ia) + 1*w1(ainit+ia*da)* &
+!!$                           exp(-w2(ainit+ia*da)*(zinit+iz*dz)*(zinit+iz*dz))* &
+!!$                           s11ks(xinit+ix*dx,yinit+iy*dy,zinit+iz*dz)*dz/sin(2._wp*pphi)
+!!$                        s12s(ix,iy,ia) = s12s(ix,iy,ia) + 1*w1(ainit+ia*da)* &
+!!$                           exp(-w2(ainit+ia*da)*(zinit+iz*dz)*(zinit+iz*dz))* &
+!!$                           s12ks(xinit+ix*dx,yinit+iy*dy,zinit+iz*dz)*dz/sin(2._wp*pphi)
+!!$                        s22s(ix,iy,ia) = s22s(ix,iy,ia) + 1*w1(ainit+ia*da)* &
+!!$                           exp(-w2(ainit+ia*da)*(zinit+iz*dz)*(zinit+iz*dz))* &
+!!$                           s22ks(xinit+ix*dx,yinit+iy*dy,zinit+iz*dz)*dz/sin(2._wp*pphi)
+!!$                     ENDDO
+!!$                     IF (abs(s11r(ix,iy,ia)) < eps6) s11r(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s12r(ix,iy,ia)) < eps6) s12r(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s22r(ix,iy,ia)) < eps6) s22r(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s11s(ix,iy,ia)) < eps6) s11s(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s12s(ix,iy,ia)) < eps6) s12s(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s22s(ix,iy,ia)) < eps6) s22s(ix,iy,ia) = 0._wp
+!!$                  ELSE
+!!$                     s11r(ix,iy,ia) = 0.5_wp*s11kr(xinit+ix*dx,yinit+iy*dy,0._wp)/sin(2._wp*pphi)
+!!$                     s12r(ix,iy,ia) = 0.5_wp*s12kr(xinit+ix*dx,yinit+iy*dy,0._wp)/sin(2._wp*pphi)
+!!$                     s22r(ix,iy,ia) = 0.5_wp*s22kr(xinit+ix*dx,yinit+iy*dy,0._wp)/sin(2._wp*pphi)
+!!$                     s11s(ix,iy,ia) = 0.5_wp*s11ks(xinit+ix*dx,yinit+iy*dy,0._wp)/sin(2._wp*pphi)
+!!$                     s12s(ix,iy,ia) = 0.5_wp*s12ks(xinit+ix*dx,yinit+iy*dy,0._wp)/sin(2._wp*pphi)
+!!$                     s22s(ix,iy,ia) = 0.5_wp*s22ks(xinit+ix*dx,yinit+iy*dy,0._wp)/sin(2._wp*pphi)
+!!$                     IF (abs(s11r(ix,iy,ia)) < eps6) s11r(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s12r(ix,iy,ia)) < eps6) s12r(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s22r(ix,iy,ia)) < eps6) s22r(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s11s(ix,iy,ia)) < eps6) s11s(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s12s(ix,iy,ia)) < eps6) s12s(ix,iy,ia) = 0._wp
+!!$                     IF (abs(s22s(ix,iy,ia)) < eps6) s22s(ix,iy,ia) = 0._wp
+!!$                  ENDIF
+!!$               ENDDO
+!!$            ENDDO
+!!$         ENDDO
+
+         !! faster but still very slow => to be improved
+         zfac = dz/sin(2._wp*pphi)
+         DO ia = 1, na_yield-1
+            zw1 = w1(ainit+ia*da)
+            zw2 = w2(ainit+ia*da)
+            DO iz = 1, nz
+               zidz = zinit+iz*dz
+               ztemp = zw1 * EXP(-zw2*(zinit+iz*dz)*(zinit+iz*dz))
+               DO iy = 1, ny_yield
+                  zidy = yinit+iy*dy
+                  DO ix = 1, nx_yield
+                     zidx = xinit+ix*dx
+                     call all_skr_sks(zidx,zidy,zidz,zsaak)
+                     zsaak = ztemp*zsaak*zfac
+                     s11r(ix,iy,ia) = s11r(ix,iy,ia) + zsaak(1)
+                     s12r(ix,iy,ia) = s12r(ix,iy,ia) + zsaak(2)
+                     s22r(ix,iy,ia) = s22r(ix,iy,ia) + zsaak(3)
+                     s11s(ix,iy,ia) = s11s(ix,iy,ia) + zsaak(4)
+                     s12s(ix,iy,ia) = s12s(ix,iy,ia) + zsaak(5)
+                     s22s(ix,iy,ia) = s22s(ix,iy,ia) + zsaak(6)
+                  END DO
+               END DO
+            END DO
+         END DO
+         zfac = 1._wp/sin(2._wp*pphi)
+         ia = na_yield
+         DO iy = 1, ny_yield
+            zidy = yinit+iy*dy
+            DO ix = 1, nx_yield
+               zidx = xinit+ix*dx
+               call all_skr_sks(zidx,zidy,0._wp,zsaak)
+               zsaak = 0.5_wp*zsaak*zfac
+               s11r(ix,iy,ia) = zsaak(1)
+               s12r(ix,iy,ia) = zsaak(2)
+               s22r(ix,iy,ia) = zsaak(3)
+               s11s(ix,iy,ia) = zsaak(4)
+               s12s(ix,iy,ia) = zsaak(5)
+               s22s(ix,iy,ia) = zsaak(6)
+            ENDDO
+         ENDDO
+         WHERE (ABS(s11r(:,:,:)) < eps6) s11r(:,:,:) = 0._wp
+         WHERE (ABS(s12r(:,:,:)) < eps6) s12r(:,:,:) = 0._wp
+         WHERE (ABS(s22r(:,:,:)) < eps6) s22r(:,:,:) = 0._wp
+         WHERE (ABS(s11s(:,:,:)) < eps6) s11s(:,:,:) = 0._wp
+         WHERE (ABS(s12s(:,:,:)) < eps6) s12s(:,:,:) = 0._wp
+         WHERE (ABS(s22s(:,:,:)) < eps6) s22s(:,:,:) = 0._wp
+
+
+      ELSEIF( TRIM(cdrw) == 'WRITE' ) THEN   ! Create restart file
+         !                                   ! -------------------
+         IF(lwp) WRITE(numout,*) '---- rhg-rst ----'
+         iter = kt + nn_fsbc - 1             ! ice restarts are written at kt == nitrst - nn_fsbc + 1
+         !
+         CALL iom_rstput( iter, nitrst, numriw, 'stress1_i' , stress1_i  )
+         CALL iom_rstput( iter, nitrst, numriw, 'stress2_i' , stress2_i  )
+         CALL iom_rstput( iter, nitrst, numriw, 'stress12_i', stress12_i )
+         CALL iom_rstput( iter, nitrst, numriw, 'aniso_11'  , aniso_11   )
+         CALL iom_rstput( iter, nitrst, numriw, 'aniso_12'  , aniso_12   )
+         !
+      ENDIF
+      !
+   END SUBROUTINE rhg_eap_rst
+
+
+   FUNCTION w1(pa)
+      !!-------------------------------------------------------------------
+      !! Function : w1 (see Gaussian function psi in Tsamados et al 2013)
+      !!-------------------------------------------------------------------
+      REAL(wp), INTENT(in   ) ::   pa
+      REAL(wp) ::   w1
+      !!-------------------------------------------------------------------
+
+      w1 = -   223.87569446_wp &
+       &   +  2361.21986630_wp*pa &
+       &   - 10606.56079975_wp*pa*pa &
+       &   + 26315.50025642_wp*pa*pa*pa &
+       &   - 38948.30444297_wp*pa*pa*pa*pa &
+       &   + 34397.72407466_wp*pa*pa*pa*pa*pa &
+       &   - 16789.98003081_wp*pa*pa*pa*pa*pa*pa &
+       &   +  3495.82839237_wp*pa*pa*pa*pa*pa*pa*pa
+
+   END FUNCTION w1
+
+
+   FUNCTION w2(pa)
+      !!-------------------------------------------------------------------
+      !! Function : w2 (see Gaussian function psi in Tsamados et al 2013)
+      !!-------------------------------------------------------------------
+      REAL(wp), INTENT(in   ) ::   pa
+      REAL(wp) ::   w2
+      !!-------------------------------------------------------------------
+
+      w2 = -    6670.68911883_wp &
+       &   +   70222.33061536_wp*pa &
+       &   -  314871.71525448_wp*pa*pa &
+       &   +  779570.02793492_wp*pa*pa*pa &
+       &   - 1151098.82436864_wp*pa*pa*pa*pa &
+       &   + 1013896.59464498_wp*pa*pa*pa*pa*pa &
+       &   -  493379.44906738_wp*pa*pa*pa*pa*pa*pa &
+       &   +  102356.55151800_wp*pa*pa*pa*pa*pa*pa*pa
+
+   END FUNCTION w2
+
+   SUBROUTINE all_skr_sks( px, py, pz, allsk )
+      REAL(wp), INTENT(in   ) ::   px,py,pz
+      REAL(wp), INTENT(out  ) ::   allsk(6)
+
+      REAL(wp) ::   zs12r0, zs21r0
+      REAL(wp) ::   zs12s0, zs21s0
+
+      REAL(wp) ::   zpih
+      REAL(wp) ::   zn1t2i11, zn1t2i12, zn1t2i21, zn1t2i22
+      REAL(wp) ::   zn2t1i11, zn2t1i12, zn2t1i21, zn2t1i22
+      REAL(wp) ::   zt1t2i11, zt1t2i12, zt1t2i21, zt1t2i22
+      REAL(wp) ::   zt2t1i11, zt2t1i12, zt2t1i21, zt2t1i22
+      REAL(wp) ::   zd11, zd12, zd22
+      REAL(wp) ::   zIIn1t2, zIIn2t1, zIIt1t2
+      REAL(wp) ::   zHen1t2, zHen2t1
+      !!-------------------------------------------------------------------
+
+      zpih = 0.5_wp*rpi
+
+      zn1t2i11 = cos(pz+zpih-pphi) * cos(pz+pphi)
+      zn1t2i12 = cos(pz+zpih-pphi) * sin(pz+pphi)
+      zn1t2i21 = sin(pz+zpih-pphi) * cos(pz+pphi)
+      zn1t2i22 = sin(pz+zpih-pphi) * sin(pz+pphi)
+      zn2t1i11 = cos(pz-zpih+pphi) * cos(pz-pphi)
+      zn2t1i12 = cos(pz-zpih+pphi) * sin(pz-pphi)
+      zn2t1i21 = sin(pz-zpih+pphi) * cos(pz-pphi)
+      zn2t1i22 = sin(pz-zpih+pphi) * sin(pz-pphi)
+      zt1t2i11 = cos(pz-pphi) * cos(pz+pphi)
+      zt1t2i12 = cos(pz-pphi) * sin(pz+pphi)
+      zt1t2i21 = sin(pz-pphi) * cos(pz+pphi)
+      zt1t2i22 = sin(pz-pphi) * sin(pz+pphi)
+      zt2t1i11 = cos(pz+pphi) * cos(pz-pphi)
+      zt2t1i12 = cos(pz+pphi) * sin(pz-pphi)
+      zt2t1i21 = sin(pz+pphi) * cos(pz-pphi)
+      zt2t1i22 = sin(pz+pphi) * sin(pz-pphi)
+   ! In expression of tensor d, with this formulatin d(x)=-d(x+pi)
+   ! Solution, when diagonalizing always check sgn(a11-a22) if > then keep x else
+   ! x=x-pi/2
+      zd11 = cos(py)*cos(py)*(cos(px)+sin(px)*tan(py)*tan(py))
+      zd12 = cos(py)*cos(py)*tan(py)*(-cos(px)+sin(px))
+      zd22 = cos(py)*cos(py)*(sin(px)+cos(px)*tan(py)*tan(py))
+      zIIn1t2 = zn1t2i11 * zd11 + (zn1t2i12 + zn1t2i21) * zd12 + zn1t2i22 * zd22
+      zIIn2t1 = zn2t1i11 * zd11 + (zn2t1i12 + zn2t1i21) * zd12 + zn2t1i22 * zd22
+      zIIt1t2 = zt1t2i11 * zd11 + (zt1t2i12 + zt1t2i21) * zd12 + zt1t2i22 * zd22
+
+      IF (-zIIn1t2>=rsmall) THEN
+      zHen1t2 = 1._wp
+      ELSE
+      zHen1t2 = 0._wp
+      ENDIF
+
+      IF (-zIIn2t1>=rsmall) THEN
+      zHen2t1 = 1._wp
+      ELSE
+      zHen2t1 = 0._wp
+      ENDIF
+
+      !!-------------------------------------------------------------------
+      !! Function : s11kr
+      !!-------------------------------------------------------------------
+      allsk(1) = (- zHen1t2 * zn1t2i11 - zHen2t1 * zn2t1i11)
+      !!-------------------------------------------------------------------
+      !! Function : s12kr
+      !!-------------------------------------------------------------------
+      zs12r0 = (- zHen1t2 * zn1t2i12 - zHen2t1 * zn2t1i12)
+      zs21r0 = (- zHen1t2 * zn1t2i21 - zHen2t1 * zn2t1i21)
+      allsk(2)=0.5_wp*(zs12r0+zs21r0)
+      !!-------------------------------------------------------------------
+      !! Function : s22kr
+      !!-------------------------------------------------------------------
+      allsk(3) = (- zHen1t2 * zn1t2i22 - zHen2t1 * zn2t1i22)
+      !!-------------------------------------------------------------------
+      !! Function : s11ks
+      !!-------------------------------------------------------------------
+
+      allsk(4) = sign(1._wp,zIIt1t2+rsmall)*(zHen1t2 * zt1t2i11 + zHen2t1 * zt2t1i11)
+      !!-------------------------------------------------------------------
+      !! Function : s12ks
+      !!-------------------------------------------------------------------
+      zs12s0 = sign(1._wp,zIIt1t2+rsmall)*(zHen1t2 * zt1t2i12 + zHen2t1 * zt2t1i12)
+      zs21s0 = sign(1._wp,zIIt1t2+rsmall)*(zHen1t2 * zt1t2i21 + zHen2t1 * zt2t1i21)
+      allsk(5)=0.5_wp*(zs12s0+zs21s0)
+      !!-------------------------------------------------------------------
+      !! Function : s22ks
+      !!-------------------------------------------------------------------
+      allsk(6) = sign(1._wp,zIIt1t2+rsmall)*(zHen1t2 * zt1t2i22 + zHen2t1 * zt2t1i22)
+   END SUBROUTINE all_skr_sks
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option         Empty module           NO SI3 sea-ice model
+   !!----------------------------------------------------------------------
+   USE par_kind
+   USE lib_mpp
+   CONTAINS
+   SUBROUTINE ice_dyn_rhg_eap( kt, Kmm, pstress1_i, pstress2_i, pstress12_i, pshear_i, pdivu_i, pdelta_i, paniso_11, paniso_12, prdg_conv )
+      INTEGER                 , INTENT(in   ) ::   kt                                    ! time step
+      INTEGER                 , INTENT(in   ) ::   Kmm                                   ! ocean time level index
+      REAL(wp), DIMENSION(:,:), INTENT(in   ) ::   pstress1_i, pstress2_i, pstress12_i   !
+      REAL(wp), DIMENSION(:,:), INTENT(in   ) ::   pshear_i  , pdivu_i   , pdelta_i      !
+      REAL(wp), DIMENSION(:,:), INTENT(in   ) ::   paniso_11 , paniso_12                 ! structure tensor components
+      REAL(wp), DIMENSION(:,:), INTENT(in   ) ::   prdg_conv                             ! for ridging
+      CALL ctl_stop('EAP rheology is currently dsabled due to issues with AGRIF preprocessing')
+   END SUBROUTINE ice_dyn_rhg_eap
+   SUBROUTINE rhg_eap_rst( cdrw, kt )
+      CHARACTER(len=*) , INTENT(in) ::   cdrw   ! "READ"/"WRITE" flag
+      INTEGER, OPTIONAL, INTENT(in) ::   kt     ! ice time-step
+   END SUBROUTINE rhg_eap_rst
+#endif
+
+   !!==============================================================================
+END MODULE icedyn_rhg_eap
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/icedyn_rhg_evp.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/icedyn_rhg_evp.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/icedyn_rhg_evp.F90	(revision 15719)
@@ -0,0 +1,1078 @@
+MODULE icedyn_rhg_evp
+   !!======================================================================
+   !!                     ***  MODULE  icedyn_rhg_evp  ***
+   !!   Sea-Ice dynamics : rheology Elasto-Viscous-Plastic
+   !!======================================================================
+   !! History :   -   !  2007-03  (M.A. Morales Maqueda, S. Bouillon) Original code
+   !!            3.0  !  2008-03  (M. Vancoppenolle) adaptation to new model
+   !!             -   !  2008-11  (M. Vancoppenolle, S. Bouillon, Y. Aksenov) add surface tilt in ice rheolohy 
+   !!            3.3  !  2009-05  (G.Garric)    addition of the evp case
+   !!            3.4  !  2011-01  (A. Porter)   dynamical allocation 
+   !!            3.5  !  2012-08  (R. Benshila) AGRIF
+   !!            3.6  !  2016-06  (C. Rousset)  Rewriting + landfast ice + mEVP (Bouillon 2013)
+   !!            3.7  !  2017     (C. Rousset)  add aEVP (Kimmritz 2016-2017)
+   !!            4.0  !  2018     (many people) SI3 [aka Sea Ice cube]
+   !!----------------------------------------------------------------------
+#if defined key_si3
+   !!----------------------------------------------------------------------
+   !!   'key_si3'                                       SI3 sea-ice model
+   !!----------------------------------------------------------------------
+   !!   ice_dyn_rhg_evp : computes ice velocities from EVP rheology
+   !!   rhg_evp_rst     : read/write EVP fields in ice restart
+   !!----------------------------------------------------------------------
+   USE phycst         ! Physical constant
+   USE dom_oce        ! Ocean domain
+   USE sbc_oce , ONLY : ln_ice_embd, nn_fsbc, ssh_m
+   USE sbc_ice , ONLY : utau_ice, vtau_ice, snwice_mass, snwice_mass_b
+   USE ice            ! sea-ice: ice variables
+   USE icevar         ! ice_var_sshdyn
+   USE icedyn_rdgrft  ! sea-ice: ice strength
+   USE bdy_oce , ONLY : ln_bdy 
+   USE bdyice 
+#if defined key_agrif
+   USE agrif_ice_interp
+#endif
+   !
+   USE in_out_manager ! I/O manager
+   USE iom            ! I/O manager library
+   USE lib_mpp        ! MPP library
+   USE lib_fortran    ! fortran utilities (glob_sum + no signed zero)
+   USE lbclnk         ! lateral boundary conditions (or mpp links)
+   USE prtctl         ! Print control
+
+   USE netcdf         ! NetCDF library for convergence test
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   ice_dyn_rhg_evp   ! called by icedyn_rhg.F90
+   PUBLIC   rhg_evp_rst       ! called by icedyn_rhg.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+#  include "domzgr_substitute.h90"
+
+   !! for convergence tests
+   INTEGER ::   ncvgid   ! netcdf file id
+   INTEGER ::   nvarid   ! netcdf variable id
+   REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zmsk00, zmsk15
+   !!----------------------------------------------------------------------
+   !! NEMO/ICE 4.0 , NEMO Consortium (2018)
+   !! $Id: icedyn_rhg_evp.F90 13612 2020-10-14 17:18:19Z clem $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE ice_dyn_rhg_evp( kt, Kmm, pstress1_i, pstress2_i, pstress12_i, pshear_i, pdivu_i, pdelta_i )
+      !!-------------------------------------------------------------------
+      !!                 ***  SUBROUTINE ice_dyn_rhg_evp  ***
+      !!                             EVP-C-grid
+      !!
+      !! ** purpose : determines sea ice drift from wind stress, ice-ocean
+      !!  stress and sea-surface slope. Ice-ice interaction is described by 
+      !!  a non-linear elasto-viscous-plastic (EVP) law including shear 
+      !!  strength and a bulk rheology (Hunke and Dukowicz, 2002).	
+      !!
+      !!  The points in the C-grid look like this, dear reader
+      !!
+      !!                              (ji,jj)
+      !!                                 |
+      !!                                 |
+      !!                      (ji-1,jj)  |  (ji,jj)
+      !!                             ---------   
+      !!                            |         |
+      !!                            | (ji,jj) |------(ji,jj)
+      !!                            |         |
+      !!                             ---------   
+      !!                     (ji-1,jj-1)     (ji,jj-1)
+      !!
+      !! ** Inputs  : - wind forcing (stress), oceanic currents
+      !!                ice total volume (vt_i) per unit area
+      !!                snow total volume (vt_s) per unit area
+      !!
+      !! ** Action  : - compute u_ice, v_ice : the components of the 
+      !!                sea-ice velocity vector
+      !!              - compute delta_i, shear_i, divu_i, which are inputs
+      !!                of the ice thickness distribution
+      !!
+      !! ** Steps   : 0) compute mask at F point
+      !!              1) Compute ice snow mass, ice strength 
+      !!              2) Compute wind, oceanic stresses, mass terms and
+      !!                 coriolis terms of the momentum equation
+      !!              3) Solve the momentum equation (iterative procedure)
+      !!              4) Recompute delta, shear and divergence
+      !!                 (which are inputs of the ITD) & store stress
+      !!                 for the next time step
+      !!              5) Diagnostics including charge ellipse
+      !!
+      !! ** Notes   : There is the possibility to use aEVP from the nice work of Kimmritz et al. (2016 & 2017)
+      !!              by setting up ln_aEVP=T (i.e. changing alpha and beta parameters).
+      !!              This is an upgraded version of mEVP from Bouillon et al. 2013
+      !!              (i.e. more stable and better convergence)
+      !!
+      !! References : Hunke and Dukowicz, JPO97
+      !!              Bouillon et al., Ocean Modelling 2009
+      !!              Bouillon et al., Ocean Modelling 2013
+      !!              Kimmritz et al., Ocean Modelling 2016 & 2017
+      !!-------------------------------------------------------------------
+      INTEGER                 , INTENT(in   ) ::   kt                                    ! time step
+      INTEGER                 , INTENT(in   ) ::   Kmm                                   ! ocean time level index
+      REAL(wp), DIMENSION(:,:), INTENT(inout) ::   pstress1_i, pstress2_i, pstress12_i   !
+      REAL(wp), DIMENSION(:,:), INTENT(  out) ::   pshear_i  , pdivu_i   , pdelta_i      !
+      !!
+      INTEGER ::   ji, jj       ! dummy loop indices
+      INTEGER ::   jter         ! local integers
+      !
+      REAL(wp) ::   zrhoco                                              ! rho0 * rn_cio
+      REAL(wp) ::   zdtevp, z1_dtevp                                    ! time step for subcycling
+      REAL(wp) ::   ecc2, z1_ecc2                                       ! square of yield ellipse eccenticity
+      REAL(wp) ::   zalph1, z1_alph1, zalph2, z1_alph2                  ! alpha coef from Bouillon 2009 or Kimmritz 2017
+      REAl(wp) ::   zbetau, zbetav
+      REAL(wp) ::   zm1, zm2, zm3, zmassU, zmassV, zvU, zvV             ! ice/snow mass and volume
+      REAL(wp) ::   zp_delf, zds2, zdt, zdt2, zdiv, zdiv2               ! temporary scalars
+      REAL(wp) ::   zTauO, zTauB, zRHS, zvel                            ! temporary scalars
+      REAL(wp) ::   zkt                                                 ! isotropic tensile strength for landfast ice
+      REAL(wp) ::   zvCr                                                ! critical ice volume above which ice is landfast
+      !
+      REAL(wp) ::   zintb, zintn                                        ! dummy argument
+      REAL(wp) ::   zfac_x, zfac_y
+      REAL(wp) ::   zshear, zdum1, zdum2
+      REAL(wp) ::   zinvw                                                ! for test case
+
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zdelta, zp_delt                 ! delta and P/delta at T points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zbeta                           ! beta coef from Kimmritz 2017
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zdt_m                           ! (dt / ice-snow_mass) on T points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zaU  , zaV                      ! ice fraction on U/V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmU_t, zmV_t                    ! (ice-snow_mass / dt) on U/V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmf                             ! coriolis parameter at T points
+      REAL(wp), DIMENSION(jpi,jpj) ::   v_oceU, u_oceV, v_iceU, u_iceV  ! ocean/ice u/v component on V/U points
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zds                             ! shear
+      REAL(wp), DIMENSION(jpi,jpj) ::   zten_i                          ! tension
+      REAL(wp), DIMENSION(jpi,jpj) ::   zs1, zs2, zs12                  ! stress tensor components
+      REAL(wp), DIMENSION(jpi,jpj) ::   zsshdyn                         ! array used for the calculation of ice surface slope:
+      !                                                                 !    ocean surface (ssh_m) if ice is not embedded
+      !                                                                 !    ice bottom surface if ice is embedded   
+      REAL(wp), DIMENSION(jpi,jpj) ::   zfU  , zfV                      ! internal stresses
+      REAL(wp), DIMENSION(jpi,jpj) ::   zspgU, zspgV                    ! surface pressure gradient at U/V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   zCorU, zCorV                    ! Coriolis stress array
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_ai, ztauy_ai              ! ice-atm. stress at U-V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_oi, ztauy_oi              ! ice-ocean stress at U-V points
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_bi, ztauy_bi              ! ice-OceanBottom stress at U-V points (landfast)
+      REAL(wp), DIMENSION(jpi,jpj) ::   ztaux_base, ztauy_base          ! ice-bottom stress at U-V points (landfast)
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmsk01x, zmsk01y                ! dummy arrays
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmsk00x, zmsk00y                ! mask for ice presence
+      REAL(wp), DIMENSION(jpi,jpj) ::   zfmask                          ! mask at F points for the ice
+
+      REAL(wp), PARAMETER          ::   zepsi  = 1.0e-20_wp             ! tolerance parameter
+      REAL(wp), PARAMETER          ::   zmmin  = 1._wp                  ! ice mass (kg/m2)  below which ice velocity becomes very small
+      REAL(wp), PARAMETER          ::   zamin  = 0.001_wp               ! ice concentration below which ice velocity becomes very small
+      !! --- check convergence
+      REAL(wp), DIMENSION(jpi,jpj) ::   zu_ice, zv_ice
+      !! --- diags
+      REAL(wp) ::   zsig1, zsig2, zsig12, zfac, z1_strength
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zsig_I, zsig_II, zsig1_p, zsig2_p         
+      !! --- SIMIP diags
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_xmtrp_ice ! X-component of ice mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_ymtrp_ice ! Y-component of ice mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_xmtrp_snw ! X-component of snow mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_ymtrp_snw ! Y-component of snow mass transport (kg/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_xatrp     ! X-component of area transport (m2/s)
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zdiag_yatrp     ! Y-component of area transport (m2/s)      
+      !!-------------------------------------------------------------------
+
+      IF( kt == nit000 .AND. lwp )   WRITE(numout,*) '-- ice_dyn_rhg_evp: EVP sea-ice rheology'
+      !
+      ! for diagnostics and convergence tests
+      ALLOCATE( zmsk00(jpi,jpj), zmsk15(jpi,jpj) )
+      DO_2D( 1, 1, 1, 1 )
+         zmsk00(ji,jj) = MAX( 0._wp , SIGN( 1._wp , at_i(ji,jj) - epsi06  ) ) ! 1 if ice    , 0 if no ice
+         zmsk15(ji,jj) = MAX( 0._wp , SIGN( 1._wp , at_i(ji,jj) - 0.15_wp ) ) ! 1 if 15% ice, 0 if less
+      END_2D
+      !
+      !!gm for Clem:  OPTIMIZATION:  I think zfmask can be computed one for all at the initialization....
+      !------------------------------------------------------------------------------!
+      ! 0) mask at F points for the ice
+      !------------------------------------------------------------------------------!
+      ! ocean/land mask
+      DO_2D( 1, 0, 1, 0 )
+         zfmask(ji,jj) = tmask(ji,jj,1) * tmask(ji+1,jj,1) * tmask(ji,jj+1,1) * tmask(ji+1,jj+1,1)
+      END_2D
+      CALL lbc_lnk( 'icedyn_rhg_evp', zfmask, 'F', 1._wp )
+
+      ! Lateral boundary conditions on velocity (modify zfmask)
+      DO_2D( 0, 0, 0, 0 )
+         IF( zfmask(ji,jj) == 0._wp ) THEN
+            zfmask(ji,jj) = rn_ishlat * MIN( 1._wp , MAX( umask(ji,jj,1), umask(ji,jj+1,1), &
+               &                                          vmask(ji,jj,1), vmask(ji+1,jj,1) ) )
+         ENDIF
+      END_2D
+      DO jj = 2, jpjm1
+         IF( zfmask(1,jj) == 0._wp ) THEN
+            zfmask(1  ,jj) = rn_ishlat * MIN( 1._wp , MAX( vmask(2,jj,1), umask(1,jj+1,1), umask(1,jj,1) ) )
+         ENDIF
+         IF( zfmask(jpi,jj) == 0._wp ) THEN
+            zfmask(jpi,jj) = rn_ishlat * MIN( 1._wp , MAX( umask(jpi,jj+1,1), vmask(jpim1,jj,1), umask(jpi,jj-1,1) ) )
+        ENDIF
+      END DO
+      DO ji = 2, jpim1
+         IF( zfmask(ji,1) == 0._wp ) THEN
+            zfmask(ji, 1 ) = rn_ishlat * MIN( 1._wp , MAX( vmask(ji+1,1,1), umask(ji,2,1), vmask(ji,1,1) ) )
+         ENDIF
+         IF( zfmask(ji,jpj) == 0._wp ) THEN
+            zfmask(ji,jpj) = rn_ishlat * MIN( 1._wp , MAX( vmask(ji+1,jpj,1), vmask(ji-1,jpj,1), umask(ji,jpjm1,1) ) )
+         ENDIF
+      END DO
+      CALL lbc_lnk( 'icedyn_rhg_evp', zfmask, 'F', 1._wp )
+
+      !------------------------------------------------------------------------------!
+      ! 1) define some variables and initialize arrays
+      !------------------------------------------------------------------------------!
+      zrhoco = rho0 * rn_cio 
+!extra code for test case boundary conditions
+      zinvw=1._wp/(zrhoco*0.5_wp)
+
+      ! ecc2: square of yield ellipse eccenticrity
+      ecc2    = rn_ecc * rn_ecc
+      z1_ecc2 = 1._wp / ecc2
+
+      ! alpha parameters (Bouillon 2009)
+      IF( .NOT. ln_aEVP ) THEN
+         zdtevp   = rDt_ice / REAL( nn_nevp )
+         zalph1 =   2._wp * rn_relast * REAL( nn_nevp )
+         zalph2 = zalph1 * z1_ecc2
+
+         z1_alph1 = 1._wp / ( zalph1 + 1._wp )
+         z1_alph2 = 1._wp / ( zalph2 + 1._wp )
+      ELSE
+         zdtevp   = rdt_ice
+         ! zalpha parameters set later on adaptatively
+      ENDIF
+      z1_dtevp = 1._wp / zdtevp
+         
+      ! Initialise stress tensor 
+      zs1 (:,:) = pstress1_i (:,:) 
+      zs2 (:,:) = pstress2_i (:,:)
+      zs12(:,:) = pstress12_i(:,:)
+
+      ! Ice strength
+      CALL ice_strength
+
+      ! landfast param from Lemieux(2016): add isotropic tensile strength (following Konig Beatty and Holland, 2010)
+      IF( ln_landfast_L16 ) THEN   ;   zkt = rn_lf_tensile
+      ELSE                         ;   zkt = 0._wp
+      ENDIF
+      !
+      !------------------------------------------------------------------------------!
+      ! 2) Wind / ocean stress, mass terms, coriolis terms
+      !------------------------------------------------------------------------------!
+      ! sea surface height
+      !    embedded sea ice: compute representative ice top surface
+      !    non-embedded sea ice: use ocean surface for slope calculation
+      zsshdyn(:,:) = ice_var_sshdyn( ssh_m, snwice_mass, snwice_mass_b)
+
+      DO_2D( 0, 0, 0, 0 )
+
+         ! ice fraction at U-V points
+         zaU(ji,jj) = 0.5_wp * ( at_i(ji,jj) * e1e2t(ji,jj) + at_i(ji+1,jj) * e1e2t(ji+1,jj) ) * r1_e1e2u(ji,jj) * umask(ji,jj,1)
+         zaV(ji,jj) = 0.5_wp * ( at_i(ji,jj) * e1e2t(ji,jj) + at_i(ji,jj+1) * e1e2t(ji,jj+1) ) * r1_e1e2v(ji,jj) * vmask(ji,jj,1)
+
+         ! Ice/snow mass at U-V points
+         zm1 = ( rhos * vt_s(ji  ,jj  ) + rhoi * vt_i(ji  ,jj  ) )
+         zm2 = ( rhos * vt_s(ji+1,jj  ) + rhoi * vt_i(ji+1,jj  ) )
+         zm3 = ( rhos * vt_s(ji  ,jj+1) + rhoi * vt_i(ji  ,jj+1) )
+         zmassU = 0.5_wp * ( zm1 * e1e2t(ji,jj) + zm2 * e1e2t(ji+1,jj) ) * r1_e1e2u(ji,jj) * umask(ji,jj,1)
+         zmassV = 0.5_wp * ( zm1 * e1e2t(ji,jj) + zm3 * e1e2t(ji,jj+1) ) * r1_e1e2v(ji,jj) * vmask(ji,jj,1)
+
+         ! Ocean currents at U-V points
+         v_oceU(ji,jj)   = 0.25_wp * ( v_oce(ji,jj) + v_oce(ji,jj-1) + v_oce(ji+1,jj) + v_oce(ji+1,jj-1) ) * umask(ji,jj,1)
+         u_oceV(ji,jj)   = 0.25_wp * ( u_oce(ji,jj) + u_oce(ji-1,jj) + u_oce(ji,jj+1) + u_oce(ji-1,jj+1) ) * vmask(ji,jj,1)
+
+         ! Coriolis at T points (m*f)
+         zmf(ji,jj)      = zm1 * ff_t(ji,jj)
+
+         ! dt/m at T points (for alpha and beta coefficients)
+         zdt_m(ji,jj)    = zdtevp / MAX( zm1, zmmin )
+         
+         ! m/dt
+         zmU_t(ji,jj)    = zmassU * z1_dtevp
+         zmV_t(ji,jj)    = zmassV * z1_dtevp
+         
+         ! Drag ice-atm.
+         ztaux_ai(ji,jj) = zaU(ji,jj) * utau_ice(ji,jj)
+         ztauy_ai(ji,jj) = zaV(ji,jj) * vtau_ice(ji,jj)
+
+         ! Surface pressure gradient (- m*g*GRAD(ssh)) at U-V points
+         zspgU(ji,jj)    = - zmassU * grav * ( zsshdyn(ji+1,jj) - zsshdyn(ji,jj) ) * r1_e1u(ji,jj)
+         zspgV(ji,jj)    = - zmassV * grav * ( zsshdyn(ji,jj+1) - zsshdyn(ji,jj) ) * r1_e2v(ji,jj)
+
+         ! masks
+         zmsk00x(ji,jj) = 1._wp - MAX( 0._wp, SIGN( 1._wp, -zmassU ) )  ! 0 if no ice
+         zmsk00y(ji,jj) = 1._wp - MAX( 0._wp, SIGN( 1._wp, -zmassV ) )  ! 0 if no ice
+
+         ! switches
+         IF( zmassU <= zmmin .AND. zaU(ji,jj) <= zamin ) THEN   ;   zmsk01x(ji,jj) = 0._wp
+         ELSE                                                   ;   zmsk01x(ji,jj) = 1._wp   ;   ENDIF
+         IF( zmassV <= zmmin .AND. zaV(ji,jj) <= zamin ) THEN   ;   zmsk01y(ji,jj) = 0._wp
+         ELSE                                                   ;   zmsk01y(ji,jj) = 1._wp   ;   ENDIF
+
+      END_2D
+      CALL lbc_lnk( 'icedyn_rhg_evp', zmf, 'T', 1.0_wp, zdt_m, 'T', 1.0_wp )
+      !
+      !                                  !== Landfast ice parameterization ==!
+      !
+      IF( ln_landfast_L16 ) THEN         !-- Lemieux 2016
+         DO_2D( 0, 0, 0, 0 )
+            ! ice thickness at U-V points
+            zvU = 0.5_wp * ( vt_i(ji,jj) * e1e2t(ji,jj) + vt_i(ji+1,jj) * e1e2t(ji+1,jj) ) * r1_e1e2u(ji,jj) * umask(ji,jj,1)
+            zvV = 0.5_wp * ( vt_i(ji,jj) * e1e2t(ji,jj) + vt_i(ji,jj+1) * e1e2t(ji,jj+1) ) * r1_e1e2v(ji,jj) * vmask(ji,jj,1)
+            ! ice-bottom stress at U points
+            zvCr = zaU(ji,jj) * rn_lf_depfra * hu(ji,jj,Kmm)
+            ztaux_base(ji,jj) = - rn_lf_bfr * MAX( 0._wp, zvU - zvCr ) * EXP( -rn_crhg * ( 1._wp - zaU(ji,jj) ) )
+            ! ice-bottom stress at V points
+            zvCr = zaV(ji,jj) * rn_lf_depfra * hv(ji,jj,Kmm)
+            ztauy_base(ji,jj) = - rn_lf_bfr * MAX( 0._wp, zvV - zvCr ) * EXP( -rn_crhg * ( 1._wp - zaV(ji,jj) ) )
+            ! ice_bottom stress at T points
+            zvCr = at_i(ji,jj) * rn_lf_depfra * ht(ji,jj)
+            tau_icebfr(ji,jj) = - rn_lf_bfr * MAX( 0._wp, vt_i(ji,jj) - zvCr ) * EXP( -rn_crhg * ( 1._wp - at_i(ji,jj) ) )
+         END_2D
+         CALL lbc_lnk( 'icedyn_rhg_evp', tau_icebfr(:,:), 'T', 1.0_wp )
+         !
+      ELSE                               !-- no landfast
+         DO_2D( 0, 0, 0, 0 )
+            ztaux_base(ji,jj) = 0._wp
+            ztauy_base(ji,jj) = 0._wp
+         END_2D
+      ENDIF
+
+      !------------------------------------------------------------------------------!
+      ! 3) Solution of the momentum equation, iterative procedure
+      !------------------------------------------------------------------------------!
+      !
+      !                                               ! ==================== !
+      DO jter = 1 , nn_nevp                           !    loop over jter    !
+         !                                            ! ==================== !        
+         l_full_nf_update = jter == nn_nevp   ! false: disable full North fold update (performances) for iter = 1 to nn_nevp-1
+         !
+         ! convergence test
+         IF( nn_rhg_chkcvg == 1 .OR. nn_rhg_chkcvg == 2  ) THEN
+            DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+               zu_ice(ji,jj) = u_ice(ji,jj) * umask(ji,jj,1) ! velocity at previous time step
+               zv_ice(ji,jj) = v_ice(ji,jj) * vmask(ji,jj,1)
+            END_2D
+         ENDIF
+
+         ! --- divergence, tension & shear (Appendix B of Hunke & Dukowicz, 2002) --- !
+         DO_2D( 1, 0, 1, 0 )
+
+            ! shear at F points
+            zds(ji,jj) = ( ( u_ice(ji,jj+1) * r1_e1u(ji,jj+1) - u_ice(ji,jj) * r1_e1u(ji,jj) ) * e1f(ji,jj) * e1f(ji,jj)   &
+               &         + ( v_ice(ji+1,jj) * r1_e2v(ji+1,jj) - v_ice(ji,jj) * r1_e2v(ji,jj) ) * e2f(ji,jj) * e2f(ji,jj)   &
+               &         ) * r1_e1e2f(ji,jj) * zfmask(ji,jj)
+
+         END_2D
+
+         DO_2D( 0, 0, 0, 0 )
+
+            ! shear**2 at T points (doc eq. A16)
+            zds2 = ( zds(ji,jj  ) * zds(ji,jj  ) * e1e2f(ji,jj  ) + zds(ji-1,jj  ) * zds(ji-1,jj  ) * e1e2f(ji-1,jj  )  &
+               &   + zds(ji,jj-1) * zds(ji,jj-1) * e1e2f(ji,jj-1) + zds(ji-1,jj-1) * zds(ji-1,jj-1) * e1e2f(ji-1,jj-1)  &
+               &   ) * 0.25_wp * r1_e1e2t(ji,jj)
+           
+            ! divergence at T points
+            zdiv  = ( e2u(ji,jj) * u_ice(ji,jj) - e2u(ji-1,jj) * u_ice(ji-1,jj)   &
+               &    + e1v(ji,jj) * v_ice(ji,jj) - e1v(ji,jj-1) * v_ice(ji,jj-1)   &
+               &    ) * r1_e1e2t(ji,jj)
+            zdiv2 = zdiv * zdiv
+            
+            ! tension at T points
+            zdt  = ( ( u_ice(ji,jj) * r1_e2u(ji,jj) - u_ice(ji-1,jj) * r1_e2u(ji-1,jj) ) * e2t(ji,jj) * e2t(ji,jj)   &
+               &   - ( v_ice(ji,jj) * r1_e1v(ji,jj) - v_ice(ji,jj-1) * r1_e1v(ji,jj-1) ) * e1t(ji,jj) * e1t(ji,jj)   &
+               &   ) * r1_e1e2t(ji,jj)
+            zdt2 = zdt * zdt
+            
+            ! delta at T points
+            zdelta(ji,jj) = SQRT( zdiv2 + ( zdt2 + zds2 ) * z1_ecc2 )  
+
+         END_2D
+         CALL lbc_lnk( 'icedyn_rhg_evp', zdelta, 'T', 1.0_wp )
+
+         ! P/delta at T points
+         DO_2D( 1, 1, 1, 1 )
+            zp_delt(ji,jj) = strength(ji,jj) / ( zdelta(ji,jj) + rn_creepl )
+         END_2D
+
+         DO_2D( 0, 1, 0, 1 )   ! loop ends at jpi,jpj so that no lbc_lnk are needed for zs1 and zs2
+
+            ! divergence at T points (duplication to avoid communications)
+            zdiv  = ( e2u(ji,jj) * u_ice(ji,jj) - e2u(ji-1,jj) * u_ice(ji-1,jj)   &
+               &    + e1v(ji,jj) * v_ice(ji,jj) - e1v(ji,jj-1) * v_ice(ji,jj-1)   &
+               &    ) * r1_e1e2t(ji,jj)
+            
+            ! tension at T points (duplication to avoid communications)
+            zdt  = ( ( u_ice(ji,jj) * r1_e2u(ji,jj) - u_ice(ji-1,jj) * r1_e2u(ji-1,jj) ) * e2t(ji,jj) * e2t(ji,jj)   &
+               &   - ( v_ice(ji,jj) * r1_e1v(ji,jj) - v_ice(ji,jj-1) * r1_e1v(ji,jj-1) ) * e1t(ji,jj) * e1t(ji,jj)   &
+               &   ) * r1_e1e2t(ji,jj)
+            
+            ! alpha for aEVP
+            !   gamma = 0.5*P/(delta+creepl) * (c*pi)**2/Area * dt/m
+            !   alpha = beta = sqrt(4*gamma)
+            IF( ln_aEVP ) THEN
+               zalph1   = MAX( 50._wp, rpi * SQRT( 0.5_wp * zp_delt(ji,jj) * r1_e1e2t(ji,jj) * zdt_m(ji,jj) ) )
+               z1_alph1 = 1._wp / ( zalph1 + 1._wp )
+               zalph2   = zalph1
+               z1_alph2 = z1_alph1
+               ! explicit:
+               ! z1_alph1 = 1._wp / zalph1
+               ! z1_alph2 = 1._wp / zalph1
+               ! zalph1 = zalph1 - 1._wp
+               ! zalph2 = zalph1
+            ENDIF
+            
+            ! stress at T points (zkt/=0 if landfast)
+            zs1(ji,jj) = ( zs1(ji,jj)*zalph1 + zp_delt(ji,jj) * ( zdiv*(1._wp + zkt) - zdelta(ji,jj)*(1._wp - zkt) ) ) * z1_alph1
+            zs2(ji,jj) = ( zs2(ji,jj)*zalph2 + zp_delt(ji,jj) * ( zdt * z1_ecc2 * (1._wp + zkt) ) ) * z1_alph2
+          
+         END_2D
+
+         ! Save beta at T-points for further computations
+         IF( ln_aEVP ) THEN
+            DO_2D( 1, 1, 1, 1 )
+               zbeta(ji,jj) = MAX( 50._wp, rpi * SQRT( 0.5_wp * zp_delt(ji,jj) * r1_e1e2t(ji,jj) * zdt_m(ji,jj) ) )
+            END_2D
+         ENDIF
+         
+         DO_2D( 1, 0, 1, 0 )
+
+            ! alpha for aEVP
+            IF( ln_aEVP ) THEN
+               zalph2   = MAX( zbeta(ji,jj), zbeta(ji+1,jj), zbeta(ji,jj+1), zbeta(ji+1,jj+1) )
+               z1_alph2 = 1._wp / ( zalph2 + 1._wp )
+               ! explicit:
+               ! z1_alph2 = 1._wp / zalph2
+               ! zalph2 = zalph2 - 1._wp
+            ENDIF
+            
+            ! P/delta at F points
+            zp_delf = 0.25_wp * ( zp_delt(ji,jj) + zp_delt(ji+1,jj) + zp_delt(ji,jj+1) + zp_delt(ji+1,jj+1) )
+            
+            ! stress at F points (zkt/=0 if landfast)
+            zs12(ji,jj)= ( zs12(ji,jj) * zalph2 + zp_delf * ( zds(ji,jj) * z1_ecc2 * (1._wp + zkt) ) * 0.5_wp ) * z1_alph2
+
+         END_2D
+
+         ! --- Ice internal stresses (Appendix C of Hunke and Dukowicz, 2002) --- !
+         DO_2D( 0, 0, 0, 0 )
+            !                   !--- U points
+            zfU(ji,jj) = 0.5_wp * ( ( zs1(ji+1,jj) - zs1(ji,jj) ) * e2u(ji,jj)                                             &
+               &                  + ( zs2(ji+1,jj) * e2t(ji+1,jj) * e2t(ji+1,jj) - zs2(ji,jj) * e2t(ji,jj) * e2t(ji,jj)    &
+               &                    ) * r1_e2u(ji,jj)                                                                      &
+               &                  + ( zs12(ji,jj) * e1f(ji,jj) * e1f(ji,jj) - zs12(ji,jj-1) * e1f(ji,jj-1) * e1f(ji,jj-1)  &
+               &                    ) * 2._wp * r1_e1u(ji,jj)                                                              &
+               &                  ) * r1_e1e2u(ji,jj)
+            !
+            !                !--- V points
+            zfV(ji,jj) = 0.5_wp * ( ( zs1(ji,jj+1) - zs1(ji,jj) ) * e1v(ji,jj)                                             &
+               &                  - ( zs2(ji,jj+1) * e1t(ji,jj+1) * e1t(ji,jj+1) - zs2(ji,jj) * e1t(ji,jj) * e1t(ji,jj)    &
+               &                    ) * r1_e1v(ji,jj)                                                                      &
+               &                  + ( zs12(ji,jj) * e2f(ji,jj) * e2f(ji,jj) - zs12(ji-1,jj) * e2f(ji-1,jj) * e2f(ji-1,jj)  &
+               &                    ) * 2._wp * r1_e2v(ji,jj)                                                              &
+               &                  ) * r1_e1e2v(ji,jj)
+            !
+            !                !--- ice currents at U-V point
+            v_iceU(ji,jj) = 0.25_wp * ( v_ice(ji,jj) + v_ice(ji,jj-1) + v_ice(ji+1,jj) + v_ice(ji+1,jj-1) ) * umask(ji,jj,1)
+            u_iceV(ji,jj) = 0.25_wp * ( u_ice(ji,jj) + u_ice(ji-1,jj) + u_ice(ji,jj+1) + u_ice(ji-1,jj+1) ) * vmask(ji,jj,1)
+            !
+         END_2D
+         !
+         ! --- Computation of ice velocity --- !
+         !  Bouillon et al. 2013 (eq 47-48) => unstable unless alpha, beta vary as in Kimmritz 2016 & 2017
+         !  Bouillon et al. 2009 (eq 34-35) => stable
+         IF( MOD(jter,2) == 0 ) THEN ! even iterations
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(v_oce - v_ice)
+               zTauO = zaV(ji,jj) * zrhoco * SQRT( ( v_ice (ji,jj) - v_oce (ji,jj) ) * ( v_ice (ji,jj) - v_oce (ji,jj) )  &
+                  &                              + ( u_iceV(ji,jj) - u_oceV(ji,jj) ) * ( u_iceV(ji,jj) - u_oceV(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztauy_oi(ji,jj) = zTauO * ( v_oce(ji,jj) - v_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/v_ice
+               zvel  = 5.e-05_wp + SQRT( v_ice(ji,jj) * v_ice(ji,jj) + u_iceV(ji,jj) * u_iceV(ji,jj) )
+               zTauB = ztauy_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztauy_bi(ji,jj) = zTauB * v_ice(ji,jj)
+               !
+               !                 !--- Coriolis at V-points (energy conserving formulation)
+               zCorV(ji,jj)  = - 0.25_wp * r1_e2v(ji,jj) *  &
+                  &    ( zmf(ji,jj  ) * ( e2u(ji,jj  ) * u_ice(ji,jj  ) + e2u(ji-1,jj  ) * u_ice(ji-1,jj  ) )  &
+                  &    + zmf(ji,jj+1) * ( e2u(ji,jj+1) * u_ice(ji,jj+1) + e2u(ji-1,jj+1) * u_ice(ji-1,jj+1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfV(ji,jj) + ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztauy_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetav = MAX( zbeta(ji,jj), zbeta(ji,jj+1) )
+                  v_ice(ji,jj) = ( (          rswitch   * ( zmV_t(ji,jj) * ( zbetav * v_ice(ji,jj) + v_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) * ( zbetav + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  v_ice_b(ji,jj)                                                   & 
+                     &                                     + v_ice  (ji,jj) * MAX( 0._wp, zbetav - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetav + 1._wp )                                              &
+                     &             ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00y(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  v_ice(ji,jj) = ( (          rswitch   * ( zmV_t(ji,jj) * v_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   v_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &             ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &            )  * zmsk00y(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  v_ice(ji,jj) = zinvw*(ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj))
+               END IF
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_evp', v_ice, 'V', -1.0_wp )
+            !
+#if defined key_agrif
+!!            CALL agrif_interp_ice( 'V', jter, nn_nevp )
+            CALL agrif_interp_ice( 'V' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'V' )
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(u_oce - u_ice)
+               zTauO = zaU(ji,jj) * zrhoco * SQRT( ( u_ice (ji,jj) - u_oce (ji,jj) ) * ( u_ice (ji,jj) - u_oce (ji,jj) )  &
+                  &                              + ( v_iceU(ji,jj) - v_oceU(ji,jj) ) * ( v_iceU(ji,jj) - v_oceU(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztaux_oi(ji,jj) = zTauO * ( u_oce(ji,jj) - u_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/u_ice
+               zvel  = 5.e-05_wp + SQRT( v_iceU(ji,jj) * v_iceU(ji,jj) + u_ice(ji,jj) * u_ice(ji,jj) )
+               zTauB = ztaux_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztaux_bi(ji,jj) = zTauB * u_ice(ji,jj)
+               !
+               !                 !--- Coriolis at U-points (energy conserving formulation)
+               zCorU(ji,jj)  =   0.25_wp * r1_e1u(ji,jj) *  &
+                  &    ( zmf(ji  ,jj) * ( e1v(ji  ,jj) * v_ice(ji  ,jj) + e1v(ji  ,jj-1) * v_ice(ji  ,jj-1) )  &
+                  &    + zmf(ji+1,jj) * ( e1v(ji+1,jj) * v_ice(ji+1,jj) + e1v(ji+1,jj-1) * v_ice(ji+1,jj-1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfU(ji,jj) + ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztaux_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetau = MAX( zbeta(ji,jj), zbeta(ji+1,jj) )
+                  u_ice(ji,jj) = ( (          rswitch   * ( zmU_t(ji,jj) * ( zbetau * u_ice(ji,jj) + u_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) * ( zbetau + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  u_ice_b(ji,jj)                                                   &
+                     &                                     + u_ice  (ji,jj) * MAX( 0._wp, zbetau - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetau + 1._wp )                                              &
+                     &             ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin 
+                     &           )   * zmsk00x(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  u_ice(ji,jj) = ( (          rswitch   * ( zmU_t(ji,jj) * u_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   u_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &             ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin 
+                     &           )   * zmsk00x(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  u_ice(ji,jj) = zinvw*(ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj))
+               END IF
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_evp', u_ice, 'U', -1.0_wp )
+            !
+#if defined key_agrif
+!!            CALL agrif_interp_ice( 'U', jter, nn_nevp )
+            CALL agrif_interp_ice( 'U' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'U' )
+            !
+         ELSE ! odd iterations
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(u_oce - u_ice)
+               zTauO = zaU(ji,jj) * zrhoco * SQRT( ( u_ice (ji,jj) - u_oce (ji,jj) ) * ( u_ice (ji,jj) - u_oce (ji,jj) )  &
+                  &                              + ( v_iceU(ji,jj) - v_oceU(ji,jj) ) * ( v_iceU(ji,jj) - v_oceU(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztaux_oi(ji,jj) = zTauO * ( u_oce(ji,jj) - u_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/u_ice
+               zvel  = 5.e-05_wp + SQRT( v_iceU(ji,jj) * v_iceU(ji,jj) + u_ice(ji,jj) * u_ice(ji,jj) )
+               zTauB = ztaux_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztaux_bi(ji,jj) = zTauB * u_ice(ji,jj)
+               !
+               !                 !--- Coriolis at U-points (energy conserving formulation)
+               zCorU(ji,jj)  =   0.25_wp * r1_e1u(ji,jj) *  &
+                  &    ( zmf(ji  ,jj) * ( e1v(ji  ,jj) * v_ice(ji  ,jj) + e1v(ji  ,jj-1) * v_ice(ji  ,jj-1) )  &
+                  &    + zmf(ji+1,jj) * ( e1v(ji+1,jj) * v_ice(ji+1,jj) + e1v(ji+1,jj-1) * v_ice(ji+1,jj-1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfU(ji,jj) + ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztaux_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetau = MAX( zbeta(ji,jj), zbeta(ji+1,jj) )
+                  u_ice(ji,jj) = ( (          rswitch   * ( zmU_t(ji,jj) * ( zbetau * u_ice(ji,jj) + u_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) * ( zbetau + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  u_ice_b(ji,jj)                                                   &
+                     &                                     + u_ice  (ji,jj) * MAX( 0._wp, zbetau - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetau + 1._wp )                                              &
+                     &             ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin 
+                     &           )   * zmsk00x(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  u_ice(ji,jj) = ( (          rswitch   * ( zmU_t(ji,jj) * u_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * u_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmU_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   u_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &             ) * zmsk01x(ji,jj) + u_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01x(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00x(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  u_ice(ji,jj) = zinvw*(ztaux_ai(ji,jj) + zCorU(ji,jj) + zspgU(ji,jj) + ztaux_oi(ji,jj))
+               END IF
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_evp', u_ice, 'U', -1.0_wp )
+            !
+#if defined key_agrif
+!!            CALL agrif_interp_ice( 'U', jter, nn_nevp )
+            CALL agrif_interp_ice( 'U' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'U' )
+            !
+            DO_2D( 0, 0, 0, 0 )
+               !                 !--- tau_io/(v_oce - v_ice)
+               zTauO = zaV(ji,jj) * zrhoco * SQRT( ( v_ice (ji,jj) - v_oce (ji,jj) ) * ( v_ice (ji,jj) - v_oce (ji,jj) )  &
+                  &                              + ( u_iceV(ji,jj) - u_oceV(ji,jj) ) * ( u_iceV(ji,jj) - u_oceV(ji,jj) ) )
+               !                 !--- Ocean-to-Ice stress
+               ztauy_oi(ji,jj) = zTauO * ( v_oce(ji,jj) - v_ice(ji,jj) )
+               !
+               !                 !--- tau_bottom/v_ice
+               zvel  = 5.e-05_wp + SQRT( v_ice(ji,jj) * v_ice(ji,jj) + u_iceV(ji,jj) * u_iceV(ji,jj) )
+               zTauB = ztauy_base(ji,jj) / zvel
+               !                 !--- OceanBottom-to-Ice stress
+               ztauy_bi(ji,jj) = zTauB * v_ice(ji,jj)
+               !
+               !                 !--- Coriolis at v-points (energy conserving formulation)
+               zCorV(ji,jj)  = - 0.25_wp * r1_e2v(ji,jj) *  &
+                  &    ( zmf(ji,jj  ) * ( e2u(ji,jj  ) * u_ice(ji,jj  ) + e2u(ji-1,jj  ) * u_ice(ji-1,jj  ) )  &
+                  &    + zmf(ji,jj+1) * ( e2u(ji,jj+1) * u_ice(ji,jj+1) + e2u(ji-1,jj+1) * u_ice(ji-1,jj+1) ) )
+               !
+               !                 !--- Sum of external forces (explicit solution) = F + tau_ia + Coriolis + spg + tau_io
+               zRHS = zfV(ji,jj) + ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj)
+               !
+               !                 !--- landfast switch => 0 = static  friction : TauB > RHS & sign(TauB) /= sign(RHS)
+               !                                         1 = sliding friction : TauB < RHS
+               rswitch = 1._wp - MIN( 1._wp, ABS( SIGN( 1._wp, zRHS + ztauy_base(ji,jj) ) - SIGN( 1._wp, zRHS ) ) )
+               !
+               IF( ln_aEVP ) THEN !--- ice velocity using aEVP (Kimmritz et al 2016 & 2017)
+                  zbetav = MAX( zbeta(ji,jj), zbeta(ji,jj+1) )
+                  v_ice(ji,jj) = ( (          rswitch   * ( zmV_t(ji,jj) * ( zbetav * v_ice(ji,jj) + v_ice_b(ji,jj) )         & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) * ( zbetav + 1._wp ) + zTauO - zTauB ) & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) * (  v_ice_b(ji,jj)                                                   &
+                     &                                     + v_ice  (ji,jj) * MAX( 0._wp, zbetav - zdtevp * rn_lf_relax )     & ! static friction => slow decrease to v=0
+                     &                                    ) / ( zbetav + 1._wp )                                              & 
+                     &             ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00y(ji,jj)
+               ELSE               !--- ice velocity using EVP implicit formulation (cf Madec doc & Bouillon 2009)
+                  v_ice(ji,jj) = ( (          rswitch   * ( zmV_t(ji,jj) * v_ice(ji,jj)                                       & ! previous velocity
+                     &                                    + zRHS + zTauO * v_ice(ji,jj)                                       & ! F + tau_ia + Coriolis + spg + tau_io(only ocean part)
+                     &                                    ) / MAX( zepsi, zmV_t(ji,jj) + zTauO - zTauB )                      & ! m/dt + tau_io(only ice part) + landfast
+                     &            + ( 1._wp - rswitch ) *   v_ice(ji,jj) * MAX( 0._wp, 1._wp - zdtevp * rn_lf_relax )         & ! static friction => slow decrease to v=0
+                     &             ) * zmsk01y(ji,jj) + v_oce(ji,jj) * 0.01_wp * ( 1._wp - zmsk01y(ji,jj) )                   & ! v_ice = v_oce/100 if mass < zmmin & conc < zamin
+                     &           )   * zmsk00y(ji,jj)
+               ENDIF
+!extra code for test case boundary conditions
+               IF (mjg(jj)<25 .or. mjg(jj)>975 .or. mig(ji)<25 .or. mig(ji)>975) THEN
+                  v_ice(ji,jj) = zinvw*(ztauy_ai(ji,jj) + zCorV(ji,jj) + zspgV(ji,jj) + ztauy_oi(ji,jj))
+               END IF
+            END_2D
+            CALL lbc_lnk( 'icedyn_rhg_evp', v_ice, 'V', -1.0_wp )
+            !
+#if defined key_agrif
+!!            CALL agrif_interp_ice( 'V', jter, nn_nevp )
+            CALL agrif_interp_ice( 'V' )
+#endif
+            IF( ln_bdy )   CALL bdy_ice_dyn( 'V' )
+            !
+         ENDIF
+
+         ! convergence test
+         IF( nn_rhg_chkcvg == 2 )   CALL rhg_cvg( kt, jter, nn_nevp, u_ice, v_ice, zu_ice, zv_ice )
+         !
+         !                                                ! ==================== !
+      END DO                                              !  end loop over jter  !
+      !                                                   ! ==================== !
+      IF( ln_aEVP )   CALL iom_put( 'beta_evp' , zbeta )
+      !
+      !------------------------------------------------------------------------------!
+      ! 4) Recompute delta, shear and div (inputs for mechanical redistribution) 
+      !------------------------------------------------------------------------------!
+      DO_2D( 1, 0, 1, 0 )
+
+         ! shear at F points
+         zds(ji,jj) = ( ( u_ice(ji,jj+1) * r1_e1u(ji,jj+1) - u_ice(ji,jj) * r1_e1u(ji,jj) ) * e1f(ji,jj) * e1f(ji,jj)   &
+            &         + ( v_ice(ji+1,jj) * r1_e2v(ji+1,jj) - v_ice(ji,jj) * r1_e2v(ji,jj) ) * e2f(ji,jj) * e2f(ji,jj)   &
+            &         ) * r1_e1e2f(ji,jj) * zfmask(ji,jj)
+
+      END_2D
+      
+      DO_2D( 0, 0, 0, 0 )   ! no vector loop
+         
+         ! tension**2 at T points
+         zdt  = ( ( u_ice(ji,jj) * r1_e2u(ji,jj) - u_ice(ji-1,jj) * r1_e2u(ji-1,jj) ) * e2t(ji,jj) * e2t(ji,jj)   &
+            &   - ( v_ice(ji,jj) * r1_e1v(ji,jj) - v_ice(ji,jj-1) * r1_e1v(ji,jj-1) ) * e1t(ji,jj) * e1t(ji,jj)   &
+            &   ) * r1_e1e2t(ji,jj)
+         zdt2 = zdt * zdt
+
+         zten_i(ji,jj) = zdt
+         
+         ! shear**2 at T points (doc eq. A16)
+         zds2 = ( zds(ji,jj  ) * zds(ji,jj  ) * e1e2f(ji,jj  ) + zds(ji-1,jj  ) * zds(ji-1,jj  ) * e1e2f(ji-1,jj  )  &
+            &   + zds(ji,jj-1) * zds(ji,jj-1) * e1e2f(ji,jj-1) + zds(ji-1,jj-1) * zds(ji-1,jj-1) * e1e2f(ji-1,jj-1)  &
+            &   ) * 0.25_wp * r1_e1e2t(ji,jj)
+         
+         ! shear at T points
+         pshear_i(ji,jj) = SQRT( zdt2 + zds2 )
+
+         ! divergence at T points
+         pdivu_i(ji,jj) = ( e2u(ji,jj) * u_ice(ji,jj) - e2u(ji-1,jj) * u_ice(ji-1,jj)   &
+            &             + e1v(ji,jj) * v_ice(ji,jj) - e1v(ji,jj-1) * v_ice(ji,jj-1)   &
+            &             ) * r1_e1e2t(ji,jj)
+         
+         ! delta at T points
+         zfac            = SQRT( pdivu_i(ji,jj) * pdivu_i(ji,jj) + ( zdt2 + zds2 ) * z1_ecc2 ) ! delta  
+         rswitch         = 1._wp - MAX( 0._wp, SIGN( 1._wp, -zfac ) ) ! 0 if delta=0
+         pdelta_i(ji,jj) = zfac + rn_creepl * rswitch ! delta+creepl
+
+      END_2D
+      CALL lbc_lnk( 'icedyn_rhg_evp', pshear_i, 'T', 1._wp, pdivu_i, 'T', 1._wp, pdelta_i, 'T', 1._wp, zten_i, 'T', 1._wp, &
+         &                            zs1     , 'T', 1._wp, zs2    , 'T', 1._wp, zs12    , 'F', 1._wp )
+      
+      ! --- Store the stress tensor for the next time step --- !
+      pstress1_i (:,:) = zs1 (:,:)
+      pstress2_i (:,:) = zs2 (:,:)
+      pstress12_i(:,:) = zs12(:,:)
+      !
+
+      !------------------------------------------------------------------------------!
+      ! 5) diagnostics
+      !------------------------------------------------------------------------------!
+      ! --- ice-ocean, ice-atm. & ice-oceanbottom(landfast) stresses --- !
+      IF(  iom_use('utau_oi') .OR. iom_use('vtau_oi') .OR. iom_use('utau_ai') .OR. iom_use('vtau_ai') .OR. &
+         & iom_use('utau_bi') .OR. iom_use('vtau_bi') ) THEN
+         !
+         CALL lbc_lnk( 'icedyn_rhg_evp', ztaux_oi, 'U', -1.0_wp, ztauy_oi, 'V', -1.0_wp,   &
+            &                            ztaux_ai, 'U', -1.0_wp, ztauy_ai, 'V', -1.0_wp,   &
+            &                            ztaux_bi, 'U', -1.0_wp, ztauy_bi, 'V', -1.0_wp )
+         !
+         CALL iom_put( 'utau_oi' , ztaux_oi * zmsk00 )
+         CALL iom_put( 'vtau_oi' , ztauy_oi * zmsk00 )
+         CALL iom_put( 'utau_ai' , ztaux_ai * zmsk00 )
+         CALL iom_put( 'vtau_ai' , ztauy_ai * zmsk00 )
+         CALL iom_put( 'utau_bi' , ztaux_bi * zmsk00 )
+         CALL iom_put( 'vtau_bi' , ztauy_bi * zmsk00 )
+      ENDIF
+       
+      ! --- divergence, shear and strength --- !
+      IF( iom_use('icediv') )   CALL iom_put( 'icediv' , pdivu_i  * zmsk00 )   ! divergence
+      IF( iom_use('iceshe') )   CALL iom_put( 'iceshe' , pshear_i * zmsk00 )   ! shear
+      IF( iom_use('icestr') )   CALL iom_put( 'icestr' , strength * zmsk00 )   ! strength
+
+      ! --- Stress tensor invariants (SIMIP diags) --- !
+      IF( iom_use('normstr') .OR. iom_use('sheastr') ) THEN
+         !
+         ALLOCATE( zsig_I(jpi,jpj) , zsig_II(jpi,jpj) )
+         !         
+         DO_2D( 1, 1, 1, 1 )
+            
+            ! Ice stresses
+            ! sigma1, sigma2, sigma12 are some useful recombination of the stresses (Hunke and Dukowicz MWR 2002, Bouillon et al., OM2013)
+            ! These are NOT stress tensor components, neither stress invariants, neither stress principal components
+            ! I know, this can be confusing...
+            zfac             =   strength(ji,jj) / ( pdelta_i(ji,jj) + rn_creepl ) 
+            zsig1            =   zfac * ( pdivu_i(ji,jj) - pdelta_i(ji,jj) )
+            zsig2            =   zfac * z1_ecc2 * zten_i(ji,jj)
+            zsig12           =   zfac * z1_ecc2 * pshear_i(ji,jj)
+            
+            ! Stress invariants (sigma_I, sigma_II, Coon 1974, Feltham 2008)
+            zsig_I (ji,jj)   =   zsig1 * 0.5_wp                                           ! 1st stress invariant, aka average normal stress, aka negative pressure
+            zsig_II(ji,jj)   =   SQRT ( MAX( 0._wp, zsig2 * zsig2 * 0.25_wp + zsig12 ) )  ! 2nd  ''       '', aka maximum shear stress
+               
+         END_2D         
+         !
+         ! Stress tensor invariants (normal and shear stress N/m) - SIMIP diags - definitions following Coon (1974) and Feltham (2008)
+         IF( iom_use('normstr') )   CALL iom_put( 'normstr', zsig_I (:,:) * zmsk00(:,:) ) ! Normal stress
+         IF( iom_use('sheastr') )   CALL iom_put( 'sheastr', zsig_II(:,:) * zmsk00(:,:) ) ! Maximum shear stress
+         
+         DEALLOCATE ( zsig_I, zsig_II )
+         
+      ENDIF
+
+      ! --- Normalized stress tensor principal components --- !
+      ! This are used to plot the normalized yield curve, see Lemieux & Dupont, 2020
+      ! Recommendation 1 : we use ice strength, not replacement pressure
+      ! Recommendation 2 : need to use deformations at PREVIOUS iterate for viscosities
+      IF( iom_use('sig1_pnorm') .OR. iom_use('sig2_pnorm') ) THEN
+         !
+         ALLOCATE( zsig1_p(jpi,jpj) , zsig2_p(jpi,jpj) , zsig_I(jpi,jpj) , zsig_II(jpi,jpj) )         
+         !         
+         DO_2D( 1, 1, 1, 1 )
+            
+            ! Ice stresses computed with **viscosities** (delta, p/delta) at **previous** iterates 
+            !                        and **deformations** at current iterates
+            !                        following Lemieux & Dupont (2020)
+            zfac             =   zp_delt(ji,jj)
+            zsig1            =   zfac * ( pdivu_i(ji,jj) - ( zdelta(ji,jj) + rn_creepl ) )
+            zsig2            =   zfac * z1_ecc2 * zten_i(ji,jj)
+            zsig12           =   zfac * z1_ecc2 * pshear_i(ji,jj)
+            
+            ! Stress invariants (sigma_I, sigma_II, Coon 1974, Feltham 2008), T-point
+            zsig_I(ji,jj)    =   zsig1 * 0.5_wp                                            ! 1st stress invariant, aka average normal stress, aka negative pressure
+            zsig_II(ji,jj)   =   SQRT ( MAX( 0._wp, zsig2 * zsig2 * 0.25_wp + zsig12 ) )   ! 2nd  ''       '', aka maximum shear stress
+            
+            ! Normalized  principal stresses (used to display the ellipse)
+            z1_strength      =   1._wp / MAX( 1._wp, strength(ji,jj) )
+            zsig1_p(ji,jj)   =   ( zsig_I(ji,jj) + zsig_II(ji,jj) ) * z1_strength
+            zsig2_p(ji,jj)   =   ( zsig_I(ji,jj) - zsig_II(ji,jj) ) * z1_strength
+         END_2D              
+         !
+         CALL iom_put( 'sig1_pnorm' , zsig1_p ) 
+         CALL iom_put( 'sig2_pnorm' , zsig2_p ) 
+
+         DEALLOCATE( zsig1_p , zsig2_p , zsig_I, zsig_II )
+         
+      ENDIF
+
+      ! --- SIMIP --- !
+      IF(  iom_use('dssh_dx') .OR. iom_use('dssh_dy') .OR. &
+         & iom_use('corstrx') .OR. iom_use('corstry') .OR. iom_use('intstrx') .OR. iom_use('intstry') ) THEN
+         !
+         CALL lbc_lnk( 'icedyn_rhg_evp', zspgU, 'U', -1.0_wp, zspgV, 'V', -1.0_wp, &
+            &                            zCorU, 'U', -1.0_wp, zCorV, 'V', -1.0_wp, zfU, 'U', -1.0_wp, zfV, 'V', -1.0_wp )
+
+         CALL iom_put( 'dssh_dx' , zspgU * zmsk00 )   ! Sea-surface tilt term in force balance (x)
+         CALL iom_put( 'dssh_dy' , zspgV * zmsk00 )   ! Sea-surface tilt term in force balance (y)
+         CALL iom_put( 'corstrx' , zCorU * zmsk00 )   ! Coriolis force term in force balance (x)
+         CALL iom_put( 'corstry' , zCorV * zmsk00 )   ! Coriolis force term in force balance (y)
+         CALL iom_put( 'intstrx' , zfU   * zmsk00 )   ! Internal force term in force balance (x)
+         CALL iom_put( 'intstry' , zfV   * zmsk00 )   ! Internal force term in force balance (y)
+      ENDIF
+
+      IF(  iom_use('xmtrpice') .OR. iom_use('ymtrpice') .OR. &
+         & iom_use('xmtrpsnw') .OR. iom_use('ymtrpsnw') .OR. iom_use('xatrp') .OR. iom_use('yatrp') ) THEN
+         !
+         ALLOCATE( zdiag_xmtrp_ice(jpi,jpj) , zdiag_ymtrp_ice(jpi,jpj) , &
+            &      zdiag_xmtrp_snw(jpi,jpj) , zdiag_ymtrp_snw(jpi,jpj) , zdiag_xatrp(jpi,jpj) , zdiag_yatrp(jpi,jpj) )
+         !
+         DO_2D( 0, 0, 0, 0 )
+            ! 2D ice mass, snow mass, area transport arrays (X, Y)
+            zfac_x = 0.5 * u_ice(ji,jj) * e2u(ji,jj) * zmsk00(ji,jj)
+            zfac_y = 0.5 * v_ice(ji,jj) * e1v(ji,jj) * zmsk00(ji,jj)
+
+            zdiag_xmtrp_ice(ji,jj) = rhoi * zfac_x * ( vt_i(ji+1,jj) + vt_i(ji,jj) ) ! ice mass transport, X-component
+            zdiag_ymtrp_ice(ji,jj) = rhoi * zfac_y * ( vt_i(ji,jj+1) + vt_i(ji,jj) ) !        ''           Y-   ''
+
+            zdiag_xmtrp_snw(ji,jj) = rhos * zfac_x * ( vt_s(ji+1,jj) + vt_s(ji,jj) ) ! snow mass transport, X-component
+            zdiag_ymtrp_snw(ji,jj) = rhos * zfac_y * ( vt_s(ji,jj+1) + vt_s(ji,jj) ) !          ''          Y-   ''
+
+            zdiag_xatrp(ji,jj)     = zfac_x * ( at_i(ji+1,jj) + at_i(ji,jj) )        ! area transport,      X-component
+            zdiag_yatrp(ji,jj)     = zfac_y * ( at_i(ji,jj+1) + at_i(ji,jj) )        !        ''            Y-   ''
+
+         END_2D
+
+         CALL lbc_lnk( 'icedyn_rhg_evp', zdiag_xmtrp_ice, 'U', -1.0_wp, zdiag_ymtrp_ice, 'V', -1.0_wp, &
+            &                            zdiag_xmtrp_snw, 'U', -1.0_wp, zdiag_ymtrp_snw, 'V', -1.0_wp, &
+            &                            zdiag_xatrp    , 'U', -1.0_wp, zdiag_yatrp    , 'V', -1.0_wp )
+
+         CALL iom_put( 'xmtrpice' , zdiag_xmtrp_ice )   ! X-component of sea-ice mass transport (kg/s)
+         CALL iom_put( 'ymtrpice' , zdiag_ymtrp_ice )   ! Y-component of sea-ice mass transport 
+         CALL iom_put( 'xmtrpsnw' , zdiag_xmtrp_snw )   ! X-component of snow mass transport (kg/s)
+         CALL iom_put( 'ymtrpsnw' , zdiag_ymtrp_snw )   ! Y-component of snow mass transport
+         CALL iom_put( 'xatrp'    , zdiag_xatrp     )   ! X-component of ice area transport
+         CALL iom_put( 'yatrp'    , zdiag_yatrp     )   ! Y-component of ice area transport
+
+         DEALLOCATE( zdiag_xmtrp_ice , zdiag_ymtrp_ice , &
+            &        zdiag_xmtrp_snw , zdiag_ymtrp_snw , zdiag_xatrp , zdiag_yatrp )
+
+      ENDIF
+      !
+      ! --- convergence tests --- !
+      IF( nn_rhg_chkcvg == 1 .OR. nn_rhg_chkcvg == 2 ) THEN
+         IF( iom_use('uice_cvg') ) THEN
+            IF( ln_aEVP ) THEN   ! output: beta * ( u(t=nn_nevp) - u(t=nn_nevp-1) )
+               CALL iom_put( 'uice_cvg', MAX( ABS( u_ice(:,:) - zu_ice(:,:) ) * zbeta(:,:) * umask(:,:,1) , &
+                  &                           ABS( v_ice(:,:) - zv_ice(:,:) ) * zbeta(:,:) * vmask(:,:,1) ) * zmsk15(:,:) )
+            ELSE                 ! output: nn_nevp * ( u(t=nn_nevp) - u(t=nn_nevp-1) )
+               CALL iom_put( 'uice_cvg', REAL( nn_nevp ) * MAX( ABS( u_ice(:,:) - zu_ice(:,:) ) * umask(:,:,1) , &
+                  &                                             ABS( v_ice(:,:) - zv_ice(:,:) ) * vmask(:,:,1) ) * zmsk15(:,:) )
+            ENDIF
+         ENDIF
+      ENDIF      
+      !
+      DEALLOCATE( zmsk00, zmsk15 )
+      !
+   END SUBROUTINE ice_dyn_rhg_evp
+
+
+   SUBROUTINE rhg_cvg( kt, kiter, kitermax, pu, pv, pub, pvb )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE rhg_cvg  ***
+      !!                     
+      !! ** Purpose :   check convergence of oce rheology
+      !!
+      !! ** Method  :   create a file ice_cvg.nc containing the convergence of ice velocity
+      !!                during the sub timestepping of rheology so as:
+      !!                  uice_cvg = MAX( u(t+1) - u(t) , v(t+1) - v(t) )
+      !!                This routine is called every sub-iteration, so it is cpu expensive
+      !!
+      !! ** Note    :   for the first sub-iteration, uice_cvg is set to 0 (too large otherwise)   
+      !!----------------------------------------------------------------------
+      INTEGER ,                 INTENT(in) ::   kt, kiter, kitermax       ! ocean time-step index
+      REAL(wp), DIMENSION(:,:), INTENT(in) ::   pu, pv, pub, pvb          ! now and before velocities
+      !!
+      INTEGER           ::   it, idtime, istatus
+      INTEGER           ::   ji, jj          ! dummy loop indices
+      REAL(wp)          ::   zresm           ! local real 
+      CHARACTER(len=20) ::   clname
+      REAL(wp), DIMENSION(jpi,jpj) ::   zres           ! check convergence
+      !!----------------------------------------------------------------------
+
+      ! create file
+      IF( kt == nit000 .AND. kiter == 1 ) THEN
+         !
+         IF( lwp ) THEN
+            WRITE(numout,*)
+            WRITE(numout,*) 'rhg_cvg : ice rheology convergence control'
+            WRITE(numout,*) '~~~~~~~'
+         ENDIF
+         !
+         IF( lwm ) THEN
+            clname = 'ice_cvg.nc'
+            IF( .NOT. Agrif_Root() )   clname = TRIM(Agrif_CFixed())//"_"//TRIM(clname)
+            istatus = NF90_CREATE( TRIM(clname), NF90_CLOBBER, ncvgid )
+            istatus = NF90_DEF_DIM( ncvgid, 'time'  , NF90_UNLIMITED, idtime )
+            istatus = NF90_DEF_VAR( ncvgid, 'uice_cvg', NF90_DOUBLE   , (/ idtime /), nvarid )
+            istatus = NF90_ENDDEF(ncvgid)
+         ENDIF
+         !
+      ENDIF
+
+      ! time
+      it = ( kt - 1 ) * kitermax + kiter
+      
+      ! convergence
+      IF( kiter == 1 ) THEN ! remove the first iteration for calculations of convergence (always very large)
+         zresm = 0._wp
+      ELSE
+         DO_2D( 1, 1, 1, 1 )
+            zres(ji,jj) = MAX( ABS( pu(ji,jj) - pub(ji,jj) ) * umask(ji,jj,1), &
+               &               ABS( pv(ji,jj) - pvb(ji,jj) ) * vmask(ji,jj,1) ) * zmsk15(ji,jj)
+         END_2D
+
+         ! cut of the boundary of the box (forced velocities)
+         IF (mjg(jj)<=30 .or. mjg(jj)>970 .or. mig(ji)<=30 .or. mig(ji)>970) THEN
+            zres(ji,jj) = 0._wp
+         END IF
+
+         zresm = MAXVAL( zres )
+         CALL mpp_max( 'icedyn_rhg_evp', zresm )   ! max over the global domain
+      ENDIF
+
+      IF( lwm ) THEN
+         ! write variables
+         istatus = NF90_PUT_VAR( ncvgid, nvarid, (/zresm/), (/it/), (/1/) )
+         ! close file
+         IF( kt == nitend - nn_fsbc + 1 )   istatus = NF90_CLOSE(ncvgid)
+      ENDIF
+      
+   END SUBROUTINE rhg_cvg
+
+
+   SUBROUTINE rhg_evp_rst( cdrw, kt )
+      !!---------------------------------------------------------------------
+      !!                   ***  ROUTINE rhg_evp_rst  ***
+      !!                     
+      !! ** Purpose :   Read or write RHG file in restart file
+      !!
+      !! ** Method  :   use of IOM library
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*) , INTENT(in) ::   cdrw   ! "READ"/"WRITE" flag
+      INTEGER, OPTIONAL, INTENT(in) ::   kt     ! ice time-step
+      !
+      INTEGER  ::   iter            ! local integer
+      INTEGER  ::   id1, id2, id3   ! local integers
+      !!----------------------------------------------------------------------
+      !
+      IF( TRIM(cdrw) == 'READ' ) THEN        ! Read/initialize
+         !                                   ! ---------------
+         IF( ln_rstart ) THEN                   !* Read the restart file
+            !
+            id1 = iom_varid( numrir, 'stress1_i' , ldstop = .FALSE. )
+            id2 = iom_varid( numrir, 'stress2_i' , ldstop = .FALSE. )
+            id3 = iom_varid( numrir, 'stress12_i', ldstop = .FALSE. )
+            !
+            IF( MIN( id1, id2, id3 ) > 0 ) THEN      ! fields exist
+               CALL iom_get( numrir, jpdom_auto, 'stress1_i' , stress1_i , cd_type = 'T' )
+               CALL iom_get( numrir, jpdom_auto, 'stress2_i' , stress2_i , cd_type = 'T' )
+               CALL iom_get( numrir, jpdom_auto, 'stress12_i', stress12_i, cd_type = 'F' )
+            ELSE                                     ! start rheology from rest
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) '   ==>>>   previous run without rheology, set stresses to 0'
+               stress1_i (:,:) = 0._wp
+               stress2_i (:,:) = 0._wp
+               stress12_i(:,:) = 0._wp
+            ENDIF
+         ELSE                                   !* Start from rest
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) '   ==>>>   start from rest: set stresses to 0'
+            stress1_i (:,:) = 0._wp
+            stress2_i (:,:) = 0._wp
+            stress12_i(:,:) = 0._wp
+         ENDIF
+         !
+      ELSEIF( TRIM(cdrw) == 'WRITE' ) THEN   ! Create restart file
+         !                                   ! -------------------
+         IF(lwp) WRITE(numout,*) '---- rhg-rst ----'
+         iter = kt + nn_fsbc - 1             ! ice restarts are written at kt == nitrst - nn_fsbc + 1
+         !
+         CALL iom_rstput( iter, nitrst, numriw, 'stress1_i' , stress1_i  )
+         CALL iom_rstput( iter, nitrst, numriw, 'stress2_i' , stress2_i  )
+         CALL iom_rstput( iter, nitrst, numriw, 'stress12_i', stress12_i )
+         !
+      ENDIF
+      !
+   END SUBROUTINE rhg_evp_rst
+
+   
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option         Empty module           NO SI3 sea-ice model
+   !!----------------------------------------------------------------------
+#endif
+
+   !!==============================================================================
+END MODULE icedyn_rhg_evp
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,147 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_hgr  ***
+   !!
+   !!                      ===  ICE_RHEO configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2016-08  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for ICE_RHEO configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx, rn_dy, ln_corio, rn_ppgphi0   ! horizontal resolution in meters
+   !                                                            coriolis and reference latitude
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                ICE_RHEO configuration : uniform grid spacing (rn_dx)
+      !!                without Coriolis force (f=0)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zphi0, zlam0, zbeta, zf0
+      REAL(wp) ::   zti, zui, ztj, zvj   ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : ICE_RHEO configuration bassin'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '          f-plane with regular gridcell size'
+
+      !                          ==========
+      zlam0 = -(jpiglo-1)/2 * 1.e-3 * rn_dx
+      zphi0 = -(jpjglo-1)/2 * 1.e-3 * rn_dy
+
+
+      DO_2D( 1, 1, 1, 1 )
+         zti = FLOAT( ji - 1 + nimpp - 1 )          ;  ztj = FLOAT( jj - 1 + njmpp - 1 )
+         zui = FLOAT( ji - 1 + nimpp - 1 ) + 0.5_wp ;  zvj = FLOAT( jj - 1 + njmpp - 1 ) + 0.5_wp
+
+         plamt(ji,jj) = zlam0 + rn_dx * 1.e-3 * zti
+         plamu(ji,jj) = zlam0 + rn_dx * 1.e-3 * zui
+         plamv(ji,jj) = plamt(ji,jj) 
+         plamf(ji,jj) = plamu(ji,jj) 
+  
+         pphit(ji,jj) = zphi0 + rn_dy * 1.e-3 * ztj
+         pphiv(ji,jj) = zphi0 + rn_dy * 1.e-3 * zvj
+         pphiu(ji,jj) = pphit(ji,jj) 
+         pphif(ji,jj) = pphiv(ji,jj) 
+      END_2D
+         
+         ! Horizontal scale factors (in meters)
+         !                              ======
+!! ==> EITHER 1) variable scale factors
+!! clem: This can be used with a 1proc simulation but I think it breaks repro when >1procs are used      
+!!         DO_2D( 1, 1, 1, 1 )
+!!               !!pe1t(ji,jj) = rn_dx * EXP( -0.8/REAL(jpiglo**2) * (mi0(ji)-REAL(jpiglo+1)*0.5)**2 )  ! gaussian shape
+!!               !!pe2t(ji,jj) = rn_dy * EXP( -0.8/REAL(jpjglo**2) * (mj0(jj)-REAL(jpjglo+1)*0.5)**2 )  ! gaussian shape
+!!               pe1t(ji,jj) = rn_dx * ( 1. -0.1 * ABS(REAL(mi0(ji))-REAL(jpiglo+1)*0.5) / (1.-REAL(jpiglo+1)*0.5) ) ! linear shape
+!!               pe2t(ji,jj) = rn_dy * ( 1. -0.1 * ABS(REAL(mj0(jj))-REAL(jpjglo+1)*0.5) / (1.-REAL(jpjglo+1)*0.5) ) ! linear shape
+!!         END_2D
+!!#if defined key_agrif 
+!!         IF( .NOT. Agrif_Root() ) THEN ! only works if the zoom is positioned at the center of the parent grid
+!!            DO_2D( 1, 1, 1, 1 )
+!!                  pe1t(ji,jj) = rn_dx * ( 1. -0.1 * ABS(REAL(mi0(ji))-REAL(jpiglo+1)*0.5) / (1.-REAL(jpiglo+1)*0.5)  &
+!!                     &                            * REAL(jpiglo) / REAL(Agrif_Parent(jpiglo) * Agrif_Rhox()) )       ! factor to match parent grid
+!!                  pe2t(ji,jj) = rn_dy * ( 1. -0.1 * ABS(REAL(mj0(jj))-REAL(jpjglo+1)*0.5) / (1.-REAL(jpjglo+1)*0.5)  &
+!!                     &                            * REAL(jpjglo) / REAL(Agrif_Parent(jpjglo) * Agrif_Rhoy()) )       ! factor to match parent grid
+!!            END_2D
+!!         ENDIF
+!!#endif
+!! ==> OR 2) constant scale factors
+         pe1t(:,:) = rn_dx
+         pe2t(:,:) = rn_dy
+!! ==> END
+         
+      pe1u(:,:) = pe1t(:,:)      ;      pe2u(:,:) = pe2t(:,:)
+      pe1v(:,:) = pe1t(:,:)      ;      pe2v(:,:) = pe2t(:,:)
+      pe1f(:,:) = pe1t(:,:)      ;      pe2f(:,:) = pe2t(:,:)
+
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      IF( ln_corio ) THEN
+         zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+         zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+         pff_f(:,:) = zf0 + zbeta * pphif(:,:) * 1.e+3
+         pff_t(:,:) = zf0 + zbeta * pphit(:,:) * 1.e+3
+      ELSE
+         pff_f(:,:) = 0.
+         pff_t(:,:) = 0.
+      ENDIF
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,109 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                      ===  ICE_RHEO configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp , Agrif_Root           ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                               !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dy      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_ppgphi0 ! reference latitude for beta-plane 
+   LOGICAL , PUBLIC ::   ln_corio   ! set coriolis at 0 (ln_corio=F) or not 
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10161 2018-10-01 09:48:55Z clem $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( cd_cfg, kk_cfg, kpi, kpj, kpk, ldIperio, ldJperio, ldNFold, cdNFtype )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here ICE_RHEO configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), INTENT(out) ::   cd_cfg               ! configuration name
+      INTEGER         , INTENT(out) ::   kk_cfg               ! configuration resolution
+      INTEGER         , INTENT(out) ::   kpi, kpj, kpk        ! global domain sizes
+      LOGICAL         , INTENT(out) ::   ldIperio, ldJperio   ! i- and j- periodicity
+      LOGICAL         , INTENT(out) ::   ldNFold              ! North pole folding
+      CHARACTER(len=1), INTENT(out) ::   cdNFtype             ! Folding type: T or F
+      !
+      INTEGER ::   ios       ! Local integer
+      REAL(wp)::   zlx, zly  ! Local scalars
+      !!
+      NAMELIST/namusr_def/ rn_dx, rn_dy, ln_corio, rn_ppgphi0
+      !!----------------------------------------------------------------------
+      !
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist' )
+      !
+      IF(lwm)   WRITE( numond, namusr_def )
+      !
+      cd_cfg = 'ICE_RHEO'           ! name & resolution (not used)
+      kk_cfg = NINT( rn_dx )
+      !
+      ! Global Domain size:  domain is  2000 km x 2000 Km x 10 m
+         kpi = NINT( 2000.e3 / rn_dx ) 
+         kpj = NINT( 2000.e3 / rn_dy ) 
+      kpk = 1
+      !
+!!      zlx = (kpi-2)*rn_dx*1.e-3
+!!      zly = (kpj-2)*rn_dy*1.e-3
+      zlx = kpi*rn_dx*1.e-3
+      zly = kpj*rn_dy*1.e-3
+      !
+      ldIperio = .FALSE.   ;   ldJperio = .FALSE.   ! ICE_RHEO configuration : closed domain
+      ldNFold  = .FALSE.   ;   cdNFtype = '-'
+      !
+      !                             ! control print
+      IF(lwp) THEN
+         WRITE(numout,*) '   '
+         WRITE(numout,*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'
+         WRITE(numout,*) '~~~~~~~~~~~ '
+         WRITE(numout,*) '   Namelist namusr_def : ICE_RHEO test case'
+         WRITE(numout,*) '      horizontal resolution                    rn_dx  = ', rn_dx, ' meters'
+         WRITE(numout,*) '      horizontal resolution                    rn_dy  = ', rn_dy, ' meters'
+         WRITE(numout,*) '      ICE_RHEO domain = 2000 km x 2000 km'
+         WRITE(numout,*) '         LX [km]: ', zlx
+         WRITE(numout,*) '         LY [km]: ', zly
+         WRITE(numout,*) '         resulting global domain size :        jpiglo = ', kpi
+         WRITE(numout,*) '                                               jpjglo = ', kpj
+         WRITE(numout,*) '                                               jpkglo = ', kpk
+         WRITE(numout,*) '         Coriolis:', ln_corio
+         WRITE(numout,*) '   '
+      ENDIF
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,222 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_sbc  ***
+   !! 
+   !!                      ===  ICE_RHEO configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in ICE_RHEO case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ice fields
+   USE phycst          ! physical constants
+   USE ice, ONLY       : at_i_b, a_i_b, at_i, u_ice, v_ice
+   USE icethd_dh       ! for CALL ice_thd_snwblow
+   USE sbc_phy, ONLY : pp_cldf
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called by sbcmod.F90 for sbc ocean
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt, Kbb )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for ICE_RHEO case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      INTEGER, INTENT(in) ::   Kbb  ! ocean time index
+      INTEGER ::    ij0, ij1, ii0, ii1, jj, ji   ! loop indices
+      REAL(wp) ::   zrhoco          ! ocean density and drag coefficient product
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         !IF(lwp)   WRITE(numout,*)' usrdef_sbc_oce : ICE_RHEO case: ocean boudary conditions'
+
+         utau(:,:) = 0._wp
+         utau(:,:) = 0._wp
+
+         !ij0 = 1   ;   ij1 = 25                       ! set boundary condition
+         !ii0 = 975   ;   ii1 = 1000
+         !DO jj = mj0(ij0), mj1(ij1)
+         !   DO ji = mi0(ii0), mi1(ii1)
+         !      utau(ji,jj) = -utau_ice(ji,jj) 
+         !      vtau(ji,jj) = -vtau_ice(ji,jj)
+         !   END DO
+         !END DO
+
+         taum(:,:) = 0._wp   ! assume these are not used
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !
+         utau_b(:,:) = 0._wp 
+         vtau_b(:,:) = 0._wp
+         emp_b (:,:) = 0._wp
+         sfx_b (:,:) = 0._wp
+         qns_b (:,:) = 0._wp
+         !
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_tau  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (momentum) condition over
+      !sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      INTEGER ::   jj, ji   ! loop indices
+
+      REAL(wp) ::   zwndi_f , zwndj_f, zwnorm_f       ! relative wind module and components at F-point
+      REAL(wp) ::   zwndi_t , zwndj_t                 ! relative wind components at T-point
+      REAL(wp), DIMENSION(jpi,jpj) ::   windu, windv  ! wind components (idealised forcing)
+      REAL(wp), PARAMETER ::   r_vfac = 1._wp         ! relative velocity (make 0 for absolute velocity) 
+      REAL(wp), PARAMETER ::   Rwind = -0.8_wp        ! ratio of wind components
+      REAL(wp), PARAMETER ::   Umax = 15._wp          ! maximum wind speed (m/s)
+      REAL(wp), PARAMETER ::   d = 2000._wp           ! size of the domain (km)
+      REAL(wp), PARAMETER ::   res = 2._wp            ! gridcell size
+      REAL(wp), PARAMETER ::   zrhoa  = 1.22          ! Air density kg/m3
+      REAL(wp), PARAMETER ::   Cd_atm =  1.4e-3       ! transfer coefficient over ice
+      !!---------------------------------------------------------------------
+      ! extra code for test case
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : ICE_RHEO case: analytical stress forcing'
+
+      DO_2D( 0, 0, 0, 0 )
+         ! wind spins up over 6 hours, factor 1000 to balance the units
+         windu(ji,jj) = Umax/sqrt(d*1000)*(d-2*mig(ji)*res)/((d-2*mig(ji)*res)**2+(d-2*mjg(jj)*res)**2*Rwind**2)**(1/4)*min(kt*30./21600,1.)
+         windv(ji,jj) = Umax/sqrt(d*1000)*(d-2*mjg(jj)*res)/((d-2*mig(ji)*res)**2+(d-2*mjg(jj)*res)**2*Rwind**2)**(1/4)*Rwind*min(kt*30./21600,1.)
+      END_2D
+      CALL lbc_lnk( 'usrdef_sbc', windu, 'U', -1., windv, 'V', -1. )
+
+      wndm_ice(:,:) = 0._wp      !!gm brutal....
+
+      ! ------------------------------------------------------------ !
+      !    Wind module relative to the moving ice ( U10m - U_ice )   !
+      ! ------------------------------------------------------------ !
+      ! C-grid ice dynamics :   U & V-points (same as ocean)
+      DO_2D( 0, 0, 0, 0 )
+         zwndi_t = (  windu(ji,jj) - r_vfac * 0.5 * ( u_ice(ji-1,jj  ) + u_ice(ji,jj) )  )
+         zwndj_t = (  windv(ji,jj) - r_vfac * 0.5 * ( v_ice(ji,jj-1) + v_ice(ji,jj) )  )
+         wndm_ice(ji,jj) = SQRT( zwndi_t * zwndi_t + zwndj_t * zwndj_t ) * tmask(ji,jj,1)
+      END_2D
+      CALL lbc_lnk( 'usrdef_sbc', wndm_ice, 'T',  1. )
+
+      !!gm brutal....
+      utau_ice  (:,:) = 0._wp
+      vtau_ice  (:,:) = 0._wp
+      !!gm end
+
+      ! ------------------------------------------------------------ !
+      !    Wind stress relative to the moving ice ( U10m - U_ice )   !
+      ! ------------------------------------------------------------ !
+      ! C-grid ice dynamics :   U & V-points (same as ocean)
+      DO_2D( 0, 0, 0, 0 )
+         utau_ice(ji,jj) = 0.5 * zrhoa * Cd_atm * ( wndm_ice(ji+1,jj  ) + wndm_ice(ji,jj) )            &
+            &          * ( 0.5 * (windu(ji+1,jj) + windu(ji,jj) ) - r_vfac * u_ice(ji,jj) )
+         vtau_ice(ji,jj) = 0.5 * zrhoa * Cd_atm * ( wndm_ice(ji,jj+1  ) + wndm_ice(ji,jj) )            &
+            &          * ( 0.5 * (windv(ji,jj+1) + windv(ji,jj) ) - r_vfac * v_ice(ji,jj) )
+      END_2D
+      CALL lbc_lnk( 'usrdef_sbc', utau_ice, 'U', -1., vtau_ice, 'V', -1. )
+      !
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt, phs, phi )
+      !!---------------------------------------------------------------------
+      !!                     ***  ROUTINE usrdef_sbc_ice_flx  ***
+      !!
+      !! ** Purpose :   provide the surface boundary (flux) condition over sea-ice
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      REAL(wp), DIMENSION(:,:,:), INTENT(in) ::   phs    ! snow thickness
+      REAL(wp), DIMENSION(:,:,:), INTENT(in) ::   phi    ! ice thickness
+      !!
+      REAL(wp) ::   zfr1, zfr2                 ! local variables
+      REAL(wp), DIMENSION(jpi,jpj) ::   zsnw   ! snw distribution after wind blowing
+      !!---------------------------------------------------------------------
+      !
+      IF( kt==nit000 .AND. lwp)   WRITE(numout,*)' usrdef_sbc_ice : ICE_RHEO case: NO flux forcing'
+      !
+      ! ocean variables (renaming)
+      emp_oce (:,:)   = 0._wp   ! uniform value for freshwater budget (E-P)
+      qsr_oce (:,:)   = 0._wp   ! uniform value for     solar radiation
+      qns_oce (:,:)   = 0._wp   ! uniform value for non-solar heat flux
+
+      ! ice variables
+      alb_ice (:,:,:) = 0.7_wp  ! useless
+      qsr_ice (:,:,:) = 0._wp   ! uniform value for     solar radiation
+      qns_ice (:,:,:) = 0._wp   ! uniform value for non-solar heat flux
+      dqns_ice(:,:,:) = 0._wp   ! uniform value for non solar heat flux sensitivity for ice
+      sprecip (:,:)   = 0._wp   ! uniform value for snow precip
+      evap_ice(:,:,:) = 0._wp   ! uniform value for sublimation
+
+      ! ice fields deduced from above
+      zsnw(:,:) = 1._wp
+      !!CALL lim_thd_snwblow( at_i_b, zsnw )  ! snow distribution over ice after wind blowing 
+      emp_ice  (:,:)   = SUM( a_i_b(:,:,:) * evap_ice(:,:,:), dim=3 ) - sprecip(:,:) * zsnw(:,:)
+      emp_oce  (:,:)   = emp_oce(:,:) - sprecip(:,:) * (1._wp - zsnw(:,:) )
+      qevap_ice(:,:,:) =   0._wp
+      qprec_ice(:,:)   =   rhos * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) !  in J/m3
+      qemp_oce (:,:)   = - emp_oce(:,:) * sst_m(:,:) * rcp
+      qemp_ice (:,:)   =   sprecip(:,:) * zsnw * ( sst_m(:,:) * rcpi - rLfus ) * tmask(:,:,1) ! solid precip (only)
+
+      ! total fluxes
+      emp_tot (:,:) = emp_ice  + emp_oce
+      qns_tot (:,:) = at_i_b(:,:) * qns_oce(:,:) + SUM( a_i_b(:,:,:) * qns_ice(:,:,:), dim=3 ) + qemp_ice(:,:) + qemp_oce(:,:)
+      qsr_tot (:,:) = at_i_b(:,:) * qsr_oce(:,:) + SUM( a_i_b(:,:,:) * qsr_ice(:,:,:), dim=3 )
+
+      ! --- shortwave radiation transmitted below the surface (W/m2, see Grenfell Maykut 77) --- !
+      zfr1 = ( 0.18 * ( 1.0 - pp_cldf ) + 0.35 * pp_cldf )            ! transmission when hi>10cm
+      zfr2 = ( 0.82 * ( 1.0 - pp_cldf ) + 0.65 * pp_cldf )            ! zfr2 such that zfr1 + zfr2 to equal 1
+      !
+      WHERE    ( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) <  0.1_wp )       ! linear decrease from hi=0 to 10cm  
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * ( zfr1 + zfr2 * ( 1._wp - phi(:,:,:) * 10._wp ) )
+      ELSEWHERE( phs(:,:,:) <= 0._wp .AND. phi(:,:,:) >= 0.1_wp )       ! constant (zfr1) when hi>10cm
+         qtr_ice_top(:,:,:) = qsr_ice(:,:,:) * zfr1
+      ELSEWHERE                                                         ! zero when hs>0
+         qtr_ice_top(:,:,:) = 0._wp 
+      END WHERE
+          
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,109 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                   ===      ICE_RHEO case     ===
+   !!
+   !! Ocean domain : user defined vertical coordinate system 
+   !!======================================================================
+   !! History :  4.0  ! 2016-08  (G. Madec, S. Flavoni)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr   ! called by domzgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v , pe3f ,               &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw,                      &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   jk, k_dz  ! dummy indices
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : ICE_RHEO configuration '
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~   (slab ocean - ice cover in square box domain)'
+      !
+      !
+      ! type of vertical coordinate  ==>>>   here ICE_RHEO : slab ocean always
+      ! ---------------------------
+      ld_zco    = .TRUE.       ! z-full-step coordinate
+      ld_zps    = .FALSE.      ! z-partial-step coordinate
+      ld_sco    = .FALSE.      ! s-coordinate
+      ld_isfcav = .FALSE.      ! ISF Ice Shelves Flag
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  UNmasked meter bathymetry  ==!
+      !
+      ! 
+      k_dz = 1
+      DO jk = 1, jpk
+         pdepw_1d(jk) =    k_dz
+         pdept_1d(jk) =    k_dz
+         pe3w_1d (jk) =    k_dz
+         pe3t_1d (jk) =    k_dz
+      END DO
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      ! no ocean cavities : top ocean level is ONE, except over land
+      k_top(:,:) = 1
+      !
+      !                       !==  z-coordinate  ==!   (step-like topography)
+      !                                !* bottom ocean compute from the depth of grid-points
+      jpkm1 = jpk
+      k_bot(:,:) = 1    ! here use k_top as a land mask
+      !                                !* horizontally uniform coordinate (reference z-co everywhere)
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE usr_def_zgr
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/cpp_ICE_RHEO.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/cpp_ICE_RHEO.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ICE_RHEO/cpp_ICE_RHEO.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+bld::tool::fppkeys key_si3 key_linssh key_xios
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/README
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/README	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/README	(revision 15719)
@@ -0,0 +1,25 @@
+# ISOMIP is a simple TEST_CASE to test the iceshelves in NEMO.
+# no input files are needed (all is prescribed in MY_SRC/usr_def routines
+# for a reference documentation on the ISOMIP test case, see experiement 1 on http://efdl.cims.nyu.edu/project_oisi/isomip/experiments/phase_I/idealized_numerical_models_5.pdf
+
+# default namelist is setup for a 30y run on 32 processors with the minimum output using XIOS in attached mode with single file output
+
+# How to build moc.nc and psi.nc
+   - Download or clone the CDFTOOLS (see https://github.com/meom-group/CDFTOOLS)
+   - Compile all the tools (or at least cdfpsi and cdfmoc) on your cluster (see https://github.com/meom-group/CDFTOOLS#using-cdftools)
+   - if mesh_mask.nc is splitted, you need to rebuild them using the rebuild NEMO tools (see in NEMOGCM/TOOLS) or run 1 (or more) time step on a single processor (nn_itend variable in the namelist). 
+   - set the correct link: ln -s mesh_mask.nc mask.nc ; ln -s mesh_mask.nc mesh_hgr.nc ; ln -s mesh_mask.nc mesh_zgr.nc
+   - run the cdftools : 
+        - cdfmoc ISOMIP_1m_00010101_00301231_grid_V.nc                                       => moc.nc
+        - cdfpsi ISOMIP_1m_00010101_00301231_grid_U.nc ISOMIP_1m_00010101_00301231_grid_V.nc => psi.nc
+
+# How to plt moc/psi and melt (python with netcdf and matplotlib library requiried):
+   - psi.png => python2.7 plot_psi.py -f psi.nc -v sobarstf
+   - moc.png => python2.7 plot_moc.py -f moc.nc -v zomsfglo
+   - mlt.png => python2.7 plot_mlt.py -f ISOMIP_1m_00010101_00301231_grid_T.nc -v sowflisf
+by default the last time frame is plotted.
+
+# location the expected circulation and melt plot after 30y of run:
+   - ISOMIP/EXP00/ISOMIP_psi.png
+   - ISOMIP/EXP00/ISOMIP_moc.png
+   - ISOMIP/EXP00/ISOMIP_mlt.png
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,35 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+      <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+      <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+      <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+      <axis id="nfloat" long_name="Float number"      unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+      <axis id="ncatice" long_name="Ice category"       unit="1"               />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,51 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."/> <!-- 1h files -->
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->
+     
+      <file_group id="1d" output_freq="1d"  output_level="10" enabled=".TRUE."/> <!-- 1d files -->
+      <file_group id="3d" output_freq="3d"  output_level="10" enabled=".TRUE."/> <!-- 3d files -->    
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE.">  <!-- 5d files -->  
+
+      <file_group id="1m" output_freq="1mo" output_level="10" enabled=".TRUE."/> <!-- real monthly files -->
+	<file id="file1" output_freq="1mo" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="toce"         name="votemper"  />
+	  <field field_ref="soce"         name="vosaline"  />
+	  <field field_ref="ssh"          name="sossheig"  />
+          <!-- variable for ice shelf -->
+          <field field_ref="qlatisf"      name="sohflisf"  />
+          <field field_ref="fwfisf"       name="sowflisf"  />
+          <field field_ref="isfgammat"    name="sogammat"  />
+          <field field_ref="isfgammas"    name="sogammas"  />
+        </file>
+	<file id="file2" output_freq="1mo" name_suffix="_grid_U" description="ocean U grid variables" >
+          <field field_ref="uoce"         name="vozocrtx"  />
+        </file>
+	<file id="file3" output_freq="1mo" name_suffix="_grid_V" description="ocean V grid variables" >
+          <field field_ref="voce"         name="vomecrty"  /> 
+        </file>
+      </file_group>
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+      <file_group id="1y"  output_freq="1y" output_level="10" enabled=".TRUE."/> <!-- real yearly files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">false</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,308 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                         ISOMIP configuration                       !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  "ISOMIP" !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =  525600   !  last  time step
+   nn_leapy    =       0   !  Leap year calendar (1) or not (0)
+   ln_clobber  = .true.    !  clobber (overwrite) an existing file
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =  99999999 !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =      48   !  frequency of write in the output file   (modulo referenced to nn_it000)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namusr_def    !   ISOMIP user defined namelist  
+!-----------------------------------------------------------------------
+   ln_zps      = .true.    ! z-partial-step coordinate
+   ln_zco      = .false.   ! z-full-step coordinate
+   ln_sco      = .false.   ! s-coordinate
+   rn_e1deg    =   0.3     !  zonal      grid-spacing (degrees)
+   rn_e2deg    =   0.1     !  meridional grid-spacing (degrees)
+   rn_e3       =   30.     !  vertical resolution
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_rdt      = 1800.     !  time step for the dynamics (and tracer if nn_acc=0)
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !  frequency of surface boundary condition computation
+   ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+   ln_isf      = .true.    !  ice shelf melting/freezing                (T => fill namsbc_isf)
+/
+!-----------------------------------------------------------------------
+&namsbc_isf    !  Top boundary layer (ISF)                              (ln_isfcav =T : read (ln_read_cfg=T) 
+!-----------------------------------------------------------------------             or set or usr_def_zgr )
+!              ! file name ! frequency (hours) ! variable ! time interpol. !  clim   ! 'yearly'/ ! weights  ! rotation ! land/sea mask !
+!              !           !  (if <0  months)  !   name   !    (logical)   !  (T/F)  ! 'monthly' ! filename ! pairing  ! filename      !
+! nn_isf == 4
+   sn_fwfisf   = 'rnfisf'  ,         -12       ,'sowflisf',     .false.    , .true.  , 'yearly'  ,  ''      ,   ''     , ''
+! nn_isf == 3
+   sn_rnfisf   = 'rnfisf'  ,         -12       ,'sofwfisf',     .false.    , .true.  , 'yearly'  ,  ''      ,   ''     , ''
+! nn_isf == 2 and 3
+   sn_depmax_isf = 'rnfisf' ,        -12       ,'sozisfmax' ,   .false.    , .true.  , 'yearly'  ,  ''      ,   ''     , ''
+   sn_depmin_isf = 'rnfisf' ,        -12       ,'sozisfmin' ,   .false.    , .true.  , 'yearly'  ,  ''      ,   ''     , ''
+! nn_isf == 2
+   sn_Leff_isf = 'rnfisf'  ,         -12       ,'Leff'    ,     .false.    , .true.  , 'yearly'  ,  ''      ,   ''     , ''
+! for all case
+   nn_isf      = 1         !  ice shelf melting/freezing
+                           !  1 = presence of ISF    2 = bg03 parametrisation 
+                           !  3 = rnf file for isf   4 = ISF fwf specified
+                           !  option 1 and 4 need ln_isfcav = .true. (domzgr)
+! only for nn_isf = 1 or 2
+   rn_gammat0  = 1.0e-4   ! gammat coefficient used in blk formula
+   rn_gammas0  = 1.0e-4   ! gammas coefficient used in blk formula
+! only for nn_isf = 1 or 4
+   rn_hisf_tbl =  30.      ! thickness of the top boundary layer    (Losh et al. 2008)
+                          ! 0 => thickness of the tbl = thickness of the first wet cell
+! only for nn_isf = 1
+   nn_isfblk   = 1        ! 1 ISOMIP  like: 2 equations formulation (Hunter et al., 2006)
+                          ! 2 ISOMIP+ like: 3 equations formulation (Asay-Davis et al., 2015)
+   nn_gammablk = 0        ! 0 = cst Gammat (= gammat/s)
+                          ! 1 = velocity dependend Gamma (u* * gammat/s)  (Jenkins et al. 2010)
+                          ! 2 = velocity and stability dependent Gamma    (Holland et al. 1999)
+/
+!-----------------------------------------------------------------------
+&namsbc_iscpl  !   land ice / ocean coupling option                     
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .false.    !  free-slip       : Cd = 0                  (F => fill namdrg_bot
+   ln_lin     = .false.    !      linear  drag: Cd = Cd0 Uc0                   &   namdrg_top)
+   ln_non_lin = .true.     !  non-linear  drag: Cd = Cd0 |U|
+   ln_loglayer = .false.    !  logarithmic drag: Cd = vkarmn/log(z/z0) |U|
+   !
+   ln_drgimp  = .false.    !  implicit top/bottom friction flag
+/
+!-----------------------------------------------------------------------
+&namdrg_top    !   TOP friction                                         (ln_isfcav=T)
+!-----------------------------------------------------------------------
+   rn_Cd0     =  2.5e-3    !  drag coefficient [-]
+   rn_Uc0     =  0.16      !  ref. velocity [m/s] (linear drag=Cd0*Uc0) 
+   rn_Cdmax   =  0.1       !  drag value maximum [-] (logarithmic drag)
+   rn_ke0     =  0.0e-0    !  background kinetic energy  [m2/s2] (non-linear cases)
+   rn_z0      =  3.0e-3    !  roughness [m] (ln_loglayer=T)
+   ln_boost   = .false.    !  =T regional boost of Cd0 ; =F constant
+      rn_boost =  50.          !  local boost factor  [-]
+/
+!-----------------------------------------------------------------------
+&namdrg_bot    !   BOTTOM friction                                  
+!-----------------------------------------------------------------------
+   rn_Cd0     =  1.e-3    !  drag coefficient [-]
+   rn_Uc0     =  0.4      !  ref. velocity [m/s] (linear drag=Cd0*Uc0) 
+   rn_Cdmax   =  0.1      !  drag value maximum [-] (logarithmic drag)
+   rn_ke0     =  2.5e-3   !  background kinetic energy  [m2/s2] (non-linear cases)
+   rn_z0      =  3.e-3    !  roughness [m] (ln_loglayer=T)
+   ln_boost   = .false.   !  =T regional boost of Cd0 ; =F constant
+      rn_boost =  50.         !  local boost factor  [-]
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.          !  = Use EOS80 equation of state
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_fct =  .true.   !  FCT scheme
+      nn_fct_h   =  2               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_lap   =  .true.   !    laplacian operator
+   ln_traldf_hor   =  .true.   !  horizontal (geopotential)
+   !                       !  Coefficients:
+   nn_aht_ijk_t    = 0         !  =  0   constant = 1/2  Ud*Ld   (lap case) 
+      rn_Ud        = 0.02           !  lateral diffusive velocity [m/s]
+      rn_Ld        = 10.e+3         !  lateral diffusive length   [m]
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+      nn_dynkeg  = 0          ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .true.  !  energy conserving scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_isf  = .true.    !  s-coordinate adapted for isf (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_lev =  .true.     !  iso-level
+   nn_ahm_ijk_t  = 0           !  = 0  constant = 1/2  Uv*Lv   (lap case) 
+      rn_Uv      = 0.12             !  lateral viscous velocity [m/s]
+      rn_Lv      = 10.e+3           !  lateral viscous length   [m]
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   ln_zdfevd   = .true.       !  enhanced vertical diffusion
+      nn_evdm     =    1         ! apply on tracer (=0) or on tracer and momentum (=1)
+      rn_evd      =   0.1        ! mixing coefficient [m2/s]
+   !                       ! coefficients
+   rn_avm0     =   1.e-3     !  vertical eddy viscosity   [m2/s]
+   rn_avt0     =   5.e-5     !  vertical eddy diffusivity [m2/s]
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_mlt.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_mlt.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_mlt.py	(revision 15719)
@@ -0,0 +1,47 @@
+from netCDF4 import Dataset
+import numpy as np
+from numpy import ma
+import argparse
+import matplotlib.pyplot as plt
+import matplotlib
+
+parser = argparse.ArgumentParser()
+parser.add_argument("-f" , metavar='file_name'   , help="names of input files" , type=str  , nargs="+", required=True )
+parser.add_argument("-v" , metavar='var_name'    , help="variable list"        , type=str  , nargs=1  , required=True )
+args = parser.parse_args()
+
+# read mesh_mask
+ncid   = Dataset('mesh_mask.nc')
+lat2d  = ncid.variables['gphit'    ][  :,:].squeeze()
+lon2d  = ncid.variables['glamt'    ][  :,:].squeeze()
+msk    = ncid.variables['tmaskutil'][0,:,:].squeeze()
+ncid.close()
+
+plt.figure(figsize=np.array([210,210]) / 25.4)
+
+# read psi.nc
+ncid   = Dataset(args.f[0])
+var2d  = ncid.variables[args.v[0]][-1,:,:].squeeze() 
+var2dm = ma.masked_where(msk==0.0,var2d)
+# convert in m/y
+var2dm = var2dm * 86400 * 365 / 1e3
+ncid.close()
+ 
+# define colorbar 
+vlevel=np.arange(-1.6,1.8,0.2)
+pcol = plt.contourf(lon2d,lat2d,var2dm,levels=vlevel,extend='both')
+vlevel=np.arange(-1.6,1.8,0.4)
+matplotlib.rcParams['contour.negative_linestyle'] = 'solid'
+plt.contour(lon2d,lat2d,var2dm,levels=vlevel,colors='k')
+plt.grid()
+plt.title('melt rate ISOMIP (m/y)')
+plt.ylabel('Latitude',fontsize=14)
+plt.xlabel('Longitude',fontsize=14)
+cbar = plt.colorbar(pcol, ticks=vlevel)
+cbar.ax.tick_params(labelsize=14)
+
+# save figure
+plt.savefig('mlt.png', format='png', dpi=300)
+
+plt.show()
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_moc.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_moc.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_moc.py	(revision 15719)
@@ -0,0 +1,60 @@
+from netCDF4 import Dataset
+import numpy as np
+import argparse
+import matplotlib.pyplot as plt
+
+# read argument
+parser = argparse.ArgumentParser()
+parser.add_argument("-f" , metavar='file_name'   , help="names of input files" , type=str  , nargs=1  , required=True )
+parser.add_argument("-v" , metavar='var_name'    , help="variable list"        , type=str  , nargs=1  , required=True )
+args = parser.parse_args()
+
+# read mesh mask
+ncid  = Dataset('mesh_mask.nc')
+vx2d  = ncid.variables['gphit'  ][0,:,0].squeeze()
+vx2dv = ncid.variables['gphiv'  ][0,:,0].squeeze()
+y2d   = ncid.variables['gdepw_0'][0,:,:,1].squeeze()*-1
+y2dt  = ncid.variables['gdept_0'][0,:,:,1].squeeze()*-1
+msk   = ncid.variables['tmask'  ][0,:,:,1].squeeze()
+ncid.close()
+
+# build x 2d array
+x2d=y2d*0.0
+x2dv=y2d*0.0
+for jk in range(0,y2d.shape[0]):
+   x2d[jk,:]=vx2d[:]
+   x2dv[jk,:]=vx2d[:]
+
+plt.figure(figsize=np.array([210,210]) / 25.4)
+
+# read data and mask it
+ncid   = Dataset(args.f[0])
+var2d  = ncid.variables[args.v[0]][-1,:,:,:].squeeze() 
+var2dm = var2d[:,:]
+var2dm[msk==0] = -1
+ncid.close()
+
+# define colorbar
+vlevel=np.arange(0,0.13,0.01)  
+pcol = plt.contourf(x2d,y2d,var2dm,levels=vlevel)
+plt.clf()
+
+# plot contour
+ax = plt.subplot(1, 1, 1)
+ax.contour(x2dv,y2dt,var2dm,levels=vlevel)
+ax.grid()
+ax.set_title('MOC ISOMIP (Sv)')
+ax.set_ylabel('Depth (m)',fontsize=14)
+ax.set_xlabel('Latitude',fontsize=14)
+
+# plot colorbar
+plt.subplots_adjust(left=0.1,right=0.89, bottom=0.1, top=0.89, wspace=0.1, hspace=0.1)
+cax = plt.axes([0.91, 0.1, 0.02, 0.79])
+cbar= plt.colorbar(pcol, ticks=vlevel, cax=cax)
+cbar.ax.tick_params(labelsize=14)
+
+# save figure
+plt.savefig('moc.png', format='png', dpi=300)
+
+plt.show()
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_psi.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_psi.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/EXPREF/plot_psi.py	(revision 15719)
@@ -0,0 +1,52 @@
+from netCDF4 import Dataset
+import numpy as np
+from numpy import ma
+import argparse
+import matplotlib.pyplot as plt
+
+parser = argparse.ArgumentParser()
+parser.add_argument("-f" , metavar='file_name'   , help="names of input files" , type=str  , nargs="+", required=True )
+parser.add_argument("-v" , metavar='var_name'    , help="variable list"        , type=str  , nargs=1  , required=True )
+args = parser.parse_args()
+
+# read mesh_mask
+ncid   = Dataset('mesh_mask.nc')
+lat2d  = ncid.variables['gphit'    ][  :,:].squeeze()
+lon2d  = ncid.variables['glamt'    ][  :,:].squeeze()
+msk    = ncid.variables['tmaskutil'][0,:,:].squeeze()
+ncid.close()
+
+plt.figure(figsize=np.array([210,210]) / 25.4)
+
+# read psi.nc
+ncid   = Dataset(args.f[0])
+var2d  = ncid.variables[args.v[0]][-1,:,:].squeeze() 
+var2dm = ma.masked_where(msk==0.0,var2d)
+# convert in Sv
+var2dm = var2dm / 1e6
+ncid.close()
+ 
+# define colorbar 
+vlevel=np.arange(0.00,0.36,0.02)
+pcol = plt.contourf(lon2d,lat2d,var2dm,levels=vlevel)
+plt.clf()
+
+# plot contour
+ax = plt.subplot(1, 1, 1)
+ax.contour(lon2d,lat2d,var2dm,levels=vlevel)
+ax.grid()
+ax.set_title('PSI ISOMIP (Sv)')
+ax.set_ylabel('Latitude',fontsize=14)
+ax.set_xlabel('Longitude',fontsize=14)
+
+# plot colorbar
+plt.subplots_adjust(left=0.1,right=0.89, bottom=0.1, top=0.89, wspace=0.1, hspace=0.1)
+cax = plt.axes([0.91, 0.1, 0.02, 0.79])
+cbar= plt.colorbar(pcol, ticks=vlevel, cax=cax)
+cbar.ax.tick_params(labelsize=14)
+
+# save figure
+plt.savefig('psi.png', format='png', dpi=300)
+
+plt.show()
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,120 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE usrdef_hgr   ***
+   !!
+   !!                  ===  LOCK_EXCHANGE configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2016-08  (S. Flavoni, G. Madec)   Original code
+   !!                  ! 2017-02  (P. Mathiot, S. Flavoni) Adapt code to ISOMIP case
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for ISOMIP configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce  ,  ONLY: nimpp, njmpp       ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_e1deg, rn_e2deg   ! horizontal resolution in meters
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                ISOMIP configuration
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zfact, zti, zui, zvi, zfi, ztj, zuj, zvj, zfj      ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) THEN
+         WRITE(numout,*)
+         WRITE(numout,*) 'usr_def_hgr : ISOMIP configuration'
+         WRITE(numout,*) '~~~~~~~~~~~'
+         WRITE(numout,*)
+         WRITE(numout,*) '   ===>>  geographical mesh on the sphere with regular grid-spacing'
+         WRITE(numout,*) '          given by rn_e1deg and rn_e2deg'
+      ENDIF
+      !
+      !                       !==  grid point position  ==!   (in degrees)
+      DO jj = 1, jpj
+         DO ji = 1, jpi             ! longitude   (west coast at lon=0°)
+            plamt(ji,jj) = rn_e1deg * (  - 0.5 + REAL( ji-1 + nimpp-1 , wp )  )  
+            plamu(ji,jj) = rn_e1deg * (          REAL( ji-1 + nimpp-1 , wp )  )
+            plamv(ji,jj) = plamt(ji,jj)
+            plamf(ji,jj) = plamu(ji,jj)
+            !                       ! latitude   (south coast at lat= 81°)
+            pphit(ji,jj) = rn_e2deg * (  - 0.5 + REAL( jj-1 + njmpp-1 , wp )  ) - 80._wp
+            pphiu(ji,jj) = pphit(ji,jj)
+            pphiv(ji,jj) = rn_e2deg * (          REAL( jj-1 + njmpp-1 , wp )  ) - 80_wp
+            pphif(ji,jj) = pphiv(ji,jj)
+         END DO
+      END DO
+      !
+      !                       !==  Horizontal scale factors  ==!   (in meters)
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            !                       ! e1   (zonal)
+            pe1t(ji,jj) = ra * rad * COS( rad * pphit(ji,jj) ) * rn_e1deg
+            pe1u(ji,jj) = ra * rad * COS( rad * pphiu(ji,jj) ) * rn_e1deg
+            pe1v(ji,jj) = ra * rad * COS( rad * pphiv(ji,jj) ) * rn_e1deg
+            pe1f(ji,jj) = ra * rad * COS( rad * pphif(ji,jj) ) * rn_e1deg
+            !                       ! e2   (meridional)
+            pe2t(ji,jj) = ra * rad * rn_e2deg
+            pe2u(ji,jj) = ra * rad * rn_e2deg
+            pe2v(ji,jj) = ra * rad * rn_e2deg
+            pe2f(ji,jj) = ra * rad * rn_e2deg
+         END DO
+      END DO
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v    = 0               !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 0                       ! Coriolis parameter calculated on the sphere
+      pff_f(:,:) = 0._wp            ! CAUTION: set to zero to avoid error with some compilers that
+      pff_t(:,:) = 0._wp            !             require an initialization of INTENT(out) arguments
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,69 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                     ***  MODULE usrdef_istate   ***
+   !!
+   !!                  ===  ISOMIP configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-11 (S. Flavoni)             Original code
+   !!                 ! 2017-02 (P. Mathiot, S. Flavoni) Adapt code to ISOMIP case
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce , ONLY : glamt 
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate   ! called by istate.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here ISOMIP configuration 
+      !!
+      !! ** Method  : - set temperature field
+      !!              - set salinity    field
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height
+      !
+      INTEGER  ::   jk     ! dummy loop indices
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : ISOMIP configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   Ocean at rest, with a constant salinity and temperature.      '
+      pu  (:,:,:) = 0._wp        ! ocean at rest
+      pv  (:,:,:) = 0._wp
+      pssh(:,:)   = 0._wp
+      !
+      !                          ! T & S profiles
+      pts(:,:,:,jp_tem) = - 1.9 * ptmask(:,:,:)          ! ISOMIP configuration : start from constant T+S fields
+      pts(:,:,:,jp_sal) =  34.4 * ptmask(:,:,:)
+      !   
+   END SUBROUTINE usr_def_istate
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,112 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                     ===  ISOMIP configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-03  (S. Flavoni, G. Madec)   Original code
+   !!                 ! 2017-02  (P. Mathiot, S. Flavoni) Adapt code to ISOMIP case
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE dom_oce  , ONLY: ln_zco, ln_zps, ln_sco   ! flag of type of coordinate
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                                         !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_e1deg, rn_e2deg   !: horizontal resolution   [degrees]
+   REAL(wp), PUBLIC ::   rn_e3                !: vertical   resolution         [m]
+   
+   REAL(wp), PARAMETER, PUBLIC ::   rbathy = 900._wp   !: depth of the seafloor   [m]
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here ISOMIP configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii   ! Local integer
+      !!
+      NAMELIST/namusr_def/ ln_zco, ln_zps, ln_sco, rn_e1deg, rn_e2deg, rn_e3
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      cd_cfg = 'ISOMIP'           ! name & resolution (not used)
+      kk_cfg = INT( rn_e3 )
+      !
+      ! Global Domain size:  ISOMIP domain is  15° x 10° x 900 m
+      kpi = INT(  15.0  / rn_e1deg ) + 2     ! add 2 for t-point in the east  & west  coasts
+      kpj = INT(  10.0  / rn_e2deg ) + 2     !     -        -           north & south   -
+      kpk = INT( rbathy / rn_e3    ) + 1     ! add 1 for t-point in the seafloor
+      !
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                              ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'       ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                     ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : ISOMIP test case'                                        ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      type of vertical coordinate : '                                             ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         z-coordinate flag                     ln_zco   = ', ln_zco               ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         z-partial-step coordinate flag        ln_zps   = ', ln_zps               ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         s-coordinate flag                     ln_sco   = ', ln_sco               ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      resolution'                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         zonal      resolution                 rn_e1deg = ', rn_e1deg, ' degrees' ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         meridional resolution                 rn_e1deg = ', rn_e1deg, ' degrees' ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         vertical   resolution                 rn_e3    = ', rn_e3   , ' meters'  ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      ISOMIP domain = 15° x 10° x 900 m'                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         resulting global domain size :        jpiglo   = ', kpi                  ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpjglo   = ', kpj                  ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpkglo   = ', kpk                  ;   ii = ii + 1
+      !
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 0                    ! ISOMIP configuration : close basin
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      ISOMIP : closed basin                    jperio   = ', kperio             ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,88 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE usrdef_sbc  ***
+   !! 
+   !!                  ===  ISOMIP configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)   user defined interface
+   !!                  ! 2017-02  (P. Mathiot, S. Flavoni) adapt code to ISOMIP case
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in ISOMIP case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ice fields
+   USE phycst          ! physical constants
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for ISOMIP case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : ISOMIP case: NO surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   utau = vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !         
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,250 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                     ***  MODULE usrdef_zgr  ***
+   !!
+   !!                       ===  ISOMIP case  ===
+   !!
+   !! user defined :  vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-08  (G. Madec,   S. Flavoni)  Original code
+   !!                 ! 2017-02  (P. Mathiot, S. Flavoni)  Adapt code to ISOMIP case
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!       zgr_z1d   : reference 1D z-coordinate 
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce ,  ONLY: mj0   , mj1   , nimpp , njmpp   ! ocean space and time domain
+   USE dom_oce ,  ONLY: glamt , gphit                   ! ocean space and time domain
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+   USE timing         ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr   ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10491 2019-01-09 19:53:37Z mathiot $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v , pe3f ,               &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw,                      &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(in   ) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags ( read in namusr_def )
+      LOGICAL                   , INTENT(  out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(  out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(  out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(  out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   ji , jj, jk       ! dummy indices
+      INTEGER  ::   ij0, ij1          ! dummy indices  
+      INTEGER  ::   ik                ! local integers
+      REAL(wp) ::   zfact, z1_jpkm1   ! local scalar
+      REAL(wp) ::   ze3min, zdepth    ! local scalar
+      REAL(wp), DIMENSION(jpi,jpj) ::   zht  , zhu         ! bottom depth
+      REAL(wp), DIMENSION(jpi,jpj) ::   zhisf, zhisfu      ! top depth
+      REAL(wp), DIMENSION(jpi,jpj) ::   zmsk 
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d                ! 2d workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : ISOMIP configuration (z(ps)- or s-coordinate closed box ocean without cavities)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate
+      ! ---------------------------
+      ! set in usrdef_nam.F90 by reading the namusr_def namelist except for ISF
+      ld_isfcav = .TRUE.       ! ISF Ice Shelves Flag
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  isfdraft  ==!
+      !
+      ! the ocean basin surrounded by land (1 grid-point) set through lbc_lnk call as jperio=0 
+      z2d(:,:) = 1._wp                    ! surface ocean is the 1st level
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )        ! closed basin since jperio = 0 (see userdef_nam.F90)
+      zmsk(:,:) = NINT( z2d(:,:) )
+      !
+      !
+      zht  (:,:) = rbathy 
+      zhisf(:,:) = 200._wp
+      ij0 = 1 ; ij1 = 40
+      DO jj = mj0(ij0), mj1(ij1)
+         zhisf(:,jj)=700.0_wp-(gphit(:,jj)+80.0_wp)*125.0_wp
+      END DO
+      zhisf(:,:) = zhisf(:,:) * zmsk(:,:)
+      !
+      CALL zgr_z1d( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      IF ( ld_zps ) THEN      !==  zps-coordinate  ==!   (partial bottom-steps)
+         !
+         ze3min = 0.1_wp * rn_e3
+         IF(lwp) WRITE(numout,*) '   minimum thickness of the partial cells = 10 % of e3 = ', ze3min
+         !
+         !                                !* bottom ocean compute from the depth of grid-points
+         k_bot(:,:) = jpkm1
+         DO jk = jpkm1, 1, -1
+            WHERE( zht(:,:) < pdepw_1d(jk) + ze3min )   k_bot(:,:) = jk-1
+         END DO
+         !                                !* top ocean compute from the depth of grid-points
+         k_top(:,:) = 1                   ! 
+         DO jk = 2, jpkm1
+            zdepth = pdepw_1d(jk+1) - ze3min
+            WHERE( zhisf(:,:) > 0.0 .AND. zhisf(:,:) >= zdepth )   k_top(:,:) = (jk + 1) 
+         END DO
+         !
+         !                                   !* vertical coordinate system
+         DO jk = 1, jpk                      ! initialization to the reference z-coordinate
+            pdept(:,:,jk) = pdept_1d(jk)
+            pdepw(:,:,jk) = pdepw_1d(jk)
+            pe3t (:,:,jk) = pe3t_1d (jk)
+            pe3u (:,:,jk) = pe3t_1d (jk)
+            pe3v (:,:,jk) = pe3t_1d (jk)
+            pe3f (:,:,jk) = pe3t_1d (jk)
+            pe3w (:,:,jk) = pe3w_1d (jk)
+            pe3uw(:,:,jk) = pe3w_1d (jk)
+            pe3vw(:,:,jk) = pe3w_1d (jk)
+         END DO
+         DO jj = 1, jpj                      ! top scale factors and depth at T- and W-points
+            DO ji = 1, jpi
+               ik = k_top(ji,jj)
+               IF ( ik > 2 ) THEN
+                  ! pdeptw at the interface
+                  pdepw(ji,jj,ik  ) = MAX( zhisf(ji,jj) , pdepw(ji,jj,ik) )
+                  ! e3t in both side of the interface
+                  pe3t (ji,jj,ik  ) = pdepw(ji,jj,ik+1) - pdepw(ji,jj,ik)
+                  ! pdept in both side of the interface (from previous e3t)
+                  pdept(ji,jj,ik  ) = pdepw(ji,jj,ik  ) + pe3t (ji,jj,ik  ) * 0.5_wp
+                  pdept(ji,jj,ik-1) = pdepw(ji,jj,ik  ) - pe3t (ji,jj,ik  ) * 0.5_wp
+                  ! pe3w on both side of the interface
+                  pe3w (ji,jj,ik+1) = pdept(ji,jj,ik+1) - pdept(ji,jj,ik  )
+                  pe3w (ji,jj,ik  ) = pdept(ji,jj,ik  ) - pdept(ji,jj,ik-1)
+                  ! e3t into the ice shelf
+                  pe3t (ji,jj,ik-1) = pdepw(ji,jj,ik  ) - pdepw(ji,jj,ik-1)
+                  pe3w (ji,jj,ik-1) = pdept(ji,jj,ik-1) - pdept(ji,jj,ik-2)
+               END IF
+            END DO
+         END DO         
+         DO jj = 1, jpj                      ! bottom scale factors and depth at T- and W-points
+            DO ji = 1, jpi
+               ik = k_bot(ji,jj)
+               pdepw(ji,jj,ik+1) = MIN( zht(ji,jj) , pdepw_1d(ik+1) )
+               pe3t (ji,jj,ik  ) = pdepw(ji,jj,ik+1) - pdepw(ji,jj,ik)
+               pe3t (ji,jj,ik+1) = pe3t (ji,jj,ik  ) 
+               !
+               pdept(ji,jj,ik  ) = pdepw(ji,jj,ik  ) + pe3t (ji,jj,ik  ) * 0.5_wp
+               pdept(ji,jj,ik+1) = pdepw(ji,jj,ik+1) + pe3t (ji,jj,ik+1) * 0.5_wp
+               pe3w (ji,jj,ik+1) = pdept(ji,jj,ik+1) - pdept(ji,jj,ik)
+            END DO
+         END DO         
+         !                                   ! bottom scale factors and depth at  U-, V-, UW and VW-points
+         pe3u (:,:,:) = pe3t(:,:,:)
+         pe3uw(:,:,:) = pe3w(:,:,:)
+         DO jk = 1, jpk                      ! Computed as the minimum of neighbooring scale factors
+            DO jj = 1, jpjm1
+               DO ji = 1, jpi
+                  pe3v (ji,jj,jk) = MIN( pe3t(ji,jj,jk), pe3t(ji,jj+1,jk) )
+                  pe3vw(ji,jj,jk) = MIN( pe3w(ji,jj,jk), pe3w(ji,jj+1,jk) )
+                  pe3f (ji,jj,jk) = pe3v(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'usrdef_zgr', pe3v , 'V', 1._wp )   ;   CALL lbc_lnk( 'usrdef_zgr', pe3vw, 'V', 1._wp )
+         CALL lbc_lnk( 'usrdef_zgr', pe3f , 'F', 1._wp )
+         DO jk = 1, jpk
+            ! set to z-scale factor if zero (i.e. along closed boundaries) because of lbclnk
+            WHERE( pe3u (:,:,jk) == 0._wp )   pe3u (:,:,jk) = pe3t_1d(jk)
+            WHERE( pe3v (:,:,jk) == 0._wp )   pe3v (:,:,jk) = pe3t_1d(jk)
+            WHERE( pe3f (:,:,jk) == 0._wp )   pe3f (:,:,jk) = pe3t_1d(jk)
+            WHERE( pe3uw(:,:,jk) == 0._wp )   pe3uw(:,:,jk) = pe3w_1d(jk)
+            WHERE( pe3vw(:,:,jk) == 0._wp )   pe3vw(:,:,jk) = pe3w_1d(jk)
+         END DO
+         !
+      ENDIF
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z1d( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z1d  ***
+      !!
+      !! ** Purpose :   set the depth of model levels and the resulting 
+      !!      vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!
+      !!            ===    Here constant vertical resolution   ===
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zt, zw   ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) THEN                         ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z1d : Reference vertical z-coordinates: uniform dz = ', rn_e3
+         WRITE(numout,*) '    ~~~~~~~'
+      ENDIF
+      !
+      ! Reference z-coordinate (depth - scale factor at T- and W-points)   ! Madec & Imbard 1996 function
+      ! ----------------------
+      DO jk = 1, jpk
+         zw = REAL( jk , wp )
+         zt = REAL( jk , wp ) + 0.5_wp
+         pdepw_1d(jk) =    rn_e3 *   REAL( jk-1 , wp )
+         pdept_1d(jk) =    rn_e3 * ( REAL( jk-1 , wp ) + 0.5_wp )
+         pe3w_1d (jk) =    rn_e3
+         pe3t_1d (jk) =    rn_e3
+      END DO
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z1d
+   
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/README.md	(revision 15719)
@@ -0,0 +1,44 @@
+
+# Isomip demonstration case
+Here a description of the test case + link toward the src and notebooks. 
+<br>
+We here provide a physical description of this experiment and additional details as to how to run this experiment within NEMO. This experiment is **created and tested** for NEMO **code at revision 10193**. 
+
+A **ipython notebook is also provided** as a demonstration of possible analysis. If you have already run the NEMO experiment and want to analyse the resulting output, you can directly look at the notebook : **[here](https://github.com/pmathiot/NEMO-test-cases/tree/master/isomip/notebook/isomip_notebook.ipynb)**.
+
+## Objectives
+The purpose of this test case is to evaluate the impact of various schemes and new development with the iceshelf cavities circulation and melt. This configuration served as initial assesment of the ice shelf module in Losh et al. (2008) and Mathiot et al. (2017).
+
+## Physical description
+The ISOMIP set-up follows the recommendations of the inter comparison project for experiment 1.01 **[Hunter (2006)](http://staff.acecrc.org.au/~bkgalton/ISOMIP/test_cavities.pdf)**. The geometry is based on a closed domain with a flat seabed fixed at 900 m. The grid extends over 15° in longitude, from 0° to 15° E with a resolution of 0.3°, and 10° in latitude, from 80° to 70° S with a resolution of 0.1°. The spatial resolution ranges from 6 km at the southern boundary to 11 km at the northern boundary. The whole domain is covered with an ice shelf, and includes no open-ocean region. The ice shelf draft is uniform in the east–west direction, is set at 200 m between the northern boundary and 76° S and deepens linearly south of 76° S down to 700 m at the southern boundary. The water is initially at rest and has a potential temperature of −1.9° C and a salinity of 34.4 PSU. No restoring is applied to either the temperature and salinity.
+The vertical resolution is uniform and fixed at 30 m. The density  is  computed  using  the EOS80 function. This test case allow a direct comparison with Loasch (2008) and Mathiot et al. (2017).
+The default run is setup for 30 years and the analysis is done for month 329 (ie ~10000 days as in Losch, 2008).
+
+<img src="./figures/ISOMIP_geometry.png">
+
+### Exemple of run
+
+Run the executable (here on a 36 cores node) : (if you haven't compiled NEMO see [here](https://github.com/sflavoni/NEMO-test-cases) )
+``` 
+aprun -b  -n 36 -N 36 ./nemo
+```
+Output files are: <br>
+```
+ISOMIP_1m_00010101_00301231_grid_T.nc
+ISOMIP_1m_00010101_00301231_grid_U.nc
+ISOMIP_1m_00010101_00301231_grid_V.nc
+```
+Compile REBUILD_NEMO:
+```
+./maketools -n REBUILD_NEMO -m arch_name_used_during_nemo_compilation
+```
+Rebuild the mesh mask: <br>
+```
+tools/REBUILD_NEMO/rebuild_nemo -d 1 mesh_mask 36
+```
+
+* Available notebook python is **[here](https://github.com/pmathiot/NEMO-test-cases/tree/master/isomip/notebook/isomip_notebook.ipynb)**.
+
+## References
+Losch, M., 2008: Modeling ice shelf cavities in a z coordinate ocean general circulation model, J. Geophys. Res.-Oceans, 113, C08043.<br>
+Mathiot, P., Jenkins, A., Harris, C., and Madec, G., 2017: Explicit representation and parametrised impacts of under ice shelf seas in the z* coordinate ocean model NEMO 3.6, Geosci. Model Dev., 10, 2849-2874.
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/cpp_ISOMIP.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/cpp_ISOMIP.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/cpp_ISOMIP.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys   key_iomput key_mpp_mpi 
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/notebook/isomip_notebook.ipynb
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/notebook/isomip_notebook.ipynb	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/ISOMIP/notebook/isomip_notebook.ipynb	(revision 15719)
@@ -0,0 +1,438 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# ISOMIP\n",
+    "\n",
+    "This notebook shows how you can do basic analysis of the ISOMIP experiment. This is an example of plot of meridional overturning circulation, barotropic stream function and ice shelf melt pattern. This allow you to compare your results with Losch (2008) and Mathiot et al. (2017)."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# Run python script to have figure"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "To have figure you need 2 outputs:\n",
+    "- output filename\n",
+    "- mesh_mask file (output via namelist parameter nn_msh=1 in \"namdom\" block)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {
+    "collapsed": true
+   },
+   "source": [
+    "## Do figure with python script: "
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "### Import module, define function and load netcdf variables"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Populating the interactive namespace from numpy and matplotlib\n"
+     ]
+    }
+   ],
+   "source": [
+    "%pylab inline\n",
+    "import netCDF4 as nc\n",
+    "import numpy as np\n",
+    "import matplotlib.pyplot as plt \n",
+    "import pylab\n",
+    "import matplotlib as mpl\n",
+    "import matplotlib.colors as colors\n",
+    "import sys\n",
+    "mpl.rcParams['axes.linewidth'] = 2"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "def get_cmap(cpal, lvl, cext='neither', cbad='w'):\n",
+    "    nintlvl=len(lvl)-1\n",
+    "    if cext=='neither':\n",
+    "        ntotlvl=len(lvl)-1 ; imin=0 ; imax=ntotlvl\n",
+    "    elif cext=='both':\n",
+    "        ntotlvl=len(lvl)+1 ; imin=1 ; imax=ntotlvl-1\n",
+    "    elif cext=='max':\n",
+    "        ntotlvl=len(lvl)   ; imin=0 ; imax=ntotlvl-1\n",
+    "    elif cext=='min':\n",
+    "        ntotlvl=len(lvl)   ; imin=1 ; imax=ntotlvl\n",
+    "    else:\n",
+    "        print 'colorbar extension should be neither, both, max or min'\n",
+    "        sys.exit(42)\n",
+    "\n",
+    "    cmap = plt.get_cmap(cpal,ntotlvl)\n",
+    "    cmap = cmap(np.arange(ntotlvl)) ; cunder=cmap[0]; cover=cmap[-1]\n",
+    "    cmap = cmap[imin:imax]\n",
+    "    cmap=colors.LinearSegmentedColormap.from_list(\"cmap\", cmap, nintlvl)\n",
+    "    cmap.set_bad(cbad, 1.0)\n",
+    "    cmap.set_under(cunder)\n",
+    "    cmap.set_over(cover)\n",
+    "    return cmap"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [],
+   "source": [
+    "# read netcdf\n",
+    "ncid = nc.Dataset('mesh_mask.nc', mode='r')\n",
+    "\n",
+    "# load mask\n",
+    "tmask = ncid.variables['tmask'][0,:,:,:]\n",
+    "umask = ncid.variables['umask'][0,:,:,:]\n",
+    "vmask = ncid.variables['vmask'][0,:,:,:]\n",
+    "\n",
+    "# load horizontal metrics\n",
+    "e1v = ncid.variables['e1v'][0,:,:]\n",
+    "\n",
+    "# load coordinates\n",
+    "latt = ncid.variables['gphit'][0,:,0]\n",
+    "latt2d = ncid.variables['gphit'][0,:,:]\n",
+    "lont2d = ncid.variables['glamt'][0,:,:]\n",
+    "\n",
+    "# load depth\n",
+    "depw = ncid.variables['gdepw_1d'][0,:]"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "# get dimension\n",
+    "nx = len(ncid.dimensions['x'])\n",
+    "ny = len(ncid.dimensions['y'])\n",
+    "nz = len(ncid.dimensions['nav_lev'])"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [],
+   "source": [
+    "# close mesh mask\n",
+    "ncid.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "# read netcdf file\n",
+    "ncidT = nc.Dataset('ISOMIP_1m_00010101_00301231_grid_T.nc', mode='r')\n",
+    "ncidV = nc.Dataset('ISOMIP_1m_00010101_00301231_grid_V.nc', mode='r')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 7,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [],
+   "source": [
+    "itime = 328\n",
+    "# load meridional velocity\n",
+    "velV=ncidV.variables['vomecrty'][itime,:,:,:]\n",
+    "\n",
+    "# load e3t and rebuild depth\n",
+    "velV_e3v=ncidV.variables['e3v'][itime,:,:,:]\n",
+    "\n",
+    "# load melt\n",
+    "melt = ncidT.variables['sowflisf'][itime,:,:]"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 8,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [],
+   "source": [
+    "# close data file\n",
+    "ncidT.close()\n",
+    "ncidV.close()"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "### compute and plot bsf"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 9,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/opt/scitools/environments/default/2018_05_22-1/lib/python2.7/site-packages/numpy/ma/core.py:6385: MaskedArrayFutureWarning: In the future the default for ma.minimum.reduce will be axis=0, not the current None, to match np.minimum.reduce. Explicitly pass 0 or None to silence this warning.\n",
+      "  return self.reduce(a)\n",
+      "/opt/scitools/environments/default/2018_05_22-1/lib/python2.7/site-packages/numpy/ma/core.py:6385: MaskedArrayFutureWarning: In the future the default for ma.maximum.reduce will be axis=0, not the current None, to match np.maximum.reduce. Explicitly pass 0 or None to silence this warning.\n",
+      "  return self.reduce(a)\n"
+     ]
+    },
+    {
+     "data": {
+      "text/plain": [
+       "<matplotlib.text.Text at 0x7f8e812583d0>"
+      ]
+     },
+     "execution_count": 9,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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cEjMzMzMzy5WDEjMzMzMzy5WDEjMzMzMzy5WDEjMzMzMzy5WDEjMzMzMzy5WD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\nCZLHr2fwAZII78GZvLKUoYV86OK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JKK8L2i0l7YHuUFPD4AGsLSE3vjCsrWJCLn3So1ST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ckAPkUV5fVe922o89DezrmaeM0tkRCReWgAgheBtcB+wM3AIufcpHjOLVERkWnAb4ABqIn0\nZ3GeUsIgIhcB9wC/A/6FvpjZF1jYkQ9MA0RkIhpmfR5wN1ANnI4msb3EOfdAHKfXIxGRI9AkYx8C\nSejbxlHOudVR454CjgeuRN9EXuptH+Kc+3SXTroH0pH7KCIzgUPQ5G0L0QennwHF6Nvgdbt63j2J\njv4t+sbvBswHKoGlzrnDd9Vcjb6HiZJW8Nbe/Rpde7fC6xsJLAWuamvtnRFGRAqdc6VRfecAf0TV\n+ex4zCtREZF8YBHwIzSi3AwTJR3Dy1G0CLjGOXdPvOeTqIjI7cBPgAL/yxnvBUSTc25y3CaXAIjI\n+WjYzOiH6dCa7fOcc497fUnog/UXoTXbhtLGfYz1nTMcFXm3Oudu2qUT7cG0dg+jxsxC792eQJKJ\nEqM7seVbrXMy8F5IkAB4jkHvAqfGa1KJRvSXg8f/ULPgkF08nd7AHcBnzrln4j2RBOR8NJ66vcnf\nOVKABjTfk59t2HfKznAKGsXmr6EO51wQfat9nIhYlt4OEOs7x3vg3oJ953QKETkLXd1wbbznYvQN\n7AukdcYDC2L0L0TDpxk7zpFoaLhFcZ5HQiEihwFno85lRueZjOY1miYiy0SkQUSWiojdz87xR6/+\nnYgMEpE8EbkAXat8Z/ymlfDsBayICrcJ+p2TiiYfM3YAERmHLt9qL+yp4eFZ5e9EV4bEytBtGF1O\nwuUp2YX0I3YymdYSwxgdQESGoD4l/3HOdXcyoV6DiCQD96NZWpe1N96IyWCv3IG++VsOfAv4vYgk\n2ZKujuGcWygiR6GJan/gddcDFzvnno3fzBKetr5zQvuNTuItgbsf2Aw8GufpJBK/BhaHlhIaxq7A\nREnbxHK4sQSLO4iIZKEO7/XAd+M8nUTjp0A6rST+NDpEAM16+23n3Ite32wRGYWKFBMlHUBERgPP\no/HpL0SXcZ0KPCAitc65p+M5vwRGsO+c7uBe1PH9BOdcebwnkwh4Ed/ORpduGcYuw0RJ62wl9pup\nAmK/zTLaQETSgJeAkcDhzrn18Z1R4uCFob4O9YlIF5F0wg8qaSKSB2x3zjXFa44JQim6BOa1qP5/\no2v2BzrnNu76aSUcv0BfLJzs+TwAvCkiRcBv0QAMRucpA2KFnC/w7Tc6gZcv4Xvoi4jX4z2fBOJ+\n4BFgvff9IujzYsDbrnHO1cdzgkbvxHxKWmch6lcSzV7YutRO4S09egE4EDjeOWf3r3PsBqQBT6KC\neCv6gOKAq7z2hLjNLnFY2Ep/SOCZqOsYE4D5PkES4n2gUESK4zCn3sBCYJT30sHPeFQE2rLNTiAi\n16NJ3i5zzv053vNJMMYBFxP5fTMZzTdR5u0zjC7HREnr/AM4xJ9wyWtPRpcgGR1ARAT4M3AUms3z\nf3GeUiLyMXr/jkKDBISKoMmPjsQeWDrC37z6uKj+KcBa59zmXTyfRGUjsK/3ssHPIehSLnujv2P8\nA3Vo/1aow/OHOAN41TnXEK+JJRoichma4O0659x98Z5PAnIkLb9v5qNLNo8EnovLrIxejy3fap2H\nUCfOF0XkRq/vFjQR4INxm1XicR+aWG0GUCMiX/HtW9vXE1l1BOdcBdAik67qPVY55+bs8kklIM65\nV0RkNur70J+wo/sxaKZao2P8Hg1b+08RuQ9NMHsq8H/Anc65xnhOrqciIt/0mgeiLxROEJEtwBbn\n3NvOufki8gxwt4ikorkhvo8ueZ0Wjzn3RNq7jyJyJnAXmhx1dtR3ToVzrs9HfezA32Ks75ttaJ4S\n+74xug1LntgGIjIU/XD7OvqP+xrw49aSDBktEZEVwPBWdt/snLtlV86nNyEiQTR54s/jPZdEQUSy\nUZ+I09G1+l8Av7C8L51DRI4DrkGXFqUDX6L5Xx509qUSExFpIrYj+1vOua95Y9KA24CzgHz07fTV\n9iAYpr37KCKPAd9u5fDme92X6cjfYoxj3gQCzrkjunVyRp/GRIlhGIZhGIZhGHHFfEoMwzAMwzAM\nw4grJkoMwzAMwzAMw4grJkoMwzAMwzAMw4grJkoMwzAMwzAMw4grJkoMwzAMwzAMw4grJkoMwzAM\nwzAMw4grJkoMwzAMwzAMw4grJkoMwzD6CCJyk4g0iUhrCU2767p/9BK2GYZhGEZMTJQYhmHsBCJy\nhPeg/5N4z6UDOCBCHHjz/7mI5HbzdS1Tr2EYhtEqJkoMwzD6DrcCmc651b6+I4GfAflxmZFhGIZh\nAMnxnoBhGIaxa3DONQH1Ud0Sj7kYhmEYhh+zlBiGYewCRKRQRO4VkdUiUufVvxeRflHjzvWWgx0l\nIleKyDIRqRWRxSLy7RjnDYjIjSKyUkRqROQTETkjlv9IdJ+IPIZaSQBWevuaRORn3v5WfUG8cY9G\n9aWJyEwRWSci1SLynoh8vY17MlpEnhCR9d49WSEid4hIZkfvq2EYhtE7MEuJYRhGN+P5a8wDdgMe\nAT4G9gMuAY4SkYOdc1VRh90OpAP3A3Xe2MdEZKlzbp5v3L3ARcDrwEygv9e3kpZ+HNG+HfcDucBU\n4HKg1Ov/tJXx7fEX4FTgReDfwO7AC8CK6IEicoA3563ePNYB+wCXAZNE5AjnXLAT1zYMwzASGBMl\nhmEY3c816AP6951zD4Q6RWQ+8HvgauDnUcekAgeGHsxF5HlgOXApKnAQkb1QQfIv59yJvvM+C8xv\nb1LOuf+KyKeoKHkxytekU4jIsaggecw5d76v/23g77QUN4+iQuQg51y1b/zrwN+A6cDjOzofwzAM\nI7Gw5VuGYRjdz1RgC/BQVP8DQAlwWoxj7vVbCpxz64ElwBjfmJPQh/3f+g90zi0EXt35aXeKU725\n/DpqLv8AFvv7RGQCMBF4GsjwlrYVikghMBeoAo7dJbM2DMMwegQmSgzDMLqfUcBiz9G8GU90LEaX\ndUXsIsaSJ3R5VWHUeUHFSjSLY/R1J7uh4YZjzWVR1PY4r74ZFWv+sgnIBAZ0zzQNwzCMnogt3zIM\nw+iZtOZPIa20u4OY/iQikhSru43zRO8Lbf8GmNXKMVvbnpphGIbRmzBRYhiG0f0sB/YQkYDfWuI9\n3I/19u8IIWvKHqhju589O3iOthzZywBEJN85t83XH23ZAfgS+Dr680RbRqLnstSrg865Nzo4T8Mw\nDKMXY8u3DMMwup+/o1GxvhfVf6HX/8IOnvcl1OpwuYg0WyNEZCId98mo9Op+MfYt8c5/TFT/lTHG\nvuiNvcrfKSJTUdHUjHPuY2ABcLGIjCIKEUkSkYIOzd4wDMPoFZilxDAMo2s4RkQyYvSXAL8CvgXc\n64XC/RjYH/gualWYGXVMh5ZlOec+F5EHgQuA10Tkb0Ax8H3gI+AA2g/p+553vTtE5CmgFljgOcs/\njYYmflBExqE+LccT6dcSmsu/ReQl4FzPYX0WMBoVXguA8VGHnIOGBP7Uy3eyEPUlGQ18A/gpFn3L\nMAyjz2CixDAMY+dxwHFeiWaxc+4BEZmEOnafApyHOnTfB9wUI0dJW0Iiet8laGjd81Fxsxi4GPgK\nKkpq2py4c3NF5GrvmAfR74WbgYXOue0icjxwJ3AtalV5Hg3XuzXGXM4AZnj7j0HFyDeAs4C9oq47\nX0T28857MhraeDu6DO1RVLAYhmEYfQRxrjN5sQzDMIxEwLNaHAnkOvugNwzDMHo45lNiGIaRwIhI\neoy+vYEpwOsmSAzDMIxEwCwlhmEYCYyIXAR8G3gZzfMxDvUxATjMOdduZnfDMAzDiDcmSgzDMBIY\nETkIuAXYF42gtR2YA9ziRbkyDMMwjB6PiRLDMAzDMAzDMOKK+ZQYhmEYhmEYhhFXTJQYhmEYhmEY\nhhFXTJQYhmEYhmEYhhFXTJQYhmEYhmEYhhFXTJQYhmEYhmEYhhFXTJQYhmEYhmEYhhFX/h9mwWh1\nmM3DWgAAAABJRU5ErkJggg==\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x7f8e9c0ade90>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# compute bsf\n",
+    "velV_bsf=np.cumsum(np.sum(velV*velV_e3v,0)*e1v,1)/1.0e6 # in Sv\n",
+    "\n",
+    "# plot bsf\n",
+    "fig = plt.figure(figsize=(14, 10)) \n",
+    "\n",
+    "# colorbar bar level definition\n",
+    "eps = 1e-10\n",
+    "lvl = np.arange(0, 0.32+eps, 0.02)\n",
+    "cext = 'max'\n",
+    "cmap = get_cmap('jet', lvl, cext)\n",
+    "\n",
+    "# pcolor for colorbar design\n",
+    "pcol = plt.pcolor(lont2d, latt2d, velV_bsf, vmin=lvl[0], vmax=lvl[-1], cmap=cmap)\n",
+    "plt.clf()\n",
+    "\n",
+    "# make plot\n",
+    "ax = plt.gca()\n",
+    "ax.contour(lont2d, latt2d, velV_bsf, levels=lvl, linewidths=2, cmap=cmap)\n",
+    "plt.ylim(np.min(latt2d), np.max(latt2d))  \n",
+    "plt.xlim(np.min(lont2d), np.max(lont2d))  \n",
+    "\n",
+    "# tidy up the plot (colorbar, axis ...)\n",
+    "cbar= plt.colorbar(pcol, ticks=lvl, extend=cext)\n",
+    "cbar.ax.tick_params(labelsize=16)\n",
+    "\n",
+    "plt.yticks(fontsize=16)\n",
+    "plt.xticks(fontsize=16)\n",
+    "plt.ylabel('Latitude', fontsize=18)\n",
+    "plt.xlabel('Longitude', fontsize=18)\n",
+    "plt.title('Barotropic stream function (Sv)', fontsize=22)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "### compute and plot moc"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 10,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "<matplotlib.text.Text at 0x7f8e7bf62610>"
+      ]
+     },
+     "execution_count": 10,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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gOtDbOfdJRWVeRERERGQXchn+gf3+zrm5AGb2KzATuBx4qqSVnXN1gnXaAP1L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O7apYIbI38Wws3HINMK4W7wYxR0vkAHzt9p4r0rscDNcfDKKGjlV7v3q9GwWCyw56AIjb/3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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x7f8e940acbd0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "#compute moc\n",
+    "velV_moc = np.zeros(shape=(nz,ny))\n",
+    "velV_moc=np.cumsum(np.sum(velV*velV_e3v*e1v,axis=2),axis=0)/1.0e6\n",
+    "\n",
+    "# plot moc\n",
+    "fig = plt.figure(figsize=(14, 10)) \n",
+    "\n",
+    "# colorbar bar level definition\n",
+    "eps = 1e-10\n",
+    "lvl = np.arange(0, 0.12+eps, 0.01)\n",
+    "cext = 'max'\n",
+    "cmap = get_cmap('jet', lvl, cext)\n",
+    "\n",
+    "# pcolor for colorbar design\n",
+    "pcol = plt.pcolor(latt, depw, velV_moc, vmin=lvl[0], vmax=lvl[-1], cmap=cmap)\n",
+    "plt.clf()\n",
+    "\n",
+    "# make plot\n",
+    "ax = plt.gca()  #get current axis\n",
+    "ax.contour(latt,depw, velV_moc, levels=lvl, linewidths=2, cmap=cmap)\n",
+    "plt.ylim(np.min(depw), np.max(depw))  \n",
+    "plt.xlim(np.min(latt), np.max(latt))  \n",
+    "ax.invert_yaxis() \n",
+    "\n",
+    "# tidy up the plot (colorbar, axis ...)\n",
+    "cbar = plt.colorbar(pcol, ticks=lvl, extend=cext)\n",
+    "cbar.ax.tick_params(labelsize=16)\n",
+    "\n",
+    "plt.yticks(fontsize=16)\n",
+    "plt.xticks(fontsize=16)\n",
+    "plt.ylabel('depth (m)', fontsize=18)\n",
+    "plt.xlabel('Latitude', fontsize=18)\n",
+    "plt.title('Meridional overturning circulation (Sv)', fontsize=22)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "### compute and plot isf melt"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 11,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "<matplotlib.text.Text at 0x7f8e81291050>"
+      ]
+     },
+     "execution_count": 11,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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Ew4kkSZKklmA4kSRJktQSDCeSJEmSWoLhRJIkSVJLMJxIkiRJagmGE0mSJEkt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8pud3/kHAeSy5FaPNh0un/xvCEYnHbjNdo8MaV4sIHztePjb9Xo0lRKuyTLOIYPaGLv4UWbOsIn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\nF/x/Ef7gfdvhCaYAAAAASUVORK5CYII=\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x7f8e79fd4ad0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# compute melt\n",
+    "melt = melt * 86400.0 * 365.0 / 1000.0 # in m/y\n",
+    "\n",
+    "#plot melt\n",
+    "fig = plt.figure(figsize=(14, 10)) \n",
+    "\n",
+    "# colorbar bar level definition\n",
+    "lvl = np.arange(-1.4, 1.4+eps, 0.2)\n",
+    "cext = 'both'\n",
+    "cmap = get_cmap('jet',lvl,cext)\n",
+    "\n",
+    "# pcolor for colorbar design\n",
+    "pcol = plt.contourf(lont2d, latt2d, melt, levels=lvl, cmap=cmap, extend=cext)\n",
+    "plt.contour(lont2d, latt2d, melt, levels=lvl[0::2], colors='k')\n",
+    "plt.ylim(np.min(latt2d), np.max(latt2d))  \n",
+    "plt.xlim(np.min(lont2d), np.max(lont2d))  \n",
+    "\n",
+    "# tidy up the plot (colorbar, axis ...)\n",
+    "cbar = plt.colorbar(pcol, ticks=lvl)\n",
+    "cbar.ax.tick_params(labelsize=16)\n",
+    "\n",
+    "plt.yticks(fontsize=16)\n",
+    "plt.xticks(fontsize=16)\n",
+    "plt.ylabel('Latitude', fontsize=18)\n",
+    "plt.xlabel('Longitude', fontsize=18)\n",
+    "plt.title('Ice shelf melt (m/y)', fontsize=22)"
+   ]
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 2",
+   "language": "python",
+   "name": "python2"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 2
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython2",
+   "version": "2.7.12"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 2
+}
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LICENSE
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LICENSE	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LICENSE	(revision 15719)
@@ -0,0 +1,506 @@
+
+CeCILL FREE SOFTWARE LICENSE AGREEMENT
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+   2. loading, displaying, running, or storing the Software on any or
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+
+      5.2 ENTITLEMENT TO MAKE CONTRIBUTIONS
+
+The right to make Contributions includes the right to translate, adapt,
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+
+      5.3 RIGHT OF DISTRIBUTION
+
+In particular, the right of distribution includes the right to publish,
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+Software by any means.
+
+The Licensee is further authorized to distribute copies of the modified
+or unmodified Software to third parties according to the terms and
+conditions set forth hereinafter.
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+
+        5.3.1 DISTRIBUTION OF SOFTWARE WITHOUT MODIFICATION
+
+The Licensee is authorized to distribute true copies of the Software in
+Source Code or Object Code form, provided that said distribution
+complies with all the provisions of the Agreement and is accompanied by:
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+   2. a notice relating to the limitation of both the Licensor's
+      warranty and liability as set forth in Articles 8 and 9,
+
+and that, in the event that only the Object Code of the Software is
+redistributed, the Licensee allows future Licensees unhindered access to
+the full Source Code of the Software by indicating how to access it, it
+being understood that the additional cost of acquiring the Source Code
+shall not exceed the cost of transferring the data.
+
+
+        5.3.2 DISTRIBUTION OF MODIFIED SOFTWARE
+
+When the Licensee makes a Contribution to the Software, the terms and
+conditions for the distribution of the resulting Modified Software
+become subject to all the provisions of this Agreement.
+
+The Licensee is authorized to distribute the Modified Software, in
+source code or object code form, provided that said distribution
+complies with all the provisions of the Agreement and is accompanied by:
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+   2. a notice relating to the limitation of both the Licensor's
+      warranty and liability as set forth in Articles 8 and 9,
+
+and that, in the event that only the object code of the Modified
+Software is redistributed, the Licensee allows future Licensees
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+transferring the data.
+
+
+        5.3.3 DISTRIBUTION OF EXTERNAL MODULES
+
+When the Licensee has developed an External Module, the terms and
+conditions of this Agreement do not apply to said External Module, that
+may be distributed under a separate license agreement.
+
+
+        5.3.4 COMPATIBILITY WITH THE GNU GPL
+
+The Licensee can include a code that is subject to the provisions of one
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+
+The Licensee can include the Modified or unmodified Software in a code
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+the GNU GPL.
+
+
+    Article 6 - INTELLECTUAL PROPERTY
+
+
+      6.1 OVER THE INITIAL SOFTWARE
+
+The Holder owns the economic rights over the Initial Software. Any or
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+The Holder undertakes that the Initial Software will remain ruled at
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+
+      6.2 OVER THE CONTRIBUTIONS
+
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+intellectual property rights over this Contribution as defined by
+applicable law.
+
+
+      6.3 OVER THE EXTERNAL MODULES
+
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+
+
+      6.4 JOINT PROVISIONS
+
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+
+   1. not to remove, or modify, in any manner, the intellectual property
+      notices attached to the Software;
+
+   2. to reproduce said notices, in an identical manner, in the copies
+      of the Software modified or not.
+
+The Licensee undertakes not to directly or indirectly infringe the
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+Software and to take, where applicable, vis-à-vis its staff, any and all
+measures required to ensure respect of said intellectual property rights
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+
+
+    Article 7 - RELATED SERVICES
+
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+terms and conditions of such technical assistance, and/or such
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+
+
+    Article 8 - LIABILITY
+
+8.1 Subject to the provisions of Article 8.2, the Licensee shall be
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+
+8.2 The Licensor's liability is limited to the commitments made under
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+
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+
+
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+
+
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+
+
+      11.1 EXCUSABLE EVENTS
+
+Neither Party shall be liable for any or all delay, or failure to
+perform the Agreement, that may be attributable to an event of force
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+networks, network paralysis following a virus attack, intervention by
+government authorities, natural disasters, water damage, earthquakes,
+fire, explosions, strikes and labor unrest, war, etc.
+
+11.2 Any failure by either Party, on one or more occasions, to invoke
+one or more of the provisions hereof, shall under no circumstances be
+interpreted as being a waiver by the interested Party of its right to
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+text. All other provisions shall remain effective. Similarly, invalidity
+of a provision of the Agreement, for any reason whatsoever, shall not
+cause the Agreement as a whole to be invalid.
+
+
+      11.5 LANGUAGE
+
+The Agreement is drafted in both French and English and both versions
+are deemed authentic.
+
+
+    Article 12 - NEW VERSIONS OF THE AGREEMENT
+
+12.1 Any person is authorized to duplicate and distribute copies of this
+Agreement.
+
+12.2 So as to ensure coherence, the wording of this Agreement is
+protected and may only be modified by the authors of the License, who
+reserve the right to periodically publish updates or new versions of the
+Agreement, each with a separate number. These subsequent versions may
+address new issues encountered by Free Software.
+
+12.3 Any Software distributed under a given version of the Agreement may
+only be subsequently distributed under the same version of the Agreement
+or a subsequent version, subject to the provisions of Article 5.3.4.
+
+
+    Article 13 - GOVERNING LAW AND JURISDICTION
+
+13.1 The Agreement is governed by French law. The Parties agree to
+endeavor to seek an amicable solution to any disagreements or disputes
+that may arise during the performance of the Agreement.
+
+13.2 Failing an amicable solution within two (2) months as from their
+occurrence, and unless emergency proceedings are necessary, the
+disagreements or disputes shall be referred to the Paris Courts having
+jurisdiction, by the more diligent Party.
+
+
+Version 2.0 dated 2006-09-05.
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,35 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+      <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+      <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+      <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+      <axis id="nfloat" long_name="Float number"      unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+      <axis id="ncatice" long_name="Ice category"       unit="1"               />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,38 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@" sync_freq="10d" min_digits="4">
+      <file_group id="30mi" output_freq="30mi"  output_level="10" enabled=".TRUE." >  <!-- 5d files -->  
+ 
+	<file id="file1" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="e3t"          name="e3t_inst"     long_name="instantaneous T-cell thickness"                operation="instant" />
+	  <field field_ref="toce"         name="thetao_inst"  long_name="instantaneous sea water potential temperature" operation="instant" /> 
+	  <field field_ref="ssh"          name="ssh_inst"     long_name="instantaneous sea surface height above geoid"  operation="instant" />
+	</file>
+
+	<file id="file3" name_suffix="_grid_U" description="ocean U grid variables" >
+	  <field field_ref="e3u"          name="e3u_inst"     long_name="instantaneous U-cell thickness"        operation="instant" />
+	  <field field_ref="uoce"         name="uo_inst"      long_name="instantaneous sea water x velocity"    operation="instant" />
+	</file>
+	
+	<file id="file4" name_suffix="_grid_V" description="ocean V grid variables" >
+	  <field field_ref="e3v"          name="e3v_inst"     long_name="instantaneous V-cell thickness"        operation="instant" />
+	  <field field_ref="voce"         name="vo_inst"      long_name="instantaneous sea water y velocity"    operation="instant" />
+	</file>
+	
+	<file id="file5" name_suffix="_grid_W" description="ocean W grid variables" >
+	  <field field_ref="e3w"          name="e3w_inst"     long_name="instantaneous W-cell thickness"        operation="instant" />
+	  <field field_ref="woce"         name="wo_inst"      long_name="instantaneous ocean vertical velocity" operation="instant" />
+	</file>
+
+      </file_group>
+
+   </file_definition>
+    
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">true</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_flux_cen2_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_flux_cen2_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_flux_cen2_cfg	(revision 15719)
@@ -0,0 +1,200 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT2_flux_cen2"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+   !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .true.  !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .true.  !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_flux_ubs_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_flux_ubs_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_flux_ubs_cfg	(revision 15719)
@@ -0,0 +1,313 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                    LOCK EXCHANGE configuration                     !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT2_flux_ubs"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .true.  !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .true.  !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF =  .true.    !  No operator (i.e. no explicit diffusion)
+   ln_dynldf_lap =  .false.    !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.    !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coef 
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_eenH_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_eenH_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_eenH_cfg	(revision 15719)
@@ -0,0 +1,199 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT2_vect_eenH"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+   !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 1       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_een_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_een_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_een_cfg	(revision 15719)
@@ -0,0 +1,198 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT2_vect_een"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+   !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_ene_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_ene_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_ene_cfg	(revision 15719)
@@ -0,0 +1,198 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT2_vect_ene"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .true.  !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_ens_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_ens_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT2_vect_ens_cfg	(revision 15719)
@@ -0,0 +1,199 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT2_vect_ens"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .true.  !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_flux_cen2_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_flux_cen2_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_flux_cen2_cfg	(revision 15719)
@@ -0,0 +1,199 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT4_flux_cen2"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .true.  !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .true.  !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_flux_ubs_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_flux_ubs_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_flux_ubs_cfg	(revision 15719)
@@ -0,0 +1,199 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT4_flux_ubs"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .true.  !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .true.  !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF =  .true.    !  No operator (i.e. no explicit diffusion)
+   ln_dynldf_lap =  .false.    !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.    !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coef 
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_eenH_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_eenH_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_eenH_cfg	(revision 15719)
@@ -0,0 +1,198 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT4_vect_eenH"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 1       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_een_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_een_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_een_cfg	(revision 15719)
@@ -0,0 +1,199 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT4_vect_een"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_ene_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_ene_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_ene_cfg	(revision 15719)
@@ -0,0 +1,200 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT4_vect_ene"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .true.  !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_ens_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_ens_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_FCT4_vect_ens_cfg	(revision 15719)
@@ -0,0 +1,199 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : used to overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   LOCK_EXCHANGE user defined namelist
+!-----------------------------------------------------------------------
+   rn_dx       =    500.   ! horizontal resolution in meters
+   rn_dz       =      1.   ! vertical   resolution in meters
+/
+!
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      =   "LOCK_FCT4_vect_ens"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   61200   ! for 17h of simulation  (=61200 time-step)
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   61200   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   61200   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .false.   !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namdom        !   space and time domain (bathymetry, mesh, timestep)
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_isfhmin  =    0.00   !  treshold (m) to discriminate grounding ice to floating ice
+   !
+   rn_rdt      =    1.     !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =    0.1    !  asselin time filter parameter
+   !
+   ln_crs      = .false.   !  Logical switch for coarsening module
+   !
+   ln_meshmask = .false.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namtsd    !   data : Temperature  & Salinity
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&namdrg            !   top/bottom drag coefficient                      (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0                  
+/
+!-----------------------------------------------------------------------
+&nameos        !   ocean physical parameters
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                     ! S-EOS coefficients (nn_eos=1):
+   !                          !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.2         !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  0.          !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  4            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  4            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers
+!-----------------------------------------------------------------------
+  !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .true.  !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&nam_vvl    !   vertical coordinate options                             (default: zstar)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   option of physics/algorithm
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .true.  !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   Surface pressure gradient
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.   ! explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .true.     ! Number of sub-step defined from:
+         nn_baro      =  1         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.     !  iso-level
+   ln_dynldf_hor =  .true.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 4.e-5            !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 500.             !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!======================================================================
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints & Benchmark
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,1 @@
+link namelist_FCT2_flux_ubs_cfg
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,109 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE usrdef_hgr   ***
+   !!
+   !!                  ===  LOCK_EXCHANGE configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2016-08  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for LOCK_EXCHANGE configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce  ,  ONLY: nimpp, njmpp       ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx   ! horizontal resolution in meters
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                LOCK_EXCHANGE configuration : uniform grid spacing (rn_dx)
+      !!                without Coriolis force (f=0)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zfact      ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : LOCK_EXCHANGE configuration bassin'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~   uniform grid spacing WITHOUT Coriolis force (f=0)'
+      !
+      !                       !==  grid point position  ==!   (in kilometers)
+      zfact = rn_dx * 1.e-3         ! conversion in km
+      DO jj = 1, jpj
+         DO ji = 1, jpi             ! longitude
+            plamt(ji,jj) = zfact * (  - 0.5 + REAL( ji-1 + nimpp-1 , wp )  )  
+            plamu(ji,jj) = zfact * (          REAL( ji-1 + nimpp-1 , wp )  )
+            plamv(ji,jj) = plamt(ji,jj)
+            plamf(ji,jj) = plamu(ji,jj)
+            !                       ! latitude
+            pphit(ji,jj) = zfact * (  - 0.5 + REAL( jj-1 + njmpp-1 , wp )  )
+            pphiu(ji,jj) = pphit(ji,jj)
+            pphiv(ji,jj) = zfact * (          REAL( jj-1 + njmpp-1 , wp )  )
+            pphif(ji,jj) = pphiv(ji,jj)
+         END DO
+      END DO
+      !
+      !                       !==  Horizontal scale factors  ==!   (in meters) 
+      pe1t(:,:) = rn_dx   ;   pe2t(:,:) = rn_dx
+      pe1u(:,:) = rn_dx   ;   pe2u(:,:) = rn_dx
+      pe1v(:,:) = rn_dx   ;   pe2v(:,:) = rn_dx
+      pe1f(:,:) = rn_dx   ;   pe2f(:,:) = rn_dx
+      !
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      pff_f(:,:) = 0._wp            ! here No earth rotation: f=0
+      pff_t(:,:) = 0._wp
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,81 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                     ***  MODULE usrdef_istate   ***
+   !!
+   !!                  ===  LOCK_EXCHANGE configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-03  (S. Flavoni, G. Madec) Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce , ONLY : glamt 
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate   ! called by istate.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here LOCK_EXCHANGE configuration 
+      !!
+      !! ** Method  : - set temprature field
+      !!              - set salinity   field
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height
+      !
+      INTEGER  ::   jk     ! dummy loop indices
+      REAL(wp) ::   zdam   ! location of dam [Km]
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : LOCK_EXCHANGE configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   Ocean at rest, with a constant salinity (not used as rho=F(T) '
+      IF(lwp) WRITE(numout,*) '                 and a vertical density front with a 5 kg/m3 difference located at glam=32km'
+      IF(lwp) WRITE(numout,*) '                 (i.e. a temperature difference of 25 degrees with rn_a0 = 0.2'
+      !
+      !  rn_a0 =  0.2   !  thermal expension coefficient (nn_eos= 1)
+      !  rho = rau0 - rn_a0 * (T-10) 
+      !  delta_T = 25 degrees  ==>>  delta_rho = 25 * rn_a0 = 5 kg/m3
+      !
+      pu  (:,:,:) = 0._wp        ! ocean at rest
+      pv  (:,:,:) = 0._wp
+      pssh(:,:)   = 0._wp
+      !
+      !                          ! T & S profiles
+      zdam = 32.                      ! density front position in kilometers
+      pts(:,:,:,jp_tem) = 30._wp * ptmask(:,:,:)
+      DO jk = 1, jpkm1
+         WHERE( glamt(:,:) <= zdam )   pts(:,:,jk,jp_tem) = 5._wp * ptmask(:,:,jk)
+      END DO
+      !
+      pts(:,:,:,jp_sal) = 35._wp * ptmask(:,:,:)
+      !   
+   END SUBROUTINE usr_def_istate
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,102 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE usrdef_nam  ***
+   !!
+   !!                  ===  LOCK_EXCHANGE configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx     ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dz     ! resolution in meters defining the vertical   domain size
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here LOCK_EXCHANGE configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii   ! Local integer
+      !!
+      NAMELIST/namusr_def/ rn_dx, rn_dz
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      !
+      cd_cfg = 'LOCK_EXCHANGE'      ! name & resolution (not used)
+      kk_cfg = INT( rn_dx )
+      !
+      ! Global Domain size:  LOCK_EXCHANGE domain is 64 km x 3 grid-points x 20 m
+      kpi = INT(  64.e3 / rn_dx ) + 2
+      kpj = 3
+      kpk = INT(  20.  / rn_dz ) + 1
+      !
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : LOCK_EXCHANGE test case'                             ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution                    rn_dx  = ', rn_dx, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      vertical   resolution                    rn_dz  = ', rn_dz, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      LOCK_EXCHANGE domain = 64 km  x  3 grid-points  x  20 m'                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         resulting global domain size :        jpiglo = ', kpi                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpjglo = ', kpj                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpkglo = ', kpk                ;   ii = ii + 1
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 0                    ! LOCK_EXCHANGE configuration : closed domain
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      closed                                   jperio = ', kperio             ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,87 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE usrdef_sbc  ***
+   !! 
+   !!                  ===  LOCK_EXCHANGE configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in LOCK_EXCHANGE case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ice fields
+   USE phycst          ! physical constants
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for LOCK_EXCHANGE case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : LOCK_EXCHANGE case: NO surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   utau = vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !         
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,168 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                   ===  LOCK_EXCHANGE case  ===
+   !!
+   !! Ocean domain : user defined vertical coordinate system 
+   !!======================================================================
+   !! History :  4.0  ! 2016-08  (G. Madec, S. Flavoni)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!       zgr_z1d   : reference 1D z-coordinate 
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+   USE timing         ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr   ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10425 2018-12-19 21:54:16Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v , pe3f ,               &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw,                      &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   jk   ! dummy indices
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : LOCK_EXCHANGE configuration (z-coordinate closed box ocean without cavities)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate   ==>>>   here LOCK EXCHANGE : flat bottom always 
+      ! ---------------------------
+      ld_zco    = .TRUE.       ! z-partial-step coordinate
+      ld_zps    = .FALSE.      ! z-partial-step coordinate
+      ld_sco    = .FALSE.      ! s-coordinate
+      ld_isfcav = .FALSE.      ! ISF Ice Shelves Flag
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  UNmasked meter bathymetry  ==!
+      !
+      ! flat bassin (20m deep and 64000m wide, set through the jpk and jpi (see userdef_nam.F90))
+      CALL zgr_z1d( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      !
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      ! no ocean cavities : top ocean level is ONE, except over land
+      ! the ocean basin surrounded by land (1 grid-point) set through lbc_lnk call as jperio=0 
+      z2d(:,:) = 1._wp                    ! surface ocean is the 1st level
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )        ! closed basin since jperio = 0 (see userdef_nam.F90)
+      k_top(:,:) = NINT( z2d(:,:) )
+      !
+      !                              
+      !                       !==  z-coordinate  ==!   (step-like topography)
+      !
+      !                                !* bottom ocean compute from the depth of grid-points
+      k_bot(:,:) = jpkm1 * k_top(:,:)     ! here use k_top as a land mask
+      !                                !* horizontally uniform coordinate (reference z-co everywhere)
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z1d( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z1d  ***
+      !!
+      !! ** Purpose :   set the depth of model levels and the resulting 
+      !!      vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!
+      !!            ===    Here constant vertical resolution   ===
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zt, zw   ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) THEN                         ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z1d : Reference vertical z-coordinates: uniform dz = ', rn_dz
+         WRITE(numout,*) '    ~~~~~~~'
+      ENDIF
+      !
+      ! Reference z-coordinate (depth - scale factor at T- and W-points)   ! Madec & Imbard 1996 function
+      ! ----------------------
+      DO jk = 1, jpk
+         zw = REAL( jk , wp )
+         zt = REAL( jk , wp ) + 0.5_wp
+         pdepw_1d(jk) =    rn_dz *   REAL( jk-1 , wp )
+         pdept_1d(jk) =    rn_dz * ( REAL( jk-1 , wp ) + 0.5_wp )
+         pe3w_1d (jk) =    rn_dz
+         pe3t_1d (jk) =    rn_dz
+      END DO
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z1d
+   
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/README.md	(revision 15719)
@@ -0,0 +1,91 @@
+# Lock Exchange demonstration case
+Here a description of the test case + link toward the src and notebooks. 
+<br>
+We here provide a physical description of this experiment and additional details as to how to run this experiment within NEMO. This experiment is **created and tested** for NEMO **code at revision 8097**. 
+
+A **ipython notebook is also provided** as a demonstration of possible analysis. If you have already run the NEMO experiment and want to analyse the resulting output, you can directly look at the notebook : **[here](https://github.com/sflavoni/NEMO-test-cases/blob/master/lock-exchange/notebook/lock-notebook.ipynb)**.
+
+## Objectives
+The LOCK EXCHANGE experiment is a classical fluid dynamics experiment that has been adapted by Haidvogel and Beckmann (1999) for testing advection schemes in ocean circulation models. It has been used by several authors including Burchard and Bolding (2002) and Ilıcak et al. (2012). The LOCK EXCHANGE experiment can in particulart illustrate the impact of different choices of numerical schemes and/or subgrid closures on spurious interior mixing. <br>
+Here we can assess the behaviour of the second-order tracer advection scheme FCT2 and fortht-order FCT4, with some exemple of python scripts into the notebook associated.
+
+
+## Physical description
+NEMO LOCK EXCHANGE demonstration case follows the specifications of Illicak et al. (2012): 
+"A vertical density front separates two density classes. Adjustment occurs in which lighter water moves above heavier water". <br>
+For the lock exchange test case, a closed two-dimensional vertical domain with a constant depth of H = 20 m and a length of L = 64 km is considered. Initially, the left half of the domain (x < 32 km) has a density of σt = 5 kg m−3 and the right half of the domain (x ⩾ 32 km) has a density of σt = 30 kg m−3, separated by a vertical line (here salinity is constant = 35 psu). Initial surface elevation and velocity are zero.<br>
+At t = 0, the separation is removed such that the dense water is forced under the fresh water, and the system evolves for 17 hours. Earth rotation, bottom friction and mixing are neglected, such that the effective density mixing is only due to advection of tracers.  <br>
+
+ <img src="./figures/start-lock-exchange.001.jpeg"><br>
+ 
+
+### Exemple of run
+In this exemple we assess the behaviour of the second-order tracer advection scheme FCT2. We propose to run sensibility test of tracer advection scheme in NEMO using FCT4 scheme.<br>
+
+* The **Reference Simulation** : **FCT2** is the first simulation, in which Flux-Corrected Transport tracer advection scheme of 2th order is used.
+
+```
+cd TEST_CASES/LOCK_EXCHANGE/EXP00
+ln -sf namelist_FCT2_vect_ens_cfg namelist_cfg
+```
+choice of tracer advection scheme is done in namtra_adv block of namelist: 
+
+~~~fortran
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer
+!-----------------------------------------------------------------------
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+      nn_fct_zts =  0            !  >=1, 
+~~~
+
+Run the executable : (if you haven't compiled NEMO see [here](https://github.com/sflavoni/NEMO-test-cases) )
+
+``` 
+ mpirun -np 1 ./opa 
+```
+Output files are: <br>
+
+~~~
+LOCK_FCT2_vect_ens_grid_T.nc
+LOCK_FCT2_vect_ens_grid_U.nc
+LOCK_FCT2_vect_ens_grid_V.nc
+LOCK_FCT2_vect_ens_grid_W.nc
+~~~
+
+* The **Sensibility Simulation** : **FCT4** is the sensibility test, in which Flux-Corrected Transport tracer advection scheme of 4th order is used.
+
+
+```
+ln -sf namelist_FCT4_vect_ens_cfg namelist_cfg
+```
+
+Run the executable again : 
+
+``` 
+ mpirun -np 1 ./opa 
+```
+
+Output files : <br>
+
+~~~
+LOCK_FCT4_vect_ens_grid_T.nc
+LOCK_FCT4_vect_ens_grid_U.nc
+LOCK_FCT4_vect_ens_grid_V.nc
+LOCK_FCT4_vect_ens_grid_W.nc
+~~~
+
+* You can change output file name  in variable @expname@ in file\_def\_nemo-opa.xml
+
+~~~xml
+<file_definition type="multiple_file" name="@expname@" sync_freq="10d" min_digits="4">
+~~~
+
+* Available notebook python is **[here](https://github.com/sflavoni/NEMO-test-cases/blob/master/lock-exchange/notebook/lock-notebook.ipynb)**.
+
+## References
+
+Ilıcak, Mehmet, et al. "Spurious dianeutral mixing and the role of momentum closure." Ocean Modelling 45 (2012): 37-58.<br>
+Haidvogel, Dale B., and Aike Beckmann. Numerical ocean circulation modeling. Vol. 2. World Scientific, 1999. <br>
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/cpp_LOCK_EXCHANGE.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/cpp_LOCK_EXCHANGE.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/cpp_LOCK_EXCHANGE.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys   key_iomput key_mpp_mpi 
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/notebook/.ipynb_checkpoints/lock-notebook-checkpoint.ipynb
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/notebook/.ipynb_checkpoints/lock-notebook-checkpoint.ipynb	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/notebook/.ipynb_checkpoints/lock-notebook-checkpoint.ipynb	(revision 15719)
@@ -0,0 +1,185 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# LOCK_EXCHANGE"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "This notebook shows how you can do some analysis of the LOCK EXCHANGE experiment. This is an example of plot of temperature after 17 hours of run, using a forth/order advection scheme."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# Run python script to have figure"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "To have figure you need 3 outputs:\n",
+    "- output filename\n",
+    "- mesh_mask file (output via namelist parameter nn_msh=1 in \"namdom\" block)\n",
+    "- time step value"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {
+    "collapsed": true
+   },
+   "source": [
+    "## Do figure with python script: "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 17,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Populating the interactive namespace from numpy and matplotlib\n"
+     ]
+    }
+   ],
+   "source": [
+    "%pylab inline\n",
+    "from netCDF4 import Dataset\n",
+    "import numpy as np\n",
+    "import sys \n",
+    "import matplotlib.pyplot as plt \n",
+    "import pylab"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 30,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [],
+   "source": [
+    "# set time step after 17 hours  \n",
+    "time='33'\n",
+    "# read netcdf file\n",
+    "ncfile = Dataset('LOCK_FCT4_vect_ens_grid_T.nc', mode='r')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 31,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "# read mesh_mask\n",
+    "ncmesh = Dataset('mesh_mask.nc')\n",
+    "lat2d  = ncmesh.variables['gphit'][  :,:].squeeze()\n",
+    "lon2d  = ncmesh.variables['glamt'][  :,:].squeeze()\n",
+    "msk    = ncmesh.variables['tmask'][0,:,:].squeeze()\n",
+    "ncmesh.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 32,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "# starting computation\n",
+    "thetao_nav=ncfile.variables['nav_lon'][1,:] \n",
+    "\n",
+    "thetao_inst=ncfile.variables['thetao_inst'][time,:,1,:]\n",
+    "thetao_e3t_inst=ncfile.variables['e3t_inst'][time,:,1,:]\n",
+    "thetao_depth=thetao_e3t_inst.squeeze()  \n",
+    "thetao_depth=np.cumsum(thetao_depth,0)  \n",
+    "thetao_nav=np.tile(thetao_nav,(np.size(thetao_depth,0),1))"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 33,
+   "metadata": {
+    "collapsed": false
+   },
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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H90Z37Jyqquv7s5v2P02+MJdkJ+BvgQ+2GH+W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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x1123329d0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# plot figure of Temperature\n",
+    "\n",
+    "fig = plt.figure(figsize=(14,10)) \n",
+    "ax=plt.gca()  #get current axis\n",
+    "plt.pcolor(thetao_nav,thetao_depth,thetao_inst,vmin=0,vmax=30,cmap='jet')\n",
+    "plt.ylim(np.min(thetao_depth),np.max(thetao_depth))  \n",
+    "plt.xlim(np.min(thetao_nav),np.max(thetao_nav))  \n",
+    "ax.invert_yaxis() \n",
+    "\n",
+    "bounds=np.linspace(0,30,31)\n",
+    "cb=plt.colorbar(orientation='horizontal', spacing='proportional', ticks=bounds, boundaries=bounds, format='%1i')\n",
+    "cb.set_label('temperature (C)')\n",
+    "\n",
+    "plt.ylabel('depth (m)',fontsize=14)\n",
+    "plt.xlabel('x (km)',fontsize=14)\n",
+    "plt.title('Lock Exchange (FCT4) after 17 hours', fontsize='18')\n",
+    "\n",
+    "ncfile.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 2",
+   "language": "python",
+   "name": "python2"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 2
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython2",
+   "version": "2.7.13"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 2
+}
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/notebook/lock-notebook.ipynb
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/notebook/lock-notebook.ipynb	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/notebook/lock-notebook.ipynb	(revision 15719)
@@ -0,0 +1,179 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# LOCK_EXCHANGE"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "This notebook shows how you can do some analysis of the LOCK EXCHANGE experiment. This is an example of plot of temperature after 17 hours of run, using a forth/order advection scheme."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# Run python script to have figure"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "To have figure you need 3 outputs:\n",
+    "- output filename\n",
+    "- mesh_mask file (output via namelist parameter nn_msh=1 in \"namdom\" block)\n",
+    "- time step value"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {
+    "collapsed": true
+   },
+   "source": [
+    "## Do figure with python script: "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 17,
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Populating the interactive namespace from numpy and matplotlib\n"
+     ]
+    }
+   ],
+   "source": [
+    "%pylab inline\n",
+    "from netCDF4 import Dataset\n",
+    "import numpy as np\n",
+    "import sys \n",
+    "import matplotlib.pyplot as plt \n",
+    "import pylab"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 30,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "# set time step after 17 hours  \n",
+    "time='33'\n",
+    "# read netcdf file\n",
+    "ncfile = Dataset('LOCK_FCT4_vect_ens_grid_T.nc', mode='r')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 31,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "# read mesh_mask\n",
+    "ncmesh = Dataset('mesh_mask.nc')\n",
+    "lat2d  = ncmesh.variables['gphit'][  :,:].squeeze()\n",
+    "lon2d  = ncmesh.variables['glamt'][  :,:].squeeze()\n",
+    "msk    = ncmesh.variables['tmask'][0,:,:].squeeze()\n",
+    "ncmesh.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 32,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": [
+    "# starting computation\n",
+    "thetao_nav=ncfile.variables['nav_lon'][1,:] \n",
+    "\n",
+    "thetao_inst=ncfile.variables['thetao_inst'][time,:,1,:]\n",
+    "thetao_e3t_inst=ncfile.variables['e3t_inst'][time,:,1,:]\n",
+    "thetao_depth=thetao_e3t_inst.squeeze()  \n",
+    "thetao_depth=np.cumsum(thetao_depth,0)  \n",
+    "thetao_nav=np.tile(thetao_nav,(np.size(thetao_depth,0),1))"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 33,
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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H90Z37Jyqquv7s5v2P02+MJdkJ+BvgQ+2GH+W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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x1123329d0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# plot figure of Temperature\n",
+    "\n",
+    "fig = plt.figure(figsize=(14,10)) \n",
+    "ax=plt.gca()  #get current axis\n",
+    "plt.pcolor(thetao_nav,thetao_depth,thetao_inst,vmin=0,vmax=30,cmap='jet')\n",
+    "plt.ylim(np.min(thetao_depth),np.max(thetao_depth))  \n",
+    "plt.xlim(np.min(thetao_nav),np.max(thetao_nav))  \n",
+    "ax.invert_yaxis() \n",
+    "\n",
+    "bounds=np.linspace(0,30,31)\n",
+    "cb=plt.colorbar(orientation='horizontal', spacing='proportional', ticks=bounds, boundaries=bounds, format='%1i')\n",
+    "cb.set_label('temperature (C)')\n",
+    "\n",
+    "plt.ylabel('depth (m)',fontsize=14)\n",
+    "plt.xlabel('x (km)',fontsize=14)\n",
+    "plt.title('Lock Exchange (FCT4) after 17 hours', fontsize='18')\n",
+    "\n",
+    "ncfile.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 2",
+   "language": "python",
+   "name": "python2"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 2
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython2",
+   "version": "2.7.14"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 2
+}
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/src/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/src/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/LOCK_EXCHANGE/src/README.md	(revision 15719)
@@ -0,0 +1,24 @@
+# in this directory we store the actual NEMO code for the test case 
+ - EXP00
+ - MY_SRC
+ 
+ **NOTE:** for this test case, at **revision 8097** MY_SRC is empty because all routines are already in NEMO svn official repository.
+ 
+ 
+ In EXP00 directory, of this test case, at the revision 8097 of NEMO some namelists are availables : <br>
+ 
+<span style="color:red"> better : You can see NEMO Reference Manual : http:///.....  for explication of the choice of namelist done in this directory?????</style>
+
+Here there is a legend of some possible choices : 
+
+- tracer advection scheme = **FCT2** or **FCT4**
+ - FCT2 = COMPACT 2nd order on horizontal and vertical
+ - FCT4 = COMPACT 4th order on horizontal and vertical
+- form of the momentum advectionvector = **flux** or **form**
+- momentum advection scheme = **cen2** or **ubs**
+ - cen2 = 2nd order centered scheme
+ - ubs = 3rd order UBS scheme
+- ln\_dynvor\_ene  : enstrophy conserving scheme
+- ln\_dynvor\_ens  : energy conserving scheme
+- ln\_dynvor\_mix  : mixed scheme
+- ln\_dynvor\_een  : energy & enstrophy scheme
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/README.md	(revision 15719)
@@ -0,0 +1,157 @@
+
+# NEMO Tests Cases
+
+## Description of tests cases available with NEMO
+
+### ICE_AGRIF
+ 
+  This test case illustrates the advection of an ice patch across an East/West and North/South periodic channel
+  over a slab ocean (i.e. one ocean layer), and with an AGRIF zoom (1:3) in the center
+  The purpose of this configuration is to test the advection of the ice patch in  
+  and across the AGRIF boundary
+  One can either impose ice velocities or ice-atm. stresses and let rheology define velocities
+  (see README for details)
+
+  ![U diag ICE_AGRIF](ICE_AGRIF/MY_DOCS/ICE_AGRIF_UDIAG_43days_UM5.gif)
+
+### VORTEX
+  
+  This test case illustrates the propagation of an anticyclonic eddy over a Beta plan and a flat bottom.
+  It is implemented here with an online refined subdomain (1:3) out of which the vortex propagates.
+  It serves as a benchmark for quantitative estimates of nesting errors as in Debreu et al. (2012) :cite:`DEBREU2012`,
+  Penven et al. (2006) :cite:`PENVEN2006` or Spall and Holland (1991) :cite:`SPALL1991`.
+  
+  The animation below (sea level anomaly in meters) illustrates with two 1:2 successively nested grids how
+  the vortex smoothly propagates out of the refined grids.
+  
+  ![VORTEX anim](VORTEX/MY_DOCS/VORTEX_anim.gif)
+
+### ISOMIP
+
+
+  The purpose of this test case is to evaluate the impact of various schemes and new development with the iceshelf cavities circulation and melt.
+  This configuration served as initial assesment of the ice shelf module in Losh et al. (2008) :cite:`LOSCH2008` and Mathiot et al. (2017) :cite:`MATHIOT2017`. 
+  The default setup is the one described `here <http://staff.acecrc.org.au/~bkgalton/ISOMIP/test_cavities.pdf>`_.
+  
+  The figure below (meridional overturning circulation) illustrates the circulation generated after 10000 days by the ice shelf melting (ice pump).
+
+  ![ISOMIP moc](ISOMIP/MY_DOCS/ISOMIP_moc.png)
+
+### LOCK_EXCHANGE
+
+
+  The LOCK EXCHANGE experiment is a classical fluid dynamics experiment that has been adapted
+  by Haidvogel and Beckmann (1999) :cite:`HAIDVOGEL1999` for testing advection schemes in ocean circulation models.
+  It has been used by several authors including Burchard and Bolding (2002) :cite:`BURCHARD2002` and Ilicak et al. (2012) :cite:`ILICAK2012`.
+  The LOCK EXCHANGE experiment can in particular illustrate the impact of different choices of numerical schemes 
+  and/or subgrid closures on spurious interior mixing.
+
+  Below the animation of the LOCK_EXCHANGE test case using the advection scheme FCT4 (forth order) for tracer and ubs for dynamics.
+
+  .. image:: _static/LOCK-FCT4_flux_ubs.gif
+
+### OVERFLOW
+
+
+  The OVERFLOW experiment illustrates the impact of different choices of numerical schemes 
+  and/or subgrid closures on spurious interior mixing close to bottom topography. 
+  The OVERFLOW experiment is adapted from the non-rotating overflow configuration described 
+  in Haidvogel and Beckmann (1999) :cite:`HAIDVOGEL1999` and further used by Ilicak et al. (2012) :cite:`ILICAK2012`.
+  Here we can assess the behaviour of the second-order tracer advection scheme FCT2 and fortht-order FCT4, z-coordinate and sigma coordinate (...).
+
+  Below the animation of the OVERFLOW test case in sigma coordinate with the forth-order advection scheme FCT4.
+<img src="./OVERFLOW/figures/OVF-sco_FCT4_flux_cen-ahm1000.gif">
+  .. image:: _static/OVF-sco_FCT4_flux_cen-ahm1000.gif
+  
+### WAD
+
+  A set of simple closed basin geometries for testing the Wetting and drying capabilities. 
+  Examples range from a closed channel with EW linear bottom slope to a parabolic EW channel with a Gaussian ridge.
+  
+  Below the animation of the test case 7. This test case is a simple linear slope with a mid-depth shelf with an open boundary forced with a sinusoidally varying ssh.
+  This test case has been introduced to emulate a typical coastal application with a tidally forced open boundary with an adverse SSH gradient that, when released, creates a surge up the slope.
+  The parameters are chosen such that the surge rises above sea-level before falling back and oscillating towards an equilibrium position
+
+  .. image:: _static/wad_testcase_7.gif
+
+### CANAL
+
+  East-west periodic canal of variable size with several initial states and associated geostrophic currents (zonal jets or vortex).
+
+  .. image::_static/CANAL_image.gif
+
+### ICE_ADV2D
+
+  
+  This test case illustrates the advection of an ice patch across an East/West and North/South periodic channel
+  over a slab ocean (i.e. one ocean layer).
+  The configuration is similar to ICE_AGRIF, except for the AGRIF zoom.
+  The purpose of this configuration is to test the advection schemes available in the sea-ice code
+  (for now, Prather and Ultimate-Macho from 1st to 5th order),
+  especially the occurence of overshoots in ice thickness
+  
+
+### ICE_ADV1D
+
+  
+  This experiment is the classical Schar & Smolarkiewicz (1996) test case :cite:`SCHAR1996`,
+  which has been used in :cite:`LIPSCOMB2004`,
+  and in which very specific shapes of ice concentration, thickness and volume converge toward the center of a basin.
+  Convergence is unidirectional (in x) while fields are homogeneous in y.
+  The purpose of this configuration is to test the caracteristics of advection schemes available in the sea-ice code
+  (for now, Prather and Ultimate-Macho from 1st to 5th order),
+  especially the constitency between concentration, thickness and volume, and the preservation of initial shapes.  
+
+
+### SEAMOUNT
+  This experiment is the Beckmann and Haidvogel (1993) SEAMOUNT test case :cite:`BECKMANN1993`.  It is a Gaussian bump in 
+  an East-West periodic channel initialised at rest with a horizontally uniform, exponential vertical density profile.
+  The domain is defined by a terrain-following coordinate.  The purpose of this configuration is to demonstrate
+  the relative performance of various hpg schemes in reducing the spurious velocities generated due to numerical
+  errors arising from the misalignment the grid s-level with the pure z-level.
+
+## How to run these test cases 
+The complete and up-to-date set of test cases is available [on this NEMO test cases Github repository](http://github.com/NEMO-ocean/NEMO-examples).
+
+Download it directly in the ``./tests`` root directory using following command:
+``` 
+ git clone http://github.com/NEMO-ocean/NEMO-examples
+``` 
+Once downloaded, the test case can be compiled and run as any other NEMO confiuration, see the "Buid the frameowrk section [here](https://forge.ipsl.jussieu.fr/nemo/chrome/site/doc/NEMO/guide/html/NEMO_guide.html)
+
+## Exploring the results of a test case
+Each test case subdirectory includes some plots and/or pythin notebook discribing the expercted results, possible sensitivuty tests, etc..
+
+## How to contribute and add new demontration case :
+
+To propose a test case contribution, you need to build up its directory including:
+* a README.md including 
+   * Detailed desscription of the test case: goal and results 
+   * Author as contact person
+   * The release/revision number of NEMO on which this tests case is working
+   * Published document to quote as reference for the test case
+* All the input files or the program to build them
+* Some outputs and/or figures from the results, to demonstrate the interest and capabilities of the test case
+* Hopefully a python notebook to run the test case and produce the results
+
+This directory should then be sent as a pull request to this github repository
+
+<!--- Comments for now
+using the follwing procedure ("NEWONE" to be substituted as the test case name below):
+``` 
+ git clone http://github.com/NEMO-ocean/NEMO-examples         # Get the master branch of test cases
+```
+In your local copy of the branch, add the "NEWONE" directory for your additional test case, containing the material described above
+
+Add it in the github repository:
+``` 
+git branch "new branch name"                                # Create the new branch "new branch name" on github
+git add "NEWONE"                                            # Add "NEWONE" test case into it
+git commit -m "add NEWONE test case"                        # Commit this addition
+git pull                                                    # Send it to github repository
+```
+ ---!>
+
+
+
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/axis_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/axis_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/axis_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/axis_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,37 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+    <!-- $id$ -->
+    <variable_definition>
+       <!-- Year/Month/Day of time origin for NetCDF files; defaults to 1800-01-01 -->
+       <variable id="ref_year"  type="int"> 1900 </variable>
+       <variable id="ref_month" type="int"> 01 </variable>
+       <variable id="ref_day"   type="int"> 01 </variable>
+       <variable id="rho0"      type="float" > 1026.0 </variable>
+       <variable id="cpocean"   type="float" > 3991.86795711963 </variable>
+       <variable id="convSpsu"  type="float" > 0.99530670233846  </variable>
+       <variable id="rhoic"     type="float" > 917.0 </variable>
+       <variable id="rhosn"     type="float" > 330.0 </variable>
+       <variable id="missval"  type="float" > 1.e20 </variable>	       
+    </variable_definition>
+
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+
+<!-- Axis definition -->
+    <axis_definition src="./axis_def_nemo.xml"/>
+ 
+<!-- Domain definition -->
+    <domain_definition src="./domain_def_nemo.xml"/>
+
+<!-- Grids definition -->
+    <grid_definition   src="./grid_def_nemo.xml"/>
+  
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,39 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@_@freq@" sync_freq="10d" min_digits="4">
+      <file_group id="1d" output_freq="1d"  output_level="10" enabled=".TRUE." >  <!-- 5d files -->  
+ 
+	<file id="file1" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="toce" /> 
+	  <field field_ref="ssh"  />
+          <field field_ref="e3t" />
+	</file>
+
+	<file id="file3" name_suffix="_grid_U" description="ocean U grid variables" >
+	  <field field_ref="uoce" />
+          <field field_ref="ubar" />
+          <field field_ref="e3u" />
+          <field field_ref="utrd_hpg" />
+	</file>
+	
+	<file id="file4" name_suffix="_grid_V" description="ocean V grid variables" >
+	  <field field_ref="voce"  />
+          <field field_ref="vbar" />
+          <field field_ref="e3v" />
+	  <field field_ref="vtrd_hpg" />
+	</file>
+	
+	<file id="file5" name_suffix="_grid_W" description="ocean W grid variables" >
+	  <field field_ref="woce" />
+	</file>
+
+      </file_group>
+
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">false</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,434 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE :   Reference namelist_ref                                !!
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  :  1 - Domain & run manager (namrun, namcfg, namdom, namtsd, namcrs, namc1d, namc1d_uvd)
+!! namelists    2 - Surface boundary (namsbc, namsbc_flx, namsbc_blk, namsbc_cpl,
+!!                                    namsbc_sas, namtra_qsr, namsbc_rnf,
+!!                                    namisf, namsbc_apr, 
+!!                                    namsbc_ssr, namsbc_wave, namberg)
+!!              3 - lateral boundary (namlbc, namagrif, nambdy, nambdy_tide)
+!!              4 - top/bot boundary (namdrg, namdrg_top, namdrg_bot, nambbc, nambbl)
+!!              5 - Tracer           (nameos, namtra_adv, namtra_ldf, namtra_eiv, namtra_dmp)
+!!              6 - dynamics         (namdyn_adv, namdyn_vor, namdyn_hpg, namdyn_spg, namdyn_ldf)
+!!              7 - Vertical physics (namzdf, namzdf_ric, namzdf_tke, namzdf_gls, namzdf_iwm)
+!!              8 - diagnostics      (namnc4, namtrd, namspr, namflo, namhsb)
+!!              9 - Obs & Assim      (namobs, nam_asminc)
+!!             10 - miscellaneous    (nammpp, namctl, namsto)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !    SEAMOUNT TEST CASE
+!-----------------------------------------------------------------------
+   ln_zco            = .false.      ! z-coordinate
+   ln_zps            = .false.      ! z-partial-step coordinate
+   ln_sco            = .true.       ! s-coordinate
+   rn_dx             = 4000.0       ! horizontal resolution  [m]
+   rn_length         = 380.0        ! length of domain      [km]
+   rn_width          = 288.0        ! width of domain       [km]
+   rn_dz             = 450.0        ! vertical   resolution  [m]
+   rn_initrho        = 0.1          ! Initial density perturbation magnitude
+   rn_s              = 2.0          ! Burger number (to control background density profile)
+   rn_bathy          = 4500.0       ! Max Depth
+   rn_seamountheight = 4050.0       ! Seamount height
+   rn_l              = 25000.0      ! Gaussian scale factor
+   rn_f              = 0.0001       ! Coriolis parameter
+   ln_exp_init       = .true.       ! Exponential decay density perturbation profile
+   ln_linear_init    = .false.      ! Linearly decreasing density perturbation
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  "SEAMOUNT_xxx"!  experience name
+   nn_it000    =       1        !  first time step
+   nn_itend    =       2000     !  last  time step (10 days)
+   nn_date0    =  19000101
+   nn_leapy    =      30        !  Leap year calendar (1) or not (0)
+   nn_stock    =    48000       !  frequency of creation of a restart file (modulo referenced to 1)
+
+   ln_clobber  = .true.         !  clobber (overwrite) an existing file
+   nn_istate   =       1        !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   rn_Dt       = 432.     !  time step for the dynamics and tracer
+   ln_meshmask = .true.   !  =T create a mesh file
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.     !  (=T) read the domain configuration file
+   ln_write_cfg = .true.    !  (=T) create the domain configuration file
+      cn_domcfg_out = "domain_cfg_out" ! newly created domain configuration filename
+/
+!-----------------------------------------------------------------------
+&namtile        !   parameters of the tiling
+!-----------------------------------------------------------------------
+   ln_tile = .false.     !  Use tiling (T) or not (F)
+   nn_ltile_i = 10       !  Length of tiles in i
+   nn_ltile_j = 10       !  Length of tiles in j
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!   namsbc_fwb      freshwater-budget adjustment                       (nn_fwb > 0)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !  frequency of SBC module call
+      !                    !  (control sea-ice & iceberg model call)
+                     ! Type of air-sea fluxes
+   ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   !                    !  free slip  !   partial slip  !   no slip   ! strong slip
+   rn_shlat    =  0.0   !  shlat = 0  !  0 < shlat < 2  !  shlat = 2  !  2 < shlat
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_drg_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_drg_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_drg_OFF  = .true.    !  free-slip       : Cd = 0                  (F => fill namdrg_bot
+   ln_lin      = .false.   !      linear  drag: Cd = Cd0 Uc0                   &   namdrg_top)
+   ln_non_lin  = .false.   !  non-linear  drag: Cd = Cd0 |U|
+   ln_loglayer = .false.   !  logarithmic drag: Cd = vkarmn/log(z/z0) |U|
+   !
+   ln_drgimp   = .false.    !  implicit top/bottom friction flag
+      ln_drgice_imp = .true.! implicit ice-ocean drag
+/
+!-----------------------------------------------------------------------
+&namdrg_top    !   TOP friction                                         (ln_drg_OFF =F & ln_isfcav=T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namdrg_bot    !   BOTTOM friction                                      (ln_drg_OFF =F)
+!-----------------------------------------------------------------------
+   rn_Cd0     =  0.0    !  drag coefficient [-]
+   rn_Uc0     =  0.0      !  ref. velocity [m/s] (linear drag=Cd0*Uc0) 
+   rn_Cdmax   =  1.e-4    !  drag value maximum [-] (logarithmic drag)
+   rn_ke0     =  2.5e-3   !  background kinetic energy  [m2/s2] (non-linear cases)
+   rn_z0      =  3.e-3    !  roughness [m] (ln_loglayer=T)
+   ln_boost   = .false.   !  =T regional boost of Cd0 ; =F constant
+      rn_boost =  50.         !  local boost factor  [-]
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_teos10   = .false.         !  = Use TEOS-10
+   ln_eos80    = .false.         !  = Use EOS80
+   ln_seos     = .false.         !  = Use S-EOS (simplified Eq.)
+   ln_eeos     = .true.          !  = Use E-EOS (exponential eq.)
+                                 !
+   !                     ! S-EOS coefficients (ln_seos=T):
+   !                             !  rd(T,S,Z)*rho0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  1.6550e-1      !  thermal expension coefficient
+   rn_b0       =  0.0      !  saline  expension coefficient
+   rn_lambda1  =  0.0      !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.0      !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.0      !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.0      !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.0      !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_OFF = .false. !  No tracer advection
+   ln_traadv_cen = .true. !  2nd order centered scheme
+      nn_cen_h   =  2            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  2            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .false. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Operator type:
+   ln_traldf_OFF   = .true.   !  No explicit diffusion
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl       !   vertical coordinate options                          (default: z-star)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  z-star vertical coordinate
+   ln_vvl_ztilde = .false.          !  z-tilde vertical coordinate: only high frequency variations
+   ln_vvl_layer  = .false.          !  full layer vertical coordinate
+   ln_vvl_ztilde_as_zstar = .false. !  ztilde vertical coordinate emulating zstar
+   ln_vvl_zstar_at_eqtor  = .false. !  ztilde near the equator
+   rn_ahe3       =  0.0             !  thickness diffusion coefficient
+   rn_rst_e3t    = 30.0             !  ztilde to zstar restoration timescale [days]
+   rn_lf_cutoff  =  5.0             !  cutoff frequency for low-pass filter  [days]
+   rn_zdef_max   =  0.9             !  maximum fractional e3t deformation
+   ln_vvl_dbg    = .false.          !  debug prints    (T/F)
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .false. !  linear dynamics (no momentum advection)
+   ln_dynadv_vec = .false. !  vector form - 2nd centered scheme
+     nn_dynkeg     = 0        ! grad(KE) scheme: =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .true. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .true. !  energy    conserving scheme
+   ln_dynvor_ens = .false. !  enstrophy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_enT = .false. !  energy conserving scheme (T-point)
+   ln_dynvor_eeT = .false. !  energy conserving scheme (een using e3t)
+   ln_dynvor_een = .false. !  energy & enstrophy scheme
+   !
+   ln_dynvor_msk = .false. !  vorticity multiplied by fmask (=T)        ==>>> PLEASE DO NOT ACTIVATE
+   !                       !  (f-point vorticity schemes only)
+   !
+   nn_e3f_typ = 0          !  type of e3f (EEN, ENE, ENS, MIX only)  =0  e3f = mi(mj(e3t))/4
+   !                       !                                         =1  e3f = mi(mj(e3t))/mi(mj( tmask))
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .false.   !  z-coordinate - full steps
+   ln_hpg_zps  = .false.   !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+   ln_hpg_isf  = .false.   !  s-coordinate (sco ) adapted to isf
+   ln_hpg_djc  = .false.   !  s-coordinate (Density Jacobian with Cubic polynomial)
+      ln_hpg_djc_vnh = .true.  !  hor.  bc type for djc scheme (T=von Neumann, F=linear extrapolation)
+      ln_hpg_djc_vnv = .true.  !  vert. bc type for djc scheme (T=von Neumann, F=linear extrapolation)
+   ln_hpg_prj  = .false.   !  s-coordinate (Pressure Jacobian scheme)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynspg_exp  = .false.   ! explicit free surface
+   ln_dynspg_ts   = .true.   ! split-explicit free surface
+         nn_e         = 36          ! =F : the number of sub-step in rn_Dt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF = .false.     !  No operator (i.e. no explicit diffusion)
+   nn_dynldf_typ = 0           !  =0 div-rot (default)   ;   =1 symmetric
+   ln_dynldf_lap = .true.     !    laplacian operator
+   ln_dynldf_blp = .false.     !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev = .true.     !  iso-level
+   ln_dynldf_hor = .false.     !  horizontal  (geopotential)
+   ln_dynldf_iso = .false.     !  iso-neutral (lap only)
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coefficient :
+      !                             !  =-30  read in eddy_viscosity_3D.nc file
+      !                             !  =-20  read in eddy_viscosity_2D.nc file
+      !                             !  =  0  constant
+      !                             !  = 10  F(k)=c1d
+      !                             !  = 20  F(i,j)=F(grid spacing)=c2d
+      !                             !  = 30  F(i,j,k)=c2d*c1d
+      !                             !  = 31  F(i,j,k)=F(grid spacing and local velocity)
+      !                             !  = 32  F(i,j,k)=F(local gridscale and deformation rate)
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case)
+      !                             !                            or  = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 2.0              !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 1.e+3            !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! adaptive-implicit vertical advection
+   ln_zad_Aimp = .false.      !  Courant number dependent scheme (Shchepetkin 2015)
+   !
+   !                       ! type of vertical closure (required)
+   ln_zdfcst   = .true.       !  constant mixing
+   ln_zdfric   = .false.      !  local Richardson dependent formulation (T =>   fill namzdf_ric)
+   ln_zdftke   = .false.      !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfgls   = .false.      !  Generic Length Scale closure           (T =>   fill namzdf_gls)
+   ln_zdfosm   = .false.      !  OSMOSIS BL closure                     (T =>   fill namzdf_osm)
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+      nn_evdm     =    0         ! apply on tracer (=0) or on tracer and momentum (=1)
+      rn_evd      =  100.        ! mixing coefficient [m2/s]
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+      nn_npc      =    1         ! frequency of application of npc
+      nn_npcp     =  365         ! npc control print frequency
+   ln_zdfmfc   = .false.      !  Mass Flux Convection
+   !
+   ln_zdfddm   = .false.   ! double diffusive mixing
+      rn_avts  =    1.e-4     !  maximum avs (vertical mixing on salinity)
+      rn_hsbfr =    1.6       !  heat/salt buoyancy flux ratio
+   !
+   !                       ! gravity wave-driven vertical mixing
+   ln_zdfiwm   = .false.      ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+   ln_zdfswm   = .false.      ! surface  wave-induced mixing            (T => ln_wave=ln_sdw=T )
+   !
+   !                       ! coefficients
+   rn_avm0     =  0.0         !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =  0.0         !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namtrd        !   trend diagnostics                                    (default: OFF)
+!-----------------------------------------------------------------------
+   ln_glo_trd  = .false.   ! (T) global domain averaged diag for T, T^2, KE, and PE
+   ln_dyn_trd  = .true.   ! (T) 3D momentum trend output
+   ln_dyn_mxl  = .false.   ! (T) 2D momentum trends averaged over the mixed layer (not coded yet)
+   ln_vor_trd  = .false.   ! (T) 2D barotropic vorticity trends (not coded yet)
+   ln_KE_trd   = .false.   ! (T) 3D Kinetic   Energy     trends
+   ln_PE_trd   = .false.   ! (T) 3D Potential Energy     trends
+   ln_tra_trd  = .false.   ! (T) 3D tracer trend output
+   ln_tra_mxl  = .false.   ! (T) 2D tracer trends averaged over the mixed layer (not coded yet)
+   nn_trd      = 1       !  print frequency (ln_glo_trd=T) (unit=time step)
+/
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+!   ln_listonly =  .false.  !  do nothing else than listing the best domain decompositions (with land domains suppression)
+   !                       !  if T: the largest number of cores tested is defined by max(mppsize, jpni*jpnj)
+!   ln_nnogather =  .true.  !  activate code to avoid mpi_allgather use at the northfold
+   jpni        =   0       !  number of processors following i (set automatically if < 1), see also ln_listonly = T
+   jpnj        =   0       !  number of processors following j (set automatically if < 1), see also ln_listonly = T
+!   nn_hls      =   1       !  halo width (applies to both rows and columns)
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+   sn_cfctl%l_runstat = .TRUE.    ! switches and which areas produce reports with the proc integer settings.
+!   sn_cfctl%l_trcstat = .FALSE.   ! The default settings for the proc integers should ensure
+   sn_cfctl%l_oceout  = .FALSE.   ! that  all areas report.
+!   sn_cfctl%l_layout  = .FALSE.   !
+!   sn_cfctl%l_prtctl  = .FALSE.   !
+!   sn_cfctl%l_prttrc  = .FALSE.   !
+!   sn_cfctl%l_oasout  = .FALSE.   !
+!   sn_cfctl%procmin   = 0         ! Minimum area number for reporting [default:0]
+!   sn_cfctl%procmax   = 1000000   ! Maximum area number for reporting [default:1000000]
+!   sn_cfctl%procincr  = 1         ! Increment for optional subsetting of areas [default:1]
+!   sn_cfctl%ptimincr  = 1         ! Timestep increment for writing time step progress info
+!   nn_ictls    =    0             !  start i indice of control sum (use to compare mono versus
+!   nn_ictle    =    0             !  end   i indice of control sum        multi processor runs
+!   nn_jctls    =    0             !  start j indice of control               over a subdomain)
+!   nn_jctle    =    0             !  end   j indice of control
+!   nn_isplt    =    1             !  number of processors in i-direction
+!   nn_jsplt    =    1             !  number of processors in j-direction
+   ln_timing   = .true.          !  timing by routine write out in timing.output file
+!   ln_diacfl   = .false.          !  CFL diagnostics write out in cfl_diagnostics.ascii
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/eosbn2.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/eosbn2.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/eosbn2.F90	(revision 15719)
@@ -0,0 +1,1917 @@
+MODULE eosbn2
+   !!==============================================================================
+   !!                       ***  MODULE  eosbn2  ***
+   !! Equation Of Seawater : in situ density - Brunt-Vaisala frequency
+   !!==============================================================================
+   !! History :  OPA  ! 1989-03  (O. Marti)  Original code
+   !!            6.0  ! 1994-07  (G. Madec, M. Imbard)  add bn2
+   !!            6.0  ! 1994-08  (G. Madec)  Add Jackett & McDougall eos
+   !!            7.0  ! 1996-01  (G. Madec)  statement function for e3
+   !!            8.1  ! 1997-07  (G. Madec)  density instead of volumic mass
+   !!             -   ! 1999-02  (G. Madec, N. Grima) semi-implicit pressure gradient
+   !!            8.2  ! 2001-09  (M. Ben Jelloul)  bugfix on linear eos
+   !!   NEMO     1.0  ! 2002-10  (G. Madec)  add eos_init
+   !!             -   ! 2002-11  (G. Madec, A. Bozec)  partial step, eos_insitu_2d
+   !!             -   ! 2003-08  (G. Madec)  F90, free form
+   !!            3.0  ! 2006-08  (G. Madec)  add tfreez function (now eos_fzp function)
+   !!            3.3  ! 2010-05  (C. Ethe, G. Madec)  merge TRC-TRA
+   !!             -   ! 2010-10  (G. Nurser, G. Madec)  add alpha/beta used in ldfslp
+   !!            3.7  ! 2012-03  (F. Roquet, G. Madec)  add primitive of alpha and beta used in PE computation
+   !!             -   ! 2012-05  (F. Roquet)  add Vallis and original JM95 equation of state
+   !!             -   ! 2013-04  (F. Roquet, G. Madec)  add eos_rab, change bn2 computation and reorganize the module
+   !!             -   ! 2014-09  (F. Roquet)  add TEOS-10, S-EOS, and modify EOS-80
+   !!             -   ! 2015-06  (P.A. Bouttier) eos_fzp functions changed to subroutines for AGRIF
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   eos           : generic interface of the equation of state
+   !!   eos_insitu    : Compute the in situ density
+   !!   eos_insitu_pot: Compute the insitu and surface referenced potential volumic mass
+   !!   eos_insitu_2d : Compute the in situ density for 2d fields
+   !!   bn2           : compute the Brunt-Vaisala frequency
+   !!   eos_pt_from_ct: compute the potential temperature from the Conservative Temperature
+   !!   eos_rab       : generic interface of in situ thermal/haline expansion ratio
+   !!   eos_rab_3d    : compute in situ thermal/haline expansion ratio
+   !!   eos_rab_2d    : compute in situ thermal/haline expansion ratio for 2d fields
+   !!   eos_fzp_2d    : freezing temperature for 2d fields
+   !!   eos_fzp_0d    : freezing temperature for scalar
+   !!   eos_init      : set eos parameters (namelist)
+   !!----------------------------------------------------------------------
+   USE dom_oce        ! ocean space and time domain
+   USE domutl, ONLY : is_tile
+   USE phycst         ! physical constants
+   USE stopar         ! Stochastic T/S fluctuations
+   USE stopts         ! Stochastic T/S fluctuations
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE lib_fortran    ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined)
+   USE prtctl         ! Print control
+   USE lbclnk         ! ocean lateral boundary conditions
+   USE timing         ! Timing
+   USE usrdef_nam
+
+   IMPLICIT NONE
+   PRIVATE
+
+   !                  !! * Interface
+   INTERFACE eos
+      MODULE PROCEDURE eos_insitu, eos_insitu_pot, eos_insitu_2d, eos_insitu_pot_2d
+   END INTERFACE
+   !
+   INTERFACE eos_rab
+      MODULE PROCEDURE rab_3d, rab_2d, rab_0d
+   END INTERFACE
+   !
+   INTERFACE eos_fzp
+      MODULE PROCEDURE eos_fzp_2d, eos_fzp_0d
+   END INTERFACE
+   !
+   PUBLIC   eos            ! called by step, istate, tranpc and zpsgrd modules
+   PUBLIC   bn2            ! called by step module
+   PUBLIC   eos_rab        ! called by ldfslp, zdfddm, trabbl
+   PUBLIC   eos_pt_from_ct ! called by sbcssm
+   PUBLIC   eos_fzp        ! called by traadv_cen2 and sbcice_... modules
+   PUBLIC   eos_pen        ! used for pe diagnostics in trdpen module
+   PUBLIC   eos_init       ! called by istate module
+
+   !                               !!** Namelist nameos **
+   LOGICAL , PUBLIC ::   ln_TEOS10
+   LOGICAL , PUBLIC ::   ln_EOS80
+   LOGICAL , PUBLIC ::   ln_SEOS
+   LOGICAL , PUBLIC ::   ln_EEOS   ! determine if exponential eos is used 
+
+   ! Parameters
+   LOGICAL , PUBLIC    ::   l_useCT         ! =T in ln_TEOS10=T (i.e. use eos_pt_from_ct to compute sst_m), =F otherwise
+   INTEGER , PUBLIC    ::   neos            ! Identifier for equation of state used
+
+   INTEGER , PARAMETER ::   np_teos10 = -1  ! parameter for using TEOS10
+   INTEGER , PARAMETER ::   np_eos80  =  0  ! parameter for using EOS80
+   INTEGER , PARAMETER ::   np_seos   = 1   ! parameter for using Simplified Equation of state
+   INTEGER , PARAMETER ::   np_eeos   =  2  ! parameter for using exponential equation of state (SEAMOUNT)
+
+   !                               !!!  simplified eos coefficients (default value: Vallis 2006)
+   REAL(wp), PUBLIC ::   rn_a0      = 1.6550e-1_wp     ! thermal expansion coeff.
+   REAL(wp), PUBLIC ::   rn_b0      = 7.6554e-1_wp     ! saline  expansion coeff.
+   REAL(wp) ::   rn_lambda1 = 5.9520e-2_wp     ! cabbeling coeff. in T^2
+   REAL(wp) ::   rn_lambda2 = 5.4914e-4_wp     ! cabbeling coeff. in S^2
+   REAL(wp) ::   rn_mu1     = 1.4970e-4_wp     ! thermobaric coeff. in T
+   REAL(wp) ::   rn_mu2     = 1.1090e-5_wp     ! thermobaric coeff. in S
+   REAL(wp) ::   rn_nu      = 2.4341e-3_wp     ! cabbeling coeff. in theta*salt
+
+   ! TEOS10/EOS80 parameters
+   REAL(wp) ::   r1_S0, r1_T0, r1_Z0, rdeltaS
+
+   ! EOS parameters
+   REAL(wp) ::   EOS000 , EOS100 , EOS200 , EOS300 , EOS400 , EOS500 , EOS600
+   REAL(wp) ::   EOS010 , EOS110 , EOS210 , EOS310 , EOS410 , EOS510
+   REAL(wp) ::   EOS020 , EOS120 , EOS220 , EOS320 , EOS420
+   REAL(wp) ::   EOS030 , EOS130 , EOS230 , EOS330
+   REAL(wp) ::   EOS040 , EOS140 , EOS240
+   REAL(wp) ::   EOS050 , EOS150
+   REAL(wp) ::   EOS060
+   REAL(wp) ::   EOS001 , EOS101 , EOS201 , EOS301 , EOS401
+   REAL(wp) ::   EOS011 , EOS111 , EOS211 , EOS311
+   REAL(wp) ::   EOS021 , EOS121 , EOS221
+   REAL(wp) ::   EOS031 , EOS131
+   REAL(wp) ::   EOS041
+   REAL(wp) ::   EOS002 , EOS102 , EOS202
+   REAL(wp) ::   EOS012 , EOS112
+   REAL(wp) ::   EOS022
+   REAL(wp) ::   EOS003 , EOS103
+   REAL(wp) ::   EOS013
+
+   ! ALPHA parameters
+   REAL(wp) ::   ALP000 , ALP100 , ALP200 , ALP300 , ALP400 , ALP500
+   REAL(wp) ::   ALP010 , ALP110 , ALP210 , ALP310 , ALP410
+   REAL(wp) ::   ALP020 , ALP120 , ALP220 , ALP320
+   REAL(wp) ::   ALP030 , ALP130 , ALP230
+   REAL(wp) ::   ALP040 , ALP140
+   REAL(wp) ::   ALP050
+   REAL(wp) ::   ALP001 , ALP101 , ALP201 , ALP301
+   REAL(wp) ::   ALP011 , ALP111 , ALP211
+   REAL(wp) ::   ALP021 , ALP121
+   REAL(wp) ::   ALP031
+   REAL(wp) ::   ALP002 , ALP102
+   REAL(wp) ::   ALP012
+   REAL(wp) ::   ALP003
+
+   ! BETA parameters
+   REAL(wp) ::   BET000 , BET100 , BET200 , BET300 , BET400 , BET500
+   REAL(wp) ::   BET010 , BET110 , BET210 , BET310 , BET410
+   REAL(wp) ::   BET020 , BET120 , BET220 , BET320
+   REAL(wp) ::   BET030 , BET130 , BET230
+   REAL(wp) ::   BET040 , BET140
+   REAL(wp) ::   BET050
+   REAL(wp) ::   BET001 , BET101 , BET201 , BET301
+   REAL(wp) ::   BET011 , BET111 , BET211
+   REAL(wp) ::   BET021 , BET121
+   REAL(wp) ::   BET031
+   REAL(wp) ::   BET002 , BET102
+   REAL(wp) ::   BET012
+   REAL(wp) ::   BET003
+
+   ! PEN parameters
+   REAL(wp) ::   PEN000 , PEN100 , PEN200 , PEN300 , PEN400
+   REAL(wp) ::   PEN010 , PEN110 , PEN210 , PEN310
+   REAL(wp) ::   PEN020 , PEN120 , PEN220
+   REAL(wp) ::   PEN030 , PEN130
+   REAL(wp) ::   PEN040
+   REAL(wp) ::   PEN001 , PEN101 , PEN201
+   REAL(wp) ::   PEN011 , PEN111
+   REAL(wp) ::   PEN021
+   REAL(wp) ::   PEN002 , PEN102
+   REAL(wp) ::   PEN012
+
+   ! ALPHA_PEN parameters
+   REAL(wp) ::   APE000 , APE100 , APE200 , APE300
+   REAL(wp) ::   APE010 , APE110 , APE210
+   REAL(wp) ::   APE020 , APE120
+   REAL(wp) ::   APE030
+   REAL(wp) ::   APE001 , APE101
+   REAL(wp) ::   APE011
+   REAL(wp) ::   APE002
+
+   ! BETA_PEN parameters
+   REAL(wp) ::   BPE000 , BPE100 , BPE200 , BPE300
+   REAL(wp) ::   BPE010 , BPE110 , BPE210
+   REAL(wp) ::   BPE020 , BPE120
+   REAL(wp) ::   BPE030
+   REAL(wp) ::   BPE001 , BPE101
+   REAL(wp) ::   BPE011
+   REAL(wp) ::   BPE002
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+#  include "domzgr_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: eosbn2.F90 14131 2020-12-08 12:09:14Z jchanut $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE eos_insitu( pts, prd, pdep )
+      !!
+      REAL(wp), DIMENSION(:,:,:,:), INTENT(in   ) ::   pts   ! 1 : potential temperature  [Celsius]
+      !                                                      ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(:,:,:)  , INTENT(  out) ::   prd   ! in situ density            [-]
+      REAL(wp), DIMENSION(:,:,:)  , INTENT(in   ) ::   pdep  ! depth                      [m]
+      !!
+      CALL eos_insitu_t( pts, is_tile(pts), prd, is_tile(prd), pdep, is_tile(pdep) )
+   END SUBROUTINE eos_insitu
+
+   SUBROUTINE eos_insitu_t( pts, ktts, prd, ktrd, pdep, ktdep )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE eos_insitu  ***
+      !!
+      !! ** Purpose :   Compute the in situ density (ratio rho/rho0) from
+      !!       potential temperature and salinity using an equation of state
+      !!       selected in the nameos namelist
+      !!
+      !! ** Method  :   prd(t,s,z) = ( rho(t,s,z) - rho0 ) / rho0
+      !!         with   prd    in situ density anomaly      no units
+      !!                t      TEOS10: CT or EOS80: PT      Celsius
+      !!                s      TEOS10: SA or EOS80: SP      TEOS10: g/kg or EOS80: psu
+      !!                z      depth                        meters
+      !!                rho    in situ density              kg/m^3
+      !!                rho0   reference density            kg/m^3
+      !!
+      !!     ln_teos10 : polynomial TEOS-10 equation of state is used for rho(t,s,z).
+      !!         Check value: rho = 1028.21993233072 kg/m^3 for z=3000 dbar, ct=3 Celsius, sa=35.5 g/kg
+      !!
+      !!     ln_eos80 : polynomial EOS-80 equation of state is used for rho(t,s,z).
+      !!         Check value: rho = 1028.35011066567 kg/m^3 for z=3000 dbar, pt=3 Celsius, sp=35.5 psu
+      !!
+      !!     ln_seos : simplified equation of state
+      !!              prd(t,s,z) = ( -a0*(1+lambda/2*(T-T0)+mu*z+nu*(S-S0))*(T-T0) + b0*(S-S0) ) / rho0
+      !!              linear case function of T only: rn_alpha<>0, other coefficients = 0
+      !!              linear eos function of T and S: rn_alpha and rn_beta<>0, other coefficients=0
+      !!              Vallis like equation: use default values of coefficients
+      !!     ln_eosano : exponential SEAMOUNT equation of state returning density anomaly only
+      !!              prd(t,s,z) = ( -a0*(T-T0) + b0*(S-S0) ) / rho0
+      !!              setup for SEAMOUNT exponential eos
+      !!
+      !! ** Action  :   compute prd , the in situ density (no units)
+      !!
+      !! References :   Roquet et al, Ocean Modelling, in preparation (2014)
+      !!                Vallis, Atmospheric and Oceanic Fluid Dynamics, 2006
+      !!                TEOS-10 Manual, 2010
+      !!----------------------------------------------------------------------
+      INTEGER                                 , INTENT(in   ) ::   ktts, ktrd, ktdep
+      REAL(wp), DIMENSION(A2D_T(ktts) ,JPK,JPTS), INTENT(in   ) ::   pts   ! 1 : potential temperature  [Celsius]
+      !                                                                  ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(A2D_T(ktrd) ,JPK     ), INTENT(  out) ::   prd   ! in situ density            [-]
+      REAL(wp), DIMENSION(A2D_T(ktdep),JPK     ), INTENT(in   ) ::   pdep  ! depth                      [m]
+      !
+      INTEGER  ::   ji, jj, jk                ! dummy loop indices
+      REAL(wp) ::   zt , zh , zs , ztm        ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3   !   -      -
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('eos-insitu')
+      !
+      SELECT CASE( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            !
+            zh  = pdep(ji,jj,jk) * r1_Z0                                  ! depth
+            zt  = pts (ji,jj,jk,jp_tem) * r1_T0                           ! temperature
+            zs  = SQRT( ABS( pts(ji,jj,jk,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+            ztm = tmask(ji,jj,jk)                                         ! tmask
+            !
+            zn3 = EOS013*zt   &
+               &   + EOS103*zs+EOS003
+               !
+            zn2 = (EOS022*zt   &
+               &   + EOS112*zs+EOS012)*zt   &
+               &   + (EOS202*zs+EOS102)*zs+EOS002
+               !
+            zn1 = (((EOS041*zt   &
+               &   + EOS131*zs+EOS031)*zt   &
+               &   + (EOS221*zs+EOS121)*zs+EOS021)*zt   &
+               &   + ((EOS311*zs+EOS211)*zs+EOS111)*zs+EOS011)*zt   &
+               &   + (((EOS401*zs+EOS301)*zs+EOS201)*zs+EOS101)*zs+EOS001
+               !
+            zn0 = (((((EOS060*zt   &
+               &   + EOS150*zs+EOS050)*zt   &
+               &   + (EOS240*zs+EOS140)*zs+EOS040)*zt   &
+               &   + ((EOS330*zs+EOS230)*zs+EOS130)*zs+EOS030)*zt   &
+               &   + (((EOS420*zs+EOS320)*zs+EOS220)*zs+EOS120)*zs+EOS020)*zt   &
+               &   + ((((EOS510*zs+EOS410)*zs+EOS310)*zs+EOS210)*zs+EOS110)*zs+EOS010)*zt   &
+               &   + (((((EOS600*zs+EOS500)*zs+EOS400)*zs+EOS300)*zs+EOS200)*zs+EOS100)*zs+EOS000
+               !
+            zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+            !
+            prd(ji,jj,jk) = (  zn * r1_rho0 - 1._wp  ) * ztm  ! density anomaly (masked)
+            !
+         END_3D
+         !
+      CASE( np_seos )                !==  simplified EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            zt  = pts  (ji,jj,jk,jp_tem) - 10._wp
+            zs  = pts  (ji,jj,jk,jp_sal) - 35._wp
+            zh  = pdep (ji,jj,jk)
+            ztm = tmask(ji,jj,jk)
+            !
+            zn =  - rn_a0 * ( 1._wp + 0.5_wp*rn_lambda1*zt + rn_mu1*zh ) * zt   &
+               &  + rn_b0 * ( 1._wp - 0.5_wp*rn_lambda2*zs - rn_mu2*zh ) * zs   &
+               &  - rn_nu * zt * zs
+               !
+            prd(ji,jj,jk) = zn * r1_rho0 * ztm                ! density anomaly (masked)
+         END_3D
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            zt  = pts  (ji,jj,jk,jp_tem) + ( 28 - rn_drho * EXP(- pdep (ji,jj,jk) / 1000._wp) ) / rn_a0
+            ztm = tmask(ji,jj,jk)
+            !
+            zn = - rn_a0 * zt
+            !                                 
+            prd(ji,jj,jk) = zn * r1_rho0 * ztm                ! density anomaly (masked)
+         END_3D
+      END SELECT
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab3d_1=prd, clinfo1=' eos-insitu  : ', kdim=jpk )
+      !
+      IF( ln_timing )   CALL timing_stop('eos-insitu')
+      !
+   END SUBROUTINE eos_insitu_t
+
+
+   SUBROUTINE eos_insitu_pot( pts, prd, prhop, pdep )
+      !!
+      REAL(wp), DIMENSION(:,:,:,:), INTENT(in   ) ::   pts    ! 1 : potential temperature  [Celsius]
+      !                                                       ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(:,:,:)  , INTENT(  out) ::   prd    ! in situ density            [-]
+      REAL(wp), DIMENSION(:,:,:)  , INTENT(  out) ::   prhop  ! potential density (surface referenced)
+      REAL(wp), DIMENSION(:,:,:)  , INTENT(in   ) ::   pdep   ! depth                      [m]
+      !!
+      CALL eos_insitu_pot_t( pts, is_tile(pts), prd, is_tile(prd), prhop, is_tile(prhop), pdep, is_tile(pdep) )
+   END SUBROUTINE eos_insitu_pot
+
+
+   SUBROUTINE eos_insitu_pot_t( pts, ktts, prd, ktrd, prhop, ktrhop, pdep, ktdep )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE eos_insitu_pot  ***
+      !!
+      !! ** Purpose :   Compute the in situ density (ratio rho/rho0) and the
+      !!      potential volumic mass (Kg/m3) from potential temperature and
+      !!      salinity fields using an equation of state selected in the
+      !!     namelist.
+      !!
+      !! ** Action  : - prd  , the in situ density (no units)
+      !!              - prhop, the potential volumic mass (Kg/m3)
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER                                  , INTENT(in   ) ::   ktts, ktrd, ktrhop, ktdep
+      REAL(wp), DIMENSION(A2D_T(ktts)  ,JPK,JPTS), INTENT(in   ) ::   pts    ! 1 : potential temperature  [Celsius]
+      !                                                                    ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(A2D_T(ktrd)  ,JPK     ), INTENT(  out) ::   prd    ! in situ density            [-]
+      REAL(wp), DIMENSION(A2D_T(ktrhop),JPK     ), INTENT(  out) ::   prhop  ! potential density (surface referenced)
+      REAL(wp), DIMENSION(A2D_T(ktdep) ,JPK     ), INTENT(in   ) ::   pdep   ! depth                      [m]
+      !
+      INTEGER  ::   ji, jj, jk, jsmp             ! dummy loop indices
+      INTEGER  ::   jdof
+      REAL(wp) ::   zt , zh , zstemp, zs , ztm   ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3      !   -      -
+      REAL(wp), DIMENSION(:), ALLOCATABLE :: zn0_sto, zn_sto, zsign    ! local vectors
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('eos-pot')
+      !
+      SELECT CASE ( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         ! Stochastic equation of state
+         IF ( ln_sto_eos ) THEN
+            ALLOCATE(zn0_sto(1:2*nn_sto_eos))
+            ALLOCATE(zn_sto(1:2*nn_sto_eos))
+            ALLOCATE(zsign(1:2*nn_sto_eos))
+            DO jsmp = 1, 2*nn_sto_eos, 2
+              zsign(jsmp)   = 1._wp
+              zsign(jsmp+1) = -1._wp
+            END DO
+            !
+            DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+               !
+               ! compute density (2*nn_sto_eos) times:
+               ! (1) for t+dt, s+ds (with the random TS fluctutation computed in sto_pts)
+               ! (2) for t-dt, s-ds (with the opposite fluctuation)
+               DO jsmp = 1, nn_sto_eos*2
+                  jdof   = (jsmp + 1) / 2
+                  zh     = pdep(ji,jj,jk) * r1_Z0                                  ! depth
+                  zt     = (pts (ji,jj,jk,jp_tem) + pts_ran(ji,jj,jk,jp_tem,jdof) * zsign(jsmp)) * r1_T0    ! temperature
+                  zstemp = pts  (ji,jj,jk,jp_sal) + pts_ran(ji,jj,jk,jp_sal,jdof) * zsign(jsmp)
+                  zs     = SQRT( ABS( zstemp + rdeltaS ) * r1_S0 )   ! square root salinity
+                  ztm    = tmask(ji,jj,jk)                                         ! tmask
+                  !
+                  zn3 = EOS013*zt   &
+                     &   + EOS103*zs+EOS003
+                     !
+                  zn2 = (EOS022*zt   &
+                     &   + EOS112*zs+EOS012)*zt   &
+                     &   + (EOS202*zs+EOS102)*zs+EOS002
+                     !
+                  zn1 = (((EOS041*zt   &
+                     &   + EOS131*zs+EOS031)*zt   &
+                     &   + (EOS221*zs+EOS121)*zs+EOS021)*zt   &
+                     &   + ((EOS311*zs+EOS211)*zs+EOS111)*zs+EOS011)*zt   &
+                     &   + (((EOS401*zs+EOS301)*zs+EOS201)*zs+EOS101)*zs+EOS001
+                     !
+                  zn0_sto(jsmp) = (((((EOS060*zt   &
+                     &   + EOS150*zs+EOS050)*zt   &
+                     &   + (EOS240*zs+EOS140)*zs+EOS040)*zt   &
+                     &   + ((EOS330*zs+EOS230)*zs+EOS130)*zs+EOS030)*zt   &
+                     &   + (((EOS420*zs+EOS320)*zs+EOS220)*zs+EOS120)*zs+EOS020)*zt   &
+                     &   + ((((EOS510*zs+EOS410)*zs+EOS310)*zs+EOS210)*zs+EOS110)*zs+EOS010)*zt   &
+                     &   + (((((EOS600*zs+EOS500)*zs+EOS400)*zs+EOS300)*zs+EOS200)*zs+EOS100)*zs+EOS000
+                     !
+                  zn_sto(jsmp)  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0_sto(jsmp)
+               END DO
+               !
+               ! compute stochastic density as the mean of the (2*nn_sto_eos) densities
+               prhop(ji,jj,jk) = 0._wp ; prd(ji,jj,jk) = 0._wp
+               DO jsmp = 1, nn_sto_eos*2
+                  prhop(ji,jj,jk) = prhop(ji,jj,jk) + zn0_sto(jsmp)                      ! potential density referenced at the surface
+                  !
+                  prd(ji,jj,jk) = prd(ji,jj,jk) + (  zn_sto(jsmp) * r1_rho0 - 1._wp  )   ! density anomaly (masked)
+               END DO
+               prhop(ji,jj,jk) = 0.5_wp * prhop(ji,jj,jk) * ztm / nn_sto_eos
+               prd  (ji,jj,jk) = 0.5_wp * prd  (ji,jj,jk) * ztm / nn_sto_eos
+            END_3D
+            DEALLOCATE(zn0_sto,zn_sto,zsign)
+         ! Non-stochastic equation of state
+         ELSE
+            DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+               !
+               zh  = pdep(ji,jj,jk) * r1_Z0                                  ! depth
+               zt  = pts (ji,jj,jk,jp_tem) * r1_T0                           ! temperature
+               zs  = SQRT( ABS( pts(ji,jj,jk,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+               ztm = tmask(ji,jj,jk)                                         ! tmask
+               !
+               zn3 = EOS013*zt   &
+                  &   + EOS103*zs+EOS003
+                  !
+               zn2 = (EOS022*zt   &
+                  &   + EOS112*zs+EOS012)*zt   &
+                  &   + (EOS202*zs+EOS102)*zs+EOS002
+                  !
+               zn1 = (((EOS041*zt   &
+                  &   + EOS131*zs+EOS031)*zt   &
+                  &   + (EOS221*zs+EOS121)*zs+EOS021)*zt   &
+                  &   + ((EOS311*zs+EOS211)*zs+EOS111)*zs+EOS011)*zt   &
+                  &   + (((EOS401*zs+EOS301)*zs+EOS201)*zs+EOS101)*zs+EOS001
+                  !
+               zn0 = (((((EOS060*zt   &
+                  &   + EOS150*zs+EOS050)*zt   &
+                  &   + (EOS240*zs+EOS140)*zs+EOS040)*zt   &
+                  &   + ((EOS330*zs+EOS230)*zs+EOS130)*zs+EOS030)*zt   &
+                  &   + (((EOS420*zs+EOS320)*zs+EOS220)*zs+EOS120)*zs+EOS020)*zt   &
+                  &   + ((((EOS510*zs+EOS410)*zs+EOS310)*zs+EOS210)*zs+EOS110)*zs+EOS010)*zt   &
+                  &   + (((((EOS600*zs+EOS500)*zs+EOS400)*zs+EOS300)*zs+EOS200)*zs+EOS100)*zs+EOS000
+                  !
+               zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+               !
+               prhop(ji,jj,jk) = zn0 * ztm                           ! potential density referenced at the surface
+               !
+               prd(ji,jj,jk) = (  zn * r1_rho0 - 1._wp  ) * ztm      ! density anomaly (masked)
+            END_3D
+         ENDIF
+
+      CASE( np_seos )                !==  simplified EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            zt  = pts  (ji,jj,jk,jp_tem) - 10._wp
+            zs  = pts  (ji,jj,jk,jp_sal) - 35._wp
+            zh  = pdep (ji,jj,jk)
+            ztm = tmask(ji,jj,jk)
+            !                                                     ! potential density referenced at the surface
+            zn =  - rn_a0 * ( 1._wp + 0.5_wp*rn_lambda1*zt ) * zt   &
+               &  + rn_b0 * ( 1._wp - 0.5_wp*rn_lambda2*zs ) * zs   &
+               &  - rn_nu * zt * zs
+            prhop(ji,jj,jk) = ( rho0 + zn ) * ztm
+            !                                                     ! density anomaly (masked)
+            zn = zn - ( rn_a0 * rn_mu1 * zt + rn_b0 * rn_mu2 * zs ) * zh
+            prd(ji,jj,jk) = zn * r1_rho0 * ztm
+            !
+         END_3D
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            zt  = pts  (ji,jj,jk,jp_tem) + ( 28 - rn_drho * EXP(- pdep (ji,jj,jk) / 1000._wp) ) / rn_a0
+            ztm = tmask(ji,jj,jk)
+            !
+            zn = - rn_a0 * zt
+            !                                                     ! potential density referenced at the surface
+            prhop(ji,jj,jk) = ( rho0 + zn ) * ztm
+            prd(ji,jj,jk) = zn * r1_rho0 * ztm                 ! density anomaly (masked)
+         END_3D
+         !
+      END SELECT
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab3d_1=prd, clinfo1=' eos-pot: ', &
+         &                                  tab3d_2=prhop, clinfo2=' pot : ', kdim=jpk )
+      !
+      IF( ln_timing )   CALL timing_stop('eos-pot')
+      !
+   END SUBROUTINE eos_insitu_pot_t
+
+
+   SUBROUTINE eos_insitu_2d( pts, pdep, prd )
+      !!
+      REAL(wp), DIMENSION(:,:,:), INTENT(in   ) ::   pts   ! 1 : potential temperature  [Celsius]
+      !                                                    ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(:,:)  , INTENT(in   ) ::   pdep  ! depth                      [m]
+      REAL(wp), DIMENSION(:,:)  , INTENT(  out) ::   prd   ! in situ density
+      !!
+      CALL eos_insitu_2d_t( pts, is_tile(pts), pdep, is_tile(pdep), prd, is_tile(prd) )
+   END SUBROUTINE eos_insitu_2d
+
+
+   SUBROUTINE eos_insitu_2d_t( pts, ktts, pdep, ktdep, prd, ktrd )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE eos_insitu_2d  ***
+      !!
+      !! ** Purpose :   Compute the in situ density (ratio rho/rho0) from
+      !!      potential temperature and salinity using an equation of state
+      !!      selected in the nameos namelist. * 2D field case
+      !!
+      !! ** Action  : - prd , the in situ density (no units) (unmasked)
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER                            , INTENT(in   ) ::   ktts, ktdep, ktrd
+      REAL(wp), DIMENSION(A2D_T(ktts),JPTS), INTENT(in   ) ::   pts   ! 1 : potential temperature  [Celsius]
+      !                                                             ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(A2D_T(ktdep)    ), INTENT(in   ) ::   pdep  ! depth                      [m]
+      REAL(wp), DIMENSION(A2D_T(ktrd)     ), INTENT(  out) ::   prd   ! in situ density
+      !
+      INTEGER  ::   ji, jj, jk                ! dummy loop indices
+      REAL(wp) ::   zt , zh , zs              ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3   !   -      -
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('eos2d')
+      !
+      prd(:,:) = 0._wp
+      !
+      SELECT CASE( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            !
+            zh  = pdep(ji,jj) * r1_Z0                                  ! depth
+            zt  = pts (ji,jj,jp_tem) * r1_T0                           ! temperature
+            zs  = SQRT( ABS( pts(ji,jj,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+            !
+            zn3 = EOS013*zt   &
+               &   + EOS103*zs+EOS003
+               !
+            zn2 = (EOS022*zt   &
+               &   + EOS112*zs+EOS012)*zt   &
+               &   + (EOS202*zs+EOS102)*zs+EOS002
+               !
+            zn1 = (((EOS041*zt   &
+               &   + EOS131*zs+EOS031)*zt   &
+               &   + (EOS221*zs+EOS121)*zs+EOS021)*zt   &
+               &   + ((EOS311*zs+EOS211)*zs+EOS111)*zs+EOS011)*zt   &
+               &   + (((EOS401*zs+EOS301)*zs+EOS201)*zs+EOS101)*zs+EOS001
+               !
+            zn0 = (((((EOS060*zt   &
+               &   + EOS150*zs+EOS050)*zt   &
+               &   + (EOS240*zs+EOS140)*zs+EOS040)*zt   &
+               &   + ((EOS330*zs+EOS230)*zs+EOS130)*zs+EOS030)*zt   &
+               &   + (((EOS420*zs+EOS320)*zs+EOS220)*zs+EOS120)*zs+EOS020)*zt   &
+               &   + ((((EOS510*zs+EOS410)*zs+EOS310)*zs+EOS210)*zs+EOS110)*zs+EOS010)*zt   &
+               &   + (((((EOS600*zs+EOS500)*zs+EOS400)*zs+EOS300)*zs+EOS200)*zs+EOS100)*zs+EOS000
+               !
+            zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+            !
+            prd(ji,jj) = zn * r1_rho0 - 1._wp               ! unmasked in situ density anomaly
+            !
+         END_2D
+         !
+      CASE( np_seos )                !==  simplified EOS  ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            !
+            zt    = pts  (ji,jj,jp_tem)  - 10._wp
+            zs    = pts  (ji,jj,jp_sal)  - 35._wp
+            zh    = pdep (ji,jj)                         ! depth at the partial step level
+            !
+            zn =  - rn_a0 * ( 1._wp + 0.5_wp*rn_lambda1*zt + rn_mu1*zh ) * zt   &
+               &  + rn_b0 * ( 1._wp - 0.5_wp*rn_lambda2*zs - rn_mu2*zh ) * zs   &
+               &  - rn_nu * zt * zs
+               !
+            prd(ji,jj) = zn * r1_rho0               ! unmasked in situ density anomaly
+            !
+         END_2D
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            zt  = pts  (ji,jj,jp_tem) + ( 28 - rn_drho * EXP(- pdep (ji,jj) / 1000._wp) ) / rn_a0
+            !
+            zn = - rn_a0 * zt
+            !
+            prd(ji,jj) = zn * r1_rho0                 ! density anomaly (masked)
+         END_2D
+         !
+      END SELECT
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab2d_1=prd, clinfo1=' eos2d: ' )
+      !
+      IF( ln_timing )   CALL timing_stop('eos2d')
+      !
+   END SUBROUTINE eos_insitu_2d_t
+
+
+   SUBROUTINE eos_insitu_pot_2d( pts, prhop )
+      !!
+      REAL(wp), DIMENSION(:,:,:), INTENT(in   ) ::   pts    ! 1 : potential temperature  [Celsius]
+      !                                                     ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(:,:)  , INTENT(  out) ::   prhop  ! potential density (surface referenced)
+      !!
+      CALL eos_insitu_pot_2d_t( pts, is_tile(pts), prhop, is_tile(prhop) )
+   END SUBROUTINE eos_insitu_pot_2d
+
+   SUBROUTINE eos_insitu_pot_2d_t( pts, ktts, prhop, ktrhop )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE eos_insitu_pot  ***
+      !!
+      !! ** Purpose :   Compute the in situ density (ratio rho/rho0) and the
+      !!      potential volumic mass (Kg/m3) from potential temperature and
+      !!      salinity fields using an equation of state selected in the
+      !!     namelist.
+      !!
+      !! ** Action  :
+      !!              - prhop, the potential volumic mass (Kg/m3)
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER                              , INTENT(in   ) ::   ktts, ktrhop
+      REAL(wp), DIMENSION(A2D_T(ktts),JPTS), INTENT(in   ) ::   pts    ! 1 : potential temperature  [Celsius]
+      !                                                                ! 2 : salinity               [psu]
+      REAL(wp), DIMENSION(A2D_T(ktrhop)   ), INTENT(  out) ::   prhop  ! potential density (surface referenced)
+      !
+      INTEGER  ::   ji, jj, jk, jsmp             ! dummy loop indices
+      INTEGER  ::   jdof
+      REAL(wp) ::   zt , zh , zstemp, zs , ztm   ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3      !   -      -
+      REAL(wp), DIMENSION(:), ALLOCATABLE :: zn0_sto, zn_sto, zsign    ! local vectors
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('eos-pot')
+      !
+      SELECT CASE ( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            !
+            zt  = pts (ji,jj,jp_tem) * r1_T0                           ! temperature
+            zs  = SQRT( ABS( pts(ji,jj,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+            ztm = tmask(ji,jj,1)                                         ! tmask
+            !
+            zn0 = (((((EOS060*zt   &
+               &   + EOS150*zs+EOS050)*zt   &
+               &   + (EOS240*zs+EOS140)*zs+EOS040)*zt   &
+               &   + ((EOS330*zs+EOS230)*zs+EOS130)*zs+EOS030)*zt   &
+               &   + (((EOS420*zs+EOS320)*zs+EOS220)*zs+EOS120)*zs+EOS020)*zt   &
+               &   + ((((EOS510*zs+EOS410)*zs+EOS310)*zs+EOS210)*zs+EOS110)*zs+EOS010)*zt   &
+               &   + (((((EOS600*zs+EOS500)*zs+EOS400)*zs+EOS300)*zs+EOS200)*zs+EOS100)*zs+EOS000
+               !
+            !
+            prhop(ji,jj) = zn0 * ztm                           ! potential density referenced at the surface
+            !
+         END_2D
+
+      CASE( np_seos )                !==  simplified EOS  ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            zt  = pts  (ji,jj,jp_tem) - 10._wp
+            zs  = pts  (ji,jj,jp_sal) - 35._wp
+            ztm = tmask(ji,jj,1)
+            !                                                     ! potential density referenced at the surface
+            zn =  - rn_a0 * ( 1._wp + 0.5_wp*rn_lambda1*zt ) * zt   &
+               &  + rn_b0 * ( 1._wp - 0.5_wp*rn_lambda2*zs ) * zs   &
+               &  - rn_nu * zt * zs
+            prhop(ji,jj) = ( rho0 + zn ) * ztm
+            !
+         END_2D
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            zt  = pts  (ji,jj,jp_tem) + ( 28 ) / rn_a0
+            ztm = tmask(ji,jj,1)
+            !
+            zn = - rn_a0 * zt
+            !
+            prhop(ji,jj) = ( rho0 + zn ) * ztm
+         END_2D
+         !
+      END SELECT
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab2d_1=prhop, clinfo1=' pot: ', kdim=1 )
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab2d_1=prhop, clinfo1=' eos-pot: ' )
+      !
+      IF( ln_timing )   CALL timing_stop('eos-pot')
+      !
+   END SUBROUTINE eos_insitu_pot_2d_t
+
+
+   SUBROUTINE rab_3d( pts, pab, Kmm )
+      !!
+      INTEGER                     , INTENT(in   ) ::   Kmm   ! time level index
+      REAL(wp), DIMENSION(:,:,:,:), INTENT(in   ) ::   pts   ! pot. temperature & salinity
+      REAL(wp), DIMENSION(:,:,:,:), INTENT(  out) ::   pab   ! thermal/haline expansion ratio
+      !!
+      CALL rab_3d_t( pts, is_tile(pts), pab, is_tile(pab), Kmm )
+   END SUBROUTINE rab_3d
+
+
+   SUBROUTINE rab_3d_t( pts, ktts, pab, ktab, Kmm )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE rab_3d  ***
+      !!
+      !! ** Purpose :   Calculates thermal/haline expansion ratio at T-points
+      !!
+      !! ** Method  :   calculates alpha / beta at T-points
+      !!
+      !! ** Action  : - pab     : thermal/haline expansion ratio at T-points
+      !!----------------------------------------------------------------------
+      INTEGER                                , INTENT(in   ) ::   Kmm   ! time level index
+      INTEGER                                , INTENT(in   ) ::   ktts, ktab
+      REAL(wp), DIMENSION(A2D_T(ktts),JPK,JPTS), INTENT(in   ) ::   pts   ! pot. temperature & salinity
+      REAL(wp), DIMENSION(A2D_T(ktab),JPK,JPTS), INTENT(  out) ::   pab   ! thermal/haline expansion ratio
+      !
+      INTEGER  ::   ji, jj, jk                ! dummy loop indices
+      REAL(wp) ::   zt , zh , zs , ztm        ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3   !   -      -
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('rab_3d')
+      !
+      SELECT CASE ( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            !
+            zh  = gdept(ji,jj,jk,Kmm) * r1_Z0                                ! depth
+            zt  = pts (ji,jj,jk,jp_tem) * r1_T0                           ! temperature
+            zs  = SQRT( ABS( pts(ji,jj,jk,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+            ztm = tmask(ji,jj,jk)                                         ! tmask
+            !
+            ! alpha
+            zn3 = ALP003
+            !
+            zn2 = ALP012*zt + ALP102*zs+ALP002
+            !
+            zn1 = ((ALP031*zt   &
+               &   + ALP121*zs+ALP021)*zt   &
+               &   + (ALP211*zs+ALP111)*zs+ALP011)*zt   &
+               &   + ((ALP301*zs+ALP201)*zs+ALP101)*zs+ALP001
+               !
+            zn0 = ((((ALP050*zt   &
+               &   + ALP140*zs+ALP040)*zt   &
+               &   + (ALP230*zs+ALP130)*zs+ALP030)*zt   &
+               &   + ((ALP320*zs+ALP220)*zs+ALP120)*zs+ALP020)*zt   &
+               &   + (((ALP410*zs+ALP310)*zs+ALP210)*zs+ALP110)*zs+ALP010)*zt   &
+               &   + ((((ALP500*zs+ALP400)*zs+ALP300)*zs+ALP200)*zs+ALP100)*zs+ALP000
+               !
+            zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+            !
+            pab(ji,jj,jk,jp_tem) = zn * r1_rho0 * ztm
+            !
+            ! beta
+            zn3 = BET003
+            !
+            zn2 = BET012*zt + BET102*zs+BET002
+            !
+            zn1 = ((BET031*zt   &
+               &   + BET121*zs+BET021)*zt   &
+               &   + (BET211*zs+BET111)*zs+BET011)*zt   &
+               &   + ((BET301*zs+BET201)*zs+BET101)*zs+BET001
+               !
+            zn0 = ((((BET050*zt   &
+               &   + BET140*zs+BET040)*zt   &
+               &   + (BET230*zs+BET130)*zs+BET030)*zt   &
+               &   + ((BET320*zs+BET220)*zs+BET120)*zs+BET020)*zt   &
+               &   + (((BET410*zs+BET310)*zs+BET210)*zs+BET110)*zs+BET010)*zt   &
+               &   + ((((BET500*zs+BET400)*zs+BET300)*zs+BET200)*zs+BET100)*zs+BET000
+               !
+            zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+            !
+            pab(ji,jj,jk,jp_sal) = zn / zs * r1_rho0 * ztm
+            !
+         END_3D
+         !
+      CASE( np_seos )                  !==  simplified EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            zt  = pts (ji,jj,jk,jp_tem) - 10._wp   ! pot. temperature anomaly (t-T0)
+            zs  = pts (ji,jj,jk,jp_sal) - 35._wp   ! abs. salinity anomaly (s-S0)
+            zh  = gdept(ji,jj,jk,Kmm)                ! depth in meters at t-point
+            ztm = tmask(ji,jj,jk)                  ! land/sea bottom mask = surf. mask
+            !
+            zn  = rn_a0 * ( 1._wp + rn_lambda1*zt + rn_mu1*zh ) + rn_nu*zs
+            pab(ji,jj,jk,jp_tem) = zn * r1_rho0 * ztm   ! alpha
+            !
+            zn  = rn_b0 * ( 1._wp - rn_lambda2*zs - rn_mu2*zh ) - rn_nu*zt
+            pab(ji,jj,jk,jp_sal) = zn * r1_rho0 * ztm   ! beta
+            !
+         END_3D
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            zt  = pts  (ji,jj,jk,jp_tem) + ( 28 - rn_drho * EXP(- gdept (ji,jj,jk,Kmm) / 1000._wp) ) / rn_a0
+            ztm = tmask(ji,jj,jk)
+            !
+            zn = rn_a0
+            !                                 
+            pab(ji,jj,jk,jp_tem) = zn * r1_rho0 * ztm   ! alpha
+            pab(ji,jj,jk,jp_sal) = 0
+            !
+         END_3D
+      CASE DEFAULT
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos
+         CALL ctl_stop( 'rab_3d:', ctmp1 )
+         !
+      END SELECT
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab3d_1=pab(:,:,:,jp_tem), clinfo1=' rab_3d_t: ', &
+         &                                  tab3d_2=pab(:,:,:,jp_sal), clinfo2=' rab_3d_s : ', kdim=jpk )
+      !
+      IF( ln_timing )   CALL timing_stop('rab_3d')
+      !
+   END SUBROUTINE rab_3d_t
+
+
+   SUBROUTINE rab_2d( pts, pdep, pab, Kmm )
+      !!
+      INTEGER                   , INTENT(in   ) ::   Kmm   ! time level index
+      REAL(wp), DIMENSION(:,:,:), INTENT(in   ) ::   pts    ! pot. temperature & salinity
+      REAL(wp), DIMENSION(:,:)  , INTENT(in   ) ::   pdep   ! depth                  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pab    ! thermal/haline expansion ratio
+      !!
+      CALL rab_2d_t(pts, is_tile(pts), pdep, is_tile(pdep), pab, is_tile(pab), Kmm)
+   END SUBROUTINE rab_2d
+
+
+   SUBROUTINE rab_2d_t( pts, ktts, pdep, ktdep, pab, ktab, Kmm )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE rab_2d  ***
+      !!
+      !! ** Purpose :   Calculates thermal/haline expansion ratio for a 2d field (unmasked)
+      !!
+      !! ** Action  : - pab     : thermal/haline expansion ratio at T-points
+      !!----------------------------------------------------------------------
+      INTEGER                            , INTENT(in   ) ::   Kmm   ! time level index
+      INTEGER                            , INTENT(in   ) ::   ktts, ktdep, ktab
+      REAL(wp), DIMENSION(A2D_T(ktts),JPTS), INTENT(in   ) ::   pts    ! pot. temperature & salinity
+      REAL(wp), DIMENSION(A2D_T(ktdep)    ), INTENT(in   ) ::   pdep   ! depth                  [m]
+      REAL(wp), DIMENSION(A2D_T(ktab),JPTS), INTENT(  out) ::   pab    ! thermal/haline expansion ratio
+      !
+      INTEGER  ::   ji, jj, jk                ! dummy loop indices
+      REAL(wp) ::   zt , zh , zs              ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3   !   -      -
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('rab_2d')
+      !
+      pab(:,:,:) = 0._wp
+      !
+      SELECT CASE ( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            !
+            zh  = pdep(ji,jj) * r1_Z0                                  ! depth
+            zt  = pts (ji,jj,jp_tem) * r1_T0                           ! temperature
+            zs  = SQRT( ABS( pts(ji,jj,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+            !
+            ! alpha
+            zn3 = ALP003
+            !
+            zn2 = ALP012*zt + ALP102*zs+ALP002
+            !
+            zn1 = ((ALP031*zt   &
+               &   + ALP121*zs+ALP021)*zt   &
+               &   + (ALP211*zs+ALP111)*zs+ALP011)*zt   &
+               &   + ((ALP301*zs+ALP201)*zs+ALP101)*zs+ALP001
+               !
+            zn0 = ((((ALP050*zt   &
+               &   + ALP140*zs+ALP040)*zt   &
+               &   + (ALP230*zs+ALP130)*zs+ALP030)*zt   &
+               &   + ((ALP320*zs+ALP220)*zs+ALP120)*zs+ALP020)*zt   &
+               &   + (((ALP410*zs+ALP310)*zs+ALP210)*zs+ALP110)*zs+ALP010)*zt   &
+               &   + ((((ALP500*zs+ALP400)*zs+ALP300)*zs+ALP200)*zs+ALP100)*zs+ALP000
+               !
+            zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+            !
+            pab(ji,jj,jp_tem) = zn * r1_rho0
+            !
+            ! beta
+            zn3 = BET003
+            !
+            zn2 = BET012*zt + BET102*zs+BET002
+            !
+            zn1 = ((BET031*zt   &
+               &   + BET121*zs+BET021)*zt   &
+               &   + (BET211*zs+BET111)*zs+BET011)*zt   &
+               &   + ((BET301*zs+BET201)*zs+BET101)*zs+BET001
+               !
+            zn0 = ((((BET050*zt   &
+               &   + BET140*zs+BET040)*zt   &
+               &   + (BET230*zs+BET130)*zs+BET030)*zt   &
+               &   + ((BET320*zs+BET220)*zs+BET120)*zs+BET020)*zt   &
+               &   + (((BET410*zs+BET310)*zs+BET210)*zs+BET110)*zs+BET010)*zt   &
+               &   + ((((BET500*zs+BET400)*zs+BET300)*zs+BET200)*zs+BET100)*zs+BET000
+               !
+            zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+            !
+            pab(ji,jj,jp_sal) = zn / zs * r1_rho0
+            !
+            !
+         END_2D
+         !
+      CASE( np_seos )                  !==  simplified EOS  ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            !
+            zt    = pts  (ji,jj,jp_tem) - 10._wp   ! pot. temperature anomaly (t-T0)
+            zs    = pts  (ji,jj,jp_sal) - 35._wp   ! abs. salinity anomaly (s-S0)
+            zh    = pdep (ji,jj)                   ! depth at the partial step level
+            !
+            zn  = rn_a0 * ( 1._wp + rn_lambda1*zt + rn_mu1*zh ) + rn_nu*zs
+            pab(ji,jj,jp_tem) = zn * r1_rho0   ! alpha
+            !
+            zn  = rn_b0 * ( 1._wp - rn_lambda2*zs - rn_mu2*zh ) - rn_nu*zt
+            pab(ji,jj,jp_sal) = zn * r1_rho0   ! beta
+            !
+         END_2D
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_2D( nn_hls, nn_hls, nn_hls, nn_hls )
+            zt  = pts  (ji,jj,jp_tem) + ( 28 - rn_drho * EXP(- pdep (ji,jj) / 1000._wp) ) / rn_a0
+            !
+            zn = rn_a0
+            !                                 
+            pab(ji,jj,jp_tem) = zn * r1_rho0   ! alpha
+            pab(ji,jj,jp_sal) = 0.0_wp
+         END_2D
+      CASE DEFAULT
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos
+         CALL ctl_stop( 'rab_2d:', ctmp1 )
+         !
+      END SELECT
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab2d_1=pab(:,:,jp_tem), clinfo1=' rab_2d_t: ', &
+         &                                  tab2d_2=pab(:,:,jp_sal), clinfo2=' rab_2d_s : ' )
+      !
+      IF( ln_timing )   CALL timing_stop('rab_2d')
+      !
+   END SUBROUTINE rab_2d_t
+
+
+   SUBROUTINE rab_0d( pts, pdep, pab, Kmm )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE rab_0d  ***
+      !!
+      !! ** Purpose :   Calculates thermal/haline expansion ratio for a 2d field (unmasked)
+      !!
+      !! ** Action  : - pab     : thermal/haline expansion ratio at T-points
+      !!----------------------------------------------------------------------
+      INTEGER                              , INTENT(in   ) ::   Kmm   ! time level index
+      REAL(wp), DIMENSION(jpts)    , INTENT(in   ) ::   pts    ! pot. temperature & salinity
+      REAL(wp),                      INTENT(in   ) ::   pdep   ! depth                  [m]
+      REAL(wp), DIMENSION(jpts)    , INTENT(  out) ::   pab    ! thermal/haline expansion ratio
+      !
+      REAL(wp) ::   zt , zh , zs              ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2, zn3   !   -      -
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('rab_0d')
+      !
+      pab(:) = 0._wp
+      !
+      SELECT CASE ( neos )
+      !
+      CASE( np_teos10, np_eos80 )      !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         !
+         zh  = pdep * r1_Z0                                  ! depth
+         zt  = pts (jp_tem) * r1_T0                           ! temperature
+         zs  = SQRT( ABS( pts(jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+         !
+         ! alpha
+         zn3 = ALP003
+         !
+         zn2 = ALP012*zt + ALP102*zs+ALP002
+         !
+         zn1 = ((ALP031*zt   &
+            &   + ALP121*zs+ALP021)*zt   &
+            &   + (ALP211*zs+ALP111)*zs+ALP011)*zt   &
+            &   + ((ALP301*zs+ALP201)*zs+ALP101)*zs+ALP001
+            !
+         zn0 = ((((ALP050*zt   &
+            &   + ALP140*zs+ALP040)*zt   &
+            &   + (ALP230*zs+ALP130)*zs+ALP030)*zt   &
+            &   + ((ALP320*zs+ALP220)*zs+ALP120)*zs+ALP020)*zt   &
+            &   + (((ALP410*zs+ALP310)*zs+ALP210)*zs+ALP110)*zs+ALP010)*zt   &
+            &   + ((((ALP500*zs+ALP400)*zs+ALP300)*zs+ALP200)*zs+ALP100)*zs+ALP000
+            !
+         zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+         !
+         pab(jp_tem) = zn * r1_rho0
+         !
+         ! beta
+         zn3 = BET003
+         !
+         zn2 = BET012*zt + BET102*zs+BET002
+         !
+         zn1 = ((BET031*zt   &
+            &   + BET121*zs+BET021)*zt   &
+            &   + (BET211*zs+BET111)*zs+BET011)*zt   &
+            &   + ((BET301*zs+BET201)*zs+BET101)*zs+BET001
+            !
+         zn0 = ((((BET050*zt   &
+            &   + BET140*zs+BET040)*zt   &
+            &   + (BET230*zs+BET130)*zs+BET030)*zt   &
+            &   + ((BET320*zs+BET220)*zs+BET120)*zs+BET020)*zt   &
+            &   + (((BET410*zs+BET310)*zs+BET210)*zs+BET110)*zs+BET010)*zt   &
+            &   + ((((BET500*zs+BET400)*zs+BET300)*zs+BET200)*zs+BET100)*zs+BET000
+            !
+         zn  = ( ( zn3 * zh + zn2 ) * zh + zn1 ) * zh + zn0
+         !
+         pab(jp_sal) = zn / zs * r1_rho0
+         !
+         !
+         !
+      CASE( np_seos )                  !==  simplified EOS  ==!
+         !
+         zt    = pts(jp_tem) - 10._wp   ! pot. temperature anomaly (t-T0)
+         zs    = pts(jp_sal) - 35._wp   ! abs. salinity anomaly (s-S0)
+         zh    = pdep                   ! depth at the partial step level
+         !
+         zn  = rn_a0 * ( 1._wp + rn_lambda1*zt + rn_mu1*zh ) + rn_nu*zs
+         pab(jp_tem) = zn * r1_rho0   ! alpha
+         !
+         zn  = rn_b0 * ( 1._wp - rn_lambda2*zs - rn_mu2*zh ) - rn_nu*zt
+         pab(jp_sal) = zn * r1_rho0   ! beta
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         zt  = pts  (jp_tem) + ( 28 - rn_drho * EXP(- pdep / 1000._wp) ) / rn_a0
+         !
+         zn =   rn_a0
+         !                                 
+         pab(jp_tem) = zn * r1_rho0    ! alpha
+         pab(jp_sal) = zn * r1_rho0    ! beta
+!
+      CASE DEFAULT
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos
+         CALL ctl_stop( 'rab_0d:', ctmp1 )
+         !
+      END SELECT
+      !
+      IF( ln_timing )   CALL timing_stop('rab_0d')
+      !
+   END SUBROUTINE rab_0d
+
+
+   SUBROUTINE bn2( pts, pab, pn2, Kmm )
+      !!
+      INTEGER                              , INTENT(in   ) ::  Kmm   ! time level index
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(in   ) ::  pts   ! pot. temperature and salinity   [Celsius,psu]
+      REAL(wp), DIMENSION(:,:,:,:)         , INTENT(in   ) ::  pab   ! thermal/haline expansion coef.  [Celsius-1,psu-1]
+      REAL(wp), DIMENSION(:,:,:)           , INTENT(  out) ::  pn2   ! Brunt-Vaisala frequency squared [1/s^2]
+      !!
+      CALL bn2_t( pts, pab, is_tile(pab), pn2, is_tile(pn2), Kmm )
+   END SUBROUTINE bn2
+
+
+   SUBROUTINE bn2_t( pts, pab, ktab, pn2, ktn2, Kmm )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE bn2  ***
+      !!
+      !! ** Purpose :   Compute the local Brunt-Vaisala frequency at the
+      !!                time-step of the input arguments
+      !!
+      !! ** Method  :   pn2 = grav * (alpha dk[T] + beta dk[S] ) / e3w
+      !!      where alpha and beta are given in pab, and computed on T-points.
+      !!      N.B. N^2 is set one for all to zero at jk=1 in istate module.
+      !!
+      !! ** Action  :   pn2 : square of the brunt-vaisala frequency at w-point
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER                                , INTENT(in   ) ::  Kmm   ! time level index
+      INTEGER                                , INTENT(in   ) ::  ktab, ktn2
+      REAL(wp), DIMENSION(jpi,jpj,  jpk,jpts), INTENT(in   ) ::  pts   ! pot. temperature and salinity   [Celsius,psu]
+      REAL(wp), DIMENSION(A2D_T(ktab),JPK,JPTS), INTENT(in   ) ::  pab   ! thermal/haline expansion coef.  [Celsius-1,psu-1]
+      REAL(wp), DIMENSION(A2D_T(ktn2),JPK     ), INTENT(  out) ::  pn2   ! Brunt-Vaisala frequency squared [1/s^2]
+      !
+      INTEGER  ::   ji, jj, jk      ! dummy loop indices
+      REAL(wp) ::   zaw, zbw, zrw   ! local scalars
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('bn2')
+      !
+      DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 2, jpkm1 )      ! interior points only (2=< jk =< jpkm1 ); surface and bottom value set to zero one for all in istate.F90
+         zrw =   ( gdepw(ji,jj,jk  ,Kmm) - gdept(ji,jj,jk,Kmm) )   &
+            &  / ( gdept(ji,jj,jk-1,Kmm) - gdept(ji,jj,jk,Kmm) )
+            !
+         zaw = pab(ji,jj,jk,jp_tem) * (1. - zrw) + pab(ji,jj,jk-1,jp_tem) * zrw
+         zbw = pab(ji,jj,jk,jp_sal) * (1. - zrw) + pab(ji,jj,jk-1,jp_sal) * zrw
+         !
+         pn2(ji,jj,jk) = grav * (  zaw * ( pts(ji,jj,jk-1,jp_tem) - pts(ji,jj,jk,jp_tem) )     &
+            &                    - zbw * ( pts(ji,jj,jk-1,jp_sal) - pts(ji,jj,jk,jp_sal) )  )  &
+            &            / e3w(ji,jj,jk,Kmm) * wmask(ji,jj,jk)
+      END_3D
+      !
+      IF(sn_cfctl%l_prtctl)   CALL prt_ctl( tab3d_1=pn2, clinfo1=' bn2  : ', kdim=jpk )
+      !
+      IF( ln_timing )   CALL timing_stop('bn2')
+      !
+   END SUBROUTINE bn2_t
+
+
+   FUNCTION eos_pt_from_ct( ctmp, psal ) RESULT( ptmp )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE eos_pt_from_ct  ***
+      !!
+      !! ** Purpose :   Compute pot.temp. from cons. temp. [Celsius]
+      !!
+      !! ** Method  :   rational approximation (5/3th order) of TEOS-10 algorithm
+      !!       checkvalue: pt=20.02391895 Celsius for sa=35.7g/kg, ct=20degC
+      !!
+      !! Reference  :   TEOS-10, UNESCO
+      !!                Rational approximation to TEOS10 algorithm (rms error on WOA13 values: 4.0e-5 degC)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj), INTENT(in   ) ::   ctmp   ! Cons. Temp   [Celsius]
+      REAL(wp), DIMENSION(jpi,jpj), INTENT(in   ) ::   psal   ! salinity     [psu]
+      ! Leave result array automatic rather than making explicitly allocated
+      REAL(wp), DIMENSION(jpi,jpj) ::   ptmp   ! potential temperature [Celsius]
+      !
+      INTEGER  ::   ji, jj               ! dummy loop indices
+      REAL(wp) ::   zt , zs , ztm        ! local scalars
+      REAL(wp) ::   zn , zd              ! local scalars
+      REAL(wp) ::   zdeltaS , z1_S0 , z1_T0
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('eos_pt_from_ct')
+      !
+      zdeltaS = 5._wp
+      z1_S0   = 0.875_wp/35.16504_wp
+      z1_T0   = 1._wp/40._wp
+      !
+      DO_2D( 1, 1, 1, 1 )
+         !
+         zt  = ctmp   (ji,jj) * z1_T0
+         zs  = SQRT( ABS( psal(ji,jj) + zdeltaS ) * r1_S0 )
+         ztm = tmask(ji,jj,1)
+         !
+         zn = ((((-2.1385727895e-01_wp*zt   &
+            &   - 2.7674419971e-01_wp*zs+1.0728094330_wp)*zt   &
+            &   + (2.6366564313_wp*zs+3.3546960647_wp)*zs-7.8012209473_wp)*zt   &
+            &   + ((1.8835586562_wp*zs+7.3949191679_wp)*zs-3.3937395875_wp)*zs-5.6414948432_wp)*zt   &
+            &   + (((3.5737370589_wp*zs-1.5512427389e+01_wp)*zs+2.4625741105e+01_wp)*zs   &
+            &      +1.9912291000e+01_wp)*zs-3.2191146312e+01_wp)*zt   &
+            &   + ((((5.7153204649e-01_wp*zs-3.0943149543_wp)*zs+9.3052495181_wp)*zs   &
+            &      -9.4528934807_wp)*zs+3.1066408996_wp)*zs-4.3504021262e-01_wp
+            !
+         zd = (2.0035003456_wp*zt   &
+            &   -3.4570358592e-01_wp*zs+5.6471810638_wp)*zt   &
+            &   + (1.5393993508_wp*zs-6.9394762624_wp)*zs+1.2750522650e+01_wp
+            !
+         ptmp(ji,jj) = ( zt / z1_T0 + zn / zd ) * ztm
+            !
+      END_2D
+      !
+      IF( ln_timing )   CALL timing_stop('eos_pt_from_ct')
+      !
+   END FUNCTION eos_pt_from_ct
+
+
+   SUBROUTINE eos_fzp_2d( psal, ptf, pdep )
+      !!
+      REAL(wp), DIMENSION(jpi,jpj), INTENT(in   )           ::   psal   ! salinity   [psu]
+      REAL(wp), DIMENSION(jpi,jpj), INTENT(in   ), OPTIONAL ::   pdep   ! depth      [m]
+      REAL(wp), DIMENSION(:,:)    , INTENT(out  )           ::   ptf    ! freezing temperature [Celsius]
+      !!
+      CALL eos_fzp_2d_t( psal, ptf, is_tile(ptf), pdep )
+   END SUBROUTINE eos_fzp_2d
+
+
+   SUBROUTINE  eos_fzp_2d_t( psal, ptf, kttf, pdep )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE eos_fzp  ***
+      !!
+      !! ** Purpose :   Compute the freezing point temperature [Celsius]
+      !!
+      !! ** Method  :   UNESCO freezing point (ptf) in Celsius is given by
+      !!       ptf(t,z) = (-.0575+1.710523e-3*sqrt(abs(s))-2.154996e-4*s)*s - 7.53e-4*z
+      !!       checkvalue: tf=-2.588567 Celsius for s=40psu, z=500m
+      !!
+      !! Reference  :   UNESCO tech. papers in the marine science no. 28. 1978
+      !!----------------------------------------------------------------------
+      INTEGER                       , INTENT(in   )           ::   kttf
+      REAL(wp), DIMENSION(jpi,jpj)  , INTENT(in   )           ::   psal   ! salinity   [psu]
+      REAL(wp), DIMENSION(jpi,jpj)  , INTENT(in   ), OPTIONAL ::   pdep   ! depth      [m]
+      REAL(wp), DIMENSION(A2D_T(kttf)), INTENT(out  )           ::   ptf    ! freezing temperature [Celsius]
+      !
+      INTEGER  ::   ji, jj          ! dummy loop indices
+      REAL(wp) ::   zt, zs, z1_S0   ! local scalars
+      !!----------------------------------------------------------------------
+      !
+      SELECT CASE ( neos )
+      !
+      CASE ( np_teos10, np_seos )      !==  CT,SA (TEOS-10 and S-EOS formulations) ==!
+         !
+         z1_S0 = 1._wp / 35.16504_wp
+         DO_2D( 1, 1, 1, 1 )
+            zs= SQRT( ABS( psal(ji,jj) ) * z1_S0 )           ! square root salinity
+            ptf(ji,jj) = ((((1.46873e-03_wp*zs-9.64972e-03_wp)*zs+2.28348e-02_wp)*zs &
+               &          - 3.12775e-02_wp)*zs+2.07679e-02_wp)*zs-5.87701e-02_wp
+         END_2D
+         ptf(:,:) = ptf(:,:) * psal(:,:)
+         !
+         IF( PRESENT( pdep ) )   ptf(:,:) = ptf(:,:) - 7.53e-4 * pdep(:,:)
+         !
+      CASE ( np_eos80 )                !==  PT,SP (UNESCO formulation)  ==!
+         !
+         ptf(:,:) = ( - 0.0575_wp + 1.710523e-3_wp * SQRT( psal(:,:) )   &
+            &                     - 2.154996e-4_wp *       psal(:,:)   ) * psal(:,:)
+            !
+         IF( PRESENT( pdep ) )   ptf(:,:) = ptf(:,:) - 7.53e-4 * pdep(:,:)
+         !
+      CASE DEFAULT
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos
+         CALL ctl_stop( 'eos_fzp_2d:', ctmp1 )
+         !
+      END SELECT
+      !
+  END SUBROUTINE eos_fzp_2d_t
+
+
+  SUBROUTINE eos_fzp_0d( psal, ptf, pdep )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE eos_fzp  ***
+      !!
+      !! ** Purpose :   Compute the freezing point temperature [Celsius]
+      !!
+      !! ** Method  :   UNESCO freezing point (ptf) in Celsius is given by
+      !!       ptf(t,z) = (-.0575+1.710523e-3*sqrt(abs(s))-2.154996e-4*s)*s - 7.53e-4*z
+      !!       checkvalue: tf=-2.588567 Celsius for s=40psu, z=500m
+      !!
+      !! Reference  :   UNESCO tech. papers in the marine science no. 28. 1978
+      !!----------------------------------------------------------------------
+      REAL(wp), INTENT(in )           ::   psal         ! salinity   [psu]
+      REAL(wp), INTENT(in ), OPTIONAL ::   pdep         ! depth      [m]
+      REAL(wp), INTENT(out)           ::   ptf          ! freezing temperature [Celsius]
+      !
+      REAL(wp) :: zs   ! local scalars
+      !!----------------------------------------------------------------------
+      !
+      SELECT CASE ( neos )
+      !
+      CASE ( np_teos10, np_seos )      !==  CT,SA (TEOS-10 and S-EOS formulations) ==!
+         !
+         zs  = SQRT( ABS( psal ) / 35.16504_wp )           ! square root salinity
+         ptf = ((((1.46873e-03_wp*zs-9.64972e-03_wp)*zs+2.28348e-02_wp)*zs &
+                  &          - 3.12775e-02_wp)*zs+2.07679e-02_wp)*zs-5.87701e-02_wp
+         ptf = ptf * psal
+         !
+         IF( PRESENT( pdep ) )   ptf = ptf - 7.53e-4 * pdep
+         !
+      CASE ( np_eos80 )                !==  PT,SP (UNESCO formulation)  ==!
+         !
+         ptf = ( - 0.0575_wp + 1.710523e-3_wp * SQRT( psal )   &
+            &                - 2.154996e-4_wp *       psal   ) * psal
+            !
+         IF( PRESENT( pdep ) )   ptf = ptf - 7.53e-4 * pdep
+         !
+      CASE DEFAULT
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos
+         CALL ctl_stop( 'eos_fzp_0d:', ctmp1 )
+         !
+      END SELECT
+      !
+   END SUBROUTINE eos_fzp_0d
+
+
+   SUBROUTINE eos_pen( pts, pab_pe, ppen, Kmm )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE eos_pen  ***
+      !!
+      !! ** Purpose :   Calculates nonlinear anomalies of alpha_PE, beta_PE and PE at T-points
+      !!
+      !! ** Method  :   PE is defined analytically as the vertical
+      !!                   primitive of EOS times -g integrated between 0 and z>0.
+      !!                pen is the nonlinear bsq-PE anomaly: pen = ( PE - rho0 gz ) / rho0 gz - rd
+      !!                                                      = 1/z * /int_0^z rd dz - rd
+      !!                                where rd is the density anomaly (see eos_rhd function)
+      !!                ab_pe are partial derivatives of PE anomaly with respect to T and S:
+      !!                    ab_pe(1) = - 1/(rho0 gz) * dPE/dT + drd/dT = - d(pen)/dT
+      !!                    ab_pe(2) =   1/(rho0 gz) * dPE/dS + drd/dS =   d(pen)/dS
+      !!
+      !! ** Action  : - pen         : PE anomaly given at T-points
+      !!            : - pab_pe  : given at T-points
+      !!                    pab_pe(:,:,:,jp_tem) is alpha_pe
+      !!                    pab_pe(:,:,:,jp_sal) is beta_pe
+      !!----------------------------------------------------------------------
+      INTEGER                              , INTENT(in   ) ::   Kmm   ! time level index
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(in   ) ::   pts     ! pot. temperature & salinity
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pab_pe  ! alpha_pe and beta_pe
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   ppen     ! potential energy anomaly
+      !
+      INTEGER  ::   ji, jj, jk                ! dummy loop indices
+      REAL(wp) ::   zt , zh , zs , ztm        ! local scalars
+      REAL(wp) ::   zn , zn0, zn1, zn2        !   -      -
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('eos_pen')
+      !
+      SELECT CASE ( neos )
+      !
+      CASE( np_teos10, np_eos80 )                !==  polynomial TEOS-10 / EOS-80 ==!
+         !
+         DO_3D( 1, 1, 1, 1, 1, jpkm1 )
+            !
+            zh  = gdept(ji,jj,jk,Kmm) * r1_Z0                                ! depth
+            zt  = pts (ji,jj,jk,jp_tem) * r1_T0                           ! temperature
+            zs  = SQRT( ABS( pts(ji,jj,jk,jp_sal) + rdeltaS ) * r1_S0 )   ! square root salinity
+            ztm = tmask(ji,jj,jk)                                         ! tmask
+            !
+            ! potential energy non-linear anomaly
+            zn2 = (PEN012)*zt   &
+               &   + PEN102*zs+PEN002
+               !
+            zn1 = ((PEN021)*zt   &
+               &   + PEN111*zs+PEN011)*zt   &
+               &   + (PEN201*zs+PEN101)*zs+PEN001
+               !
+            zn0 = ((((PEN040)*zt   &
+               &   + PEN130*zs+PEN030)*zt   &
+               &   + (PEN220*zs+PEN120)*zs+PEN020)*zt   &
+               &   + ((PEN310*zs+PEN210)*zs+PEN110)*zs+PEN010)*zt   &
+               &   + (((PEN400*zs+PEN300)*zs+PEN200)*zs+PEN100)*zs+PEN000
+               !
+            zn  = ( zn2 * zh + zn1 ) * zh + zn0
+            !
+            ppen(ji,jj,jk)  = zn * zh * r1_rho0 * ztm
+            !
+            ! alphaPE non-linear anomaly
+            zn2 = APE002
+            !
+            zn1 = (APE011)*zt   &
+               &   + APE101*zs+APE001
+               !
+            zn0 = (((APE030)*zt   &
+               &   + APE120*zs+APE020)*zt   &
+               &   + (APE210*zs+APE110)*zs+APE010)*zt   &
+               &   + ((APE300*zs+APE200)*zs+APE100)*zs+APE000
+               !
+            zn  = ( zn2 * zh + zn1 ) * zh + zn0
+            !
+            pab_pe(ji,jj,jk,jp_tem) = zn * zh * r1_rho0 * ztm
+            !
+            ! betaPE non-linear anomaly
+            zn2 = BPE002
+            !
+            zn1 = (BPE011)*zt   &
+               &   + BPE101*zs+BPE001
+               !
+            zn0 = (((BPE030)*zt   &
+               &   + BPE120*zs+BPE020)*zt   &
+               &   + (BPE210*zs+BPE110)*zs+BPE010)*zt   &
+               &   + ((BPE300*zs+BPE200)*zs+BPE100)*zs+BPE000
+               !
+            zn  = ( zn2 * zh + zn1 ) * zh + zn0
+            !
+            pab_pe(ji,jj,jk,jp_sal) = zn / zs * zh * r1_rho0 * ztm
+            !
+         END_3D
+         !
+      CASE( np_seos )                !==  Vallis (2006) simplified EOS  ==!
+         !
+         DO_3D( 1, 1, 1, 1, 1, jpkm1 )
+            zt  = pts(ji,jj,jk,jp_tem) - 10._wp  ! temperature anomaly (t-T0)
+            zs = pts (ji,jj,jk,jp_sal) - 35._wp  ! abs. salinity anomaly (s-S0)
+            zh  = gdept(ji,jj,jk,Kmm)              ! depth in meters  at t-point
+            ztm = tmask(ji,jj,jk)                ! tmask
+            zn  = 0.5_wp * zh * r1_rho0 * ztm
+            !                                    ! Potential Energy
+            ppen(ji,jj,jk) = ( rn_a0 * rn_mu1 * zt + rn_b0 * rn_mu2 * zs ) * zn
+            !                                    ! alphaPE
+            pab_pe(ji,jj,jk,jp_tem) = - rn_a0 * rn_mu1 * zn
+            pab_pe(ji,jj,jk,jp_sal) =   rn_b0 * rn_mu2 * zn
+            !
+         END_3D
+         !
+      CASE( np_eeos )                !==  exponential SEAMOUNT EOS  ==!
+         !
+         DO_3D( nn_hls, nn_hls, nn_hls, nn_hls, 1, jpkm1 )
+            ppen(ji,jk,jk) = 0.
+            !                                 
+            pab_pe(ji,jj,jk,jp_tem) = 0.
+            pab_pe(ji,jj,jk,jp_sal) = 0.
+         END_3D
+         !
+      CASE DEFAULT
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos
+         CALL ctl_stop( 'eos_pen:', ctmp1 )
+         !
+      END SELECT
+      !
+      IF( ln_timing )   CALL timing_stop('eos_pen')
+      !
+   END SUBROUTINE eos_pen
+
+
+   SUBROUTINE eos_init
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE eos_init  ***
+      !!
+      !! ** Purpose :   initializations for the equation of state
+      !!
+      !! ** Method  :   Read the namelist nameos and control the parameters
+      !!----------------------------------------------------------------------
+      INTEGER  ::   ios   ! local integer
+      INTEGER  ::   ioptio   ! local integer
+      !!
+      NAMELIST/nameos/ ln_TEOS10, ln_EOS80, ln_SEOS, ln_EEOS, rn_a0, rn_b0, rn_lambda1, rn_mu1,   &
+         &                                             rn_lambda2, rn_mu2, rn_nu
+      !!----------------------------------------------------------------------
+      !
+      READ  ( numnam_ref, nameos, IOSTAT = ios, ERR = 901 )
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'nameos in reference namelist' )
+      !
+      READ  ( numnam_cfg, nameos, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'nameos in configuration namelist' )
+      IF(lwm) WRITE( numond, nameos )
+      !
+      rho0        = 1000._wp                 !: volumic mass of reference     [kg/m3]
+      rcp         = 3991.86795711963_wp      !: heat capacity     [J/K]
+      !
+      IF(lwp) THEN                ! Control print
+         WRITE(numout,*)
+         WRITE(numout,*) 'eos_init : equation of state'
+         WRITE(numout,*) '~~~~~~~~'
+         WRITE(numout,*) '   Namelist nameos : Chosen the Equation Of Seawater (EOS)'
+         WRITE(numout,*) '      TEOS-10 : rho=F(Conservative Temperature, Absolute  Salinity, depth)   ln_TEOS10 = ', ln_TEOS10
+         WRITE(numout,*) '      EOS-80  : rho=F(Potential    Temperature, Practical Salinity, depth)   ln_EOS80  = ', ln_EOS80
+         WRITE(numout,*) '      S-EOS   : rho=F(Conservative Temperature, Absolute  Salinity, depth)   ln_SEOS   = ', ln_SEOS
+         WRITE(numout,*) '      E-EOS   : rho=F(Conservative Temperature,                     depth)   ln_EEOS   = ', ln_EEOS
+      ENDIF
+
+      ! Check options for equation of state & set neos based on logical flags
+      ioptio = 0
+      IF( ln_TEOS10 ) THEN   ;   ioptio = ioptio+1   ;   neos = np_teos10   ;   ENDIF
+      IF( ln_EOS80  ) THEN   ;   ioptio = ioptio+1   ;   neos = np_eos80    ;   ENDIF
+      IF( ln_SEOS   ) THEN   ;   ioptio = ioptio+1   ;   neos = np_seos     ;   ENDIF
+      IF( ln_EEOS   ) THEN   ;   ioptio = ioptio+1   ;   neos = np_eeos     ;   ENDIF
+      IF( ioptio /= 1 )   CALL ctl_stop("Exactly one equation of state option must be selected")
+      !
+      SELECT CASE( neos )         ! check option
+      !
+      CASE( np_teos10 )                       !==  polynomial TEOS-10  ==!
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) '   ==>>>   use of TEOS-10 equation of state (cons. temp. and abs. salinity)'
+         !
+         l_useCT = .TRUE.                          ! model temperature is Conservative temperature
+         !
+         rdeltaS = 32._wp
+         r1_S0  = 0.875_wp/35.16504_wp
+         r1_T0  = 1._wp/40._wp
+         r1_Z0  = 1.e-4_wp
+         !
+         EOS000 = 8.0189615746e+02_wp
+         EOS100 = 8.6672408165e+02_wp
+         EOS200 = -1.7864682637e+03_wp
+         EOS300 = 2.0375295546e+03_wp
+         EOS400 = -1.2849161071e+03_wp
+         EOS500 = 4.3227585684e+02_wp
+         EOS600 = -6.0579916612e+01_wp
+         EOS010 = 2.6010145068e+01_wp
+         EOS110 = -6.5281885265e+01_wp
+         EOS210 = 8.1770425108e+01_wp
+         EOS310 = -5.6888046321e+01_wp
+         EOS410 = 1.7681814114e+01_wp
+         EOS510 = -1.9193502195_wp
+         EOS020 = -3.7074170417e+01_wp
+         EOS120 = 6.1548258127e+01_wp
+         EOS220 = -6.0362551501e+01_wp
+         EOS320 = 2.9130021253e+01_wp
+         EOS420 = -5.4723692739_wp
+         EOS030 = 2.1661789529e+01_wp
+         EOS130 = -3.3449108469e+01_wp
+         EOS230 = 1.9717078466e+01_wp
+         EOS330 = -3.1742946532_wp
+         EOS040 = -8.3627885467_wp
+         EOS140 = 1.1311538584e+01_wp
+         EOS240 = -5.3563304045_wp
+         EOS050 = 5.4048723791e-01_wp
+         EOS150 = 4.8169980163e-01_wp
+         EOS060 = -1.9083568888e-01_wp
+         EOS001 = 1.9681925209e+01_wp
+         EOS101 = -4.2549998214e+01_wp
+         EOS201 = 5.0774768218e+01_wp
+         EOS301 = -3.0938076334e+01_wp
+         EOS401 = 6.6051753097_wp
+         EOS011 = -1.3336301113e+01_wp
+         EOS111 = -4.4870114575_wp
+         EOS211 = 5.0042598061_wp
+         EOS311 = -6.5399043664e-01_wp
+         EOS021 = 6.7080479603_wp
+         EOS121 = 3.5063081279_wp
+         EOS221 = -1.8795372996_wp
+         EOS031 = -2.4649669534_wp
+         EOS131 = -5.5077101279e-01_wp
+         EOS041 = 5.5927935970e-01_wp
+         EOS002 = 2.0660924175_wp
+         EOS102 = -4.9527603989_wp
+         EOS202 = 2.5019633244_wp
+         EOS012 = 2.0564311499_wp
+         EOS112 = -2.1311365518e-01_wp
+         EOS022 = -1.2419983026_wp
+         EOS003 = -2.3342758797e-02_wp
+         EOS103 = -1.8507636718e-02_wp
+         EOS013 = 3.7969820455e-01_wp
+         !
+         ALP000 = -6.5025362670e-01_wp
+         ALP100 = 1.6320471316_wp
+         ALP200 = -2.0442606277_wp
+         ALP300 = 1.4222011580_wp
+         ALP400 = -4.4204535284e-01_wp
+         ALP500 = 4.7983755487e-02_wp
+         ALP010 = 1.8537085209_wp
+         ALP110 = -3.0774129064_wp
+         ALP210 = 3.0181275751_wp
+         ALP310 = -1.4565010626_wp
+         ALP410 = 2.7361846370e-01_wp
+         ALP020 = -1.6246342147_wp
+         ALP120 = 2.5086831352_wp
+         ALP220 = -1.4787808849_wp
+         ALP320 = 2.3807209899e-01_wp
+         ALP030 = 8.3627885467e-01_wp
+         ALP130 = -1.1311538584_wp
+         ALP230 = 5.3563304045e-01_wp
+         ALP040 = -6.7560904739e-02_wp
+         ALP140 = -6.0212475204e-02_wp
+         ALP050 = 2.8625353333e-02_wp
+         ALP001 = 3.3340752782e-01_wp
+         ALP101 = 1.1217528644e-01_wp
+         ALP201 = -1.2510649515e-01_wp
+         ALP301 = 1.6349760916e-02_wp
+         ALP011 = -3.3540239802e-01_wp
+         ALP111 = -1.7531540640e-01_wp
+         ALP211 = 9.3976864981e-02_wp
+         ALP021 = 1.8487252150e-01_wp
+         ALP121 = 4.1307825959e-02_wp
+         ALP031 = -5.5927935970e-02_wp
+         ALP002 = -5.1410778748e-02_wp
+         ALP102 = 5.3278413794e-03_wp
+         ALP012 = 6.2099915132e-02_wp
+         ALP003 = -9.4924551138e-03_wp
+         !
+         BET000 = 1.0783203594e+01_wp
+         BET100 = -4.4452095908e+01_wp
+         BET200 = 7.6048755820e+01_wp
+         BET300 = -6.3944280668e+01_wp
+         BET400 = 2.6890441098e+01_wp
+         BET500 = -4.5221697773_wp
+         BET010 = -8.1219372432e-01_wp
+         BET110 = 2.0346663041_wp
+         BET210 = -2.1232895170_wp
+         BET310 = 8.7994140485e-01_wp
+         BET410 = -1.1939638360e-01_wp
+         BET020 = 7.6574242289e-01_wp
+         BET120 = -1.5019813020_wp
+         BET220 = 1.0872489522_wp
+         BET320 = -2.7233429080e-01_wp
+         BET030 = -4.1615152308e-01_wp
+         BET130 = 4.9061350869e-01_wp
+         BET230 = -1.1847737788e-01_wp
+         BET040 = 1.4073062708e-01_wp
+         BET140 = -1.3327978879e-01_wp
+         BET050 = 5.9929880134e-03_wp
+         BET001 = -5.2937873009e-01_wp
+         BET101 = 1.2634116779_wp
+         BET201 = -1.1547328025_wp
+         BET301 = 3.2870876279e-01_wp
+         BET011 = -5.5824407214e-02_wp
+         BET111 = 1.2451933313e-01_wp
+         BET211 = -2.4409539932e-02_wp
+         BET021 = 4.3623149752e-02_wp
+         BET121 = -4.6767901790e-02_wp
+         BET031 = -6.8523260060e-03_wp
+         BET002 = -6.1618945251e-02_wp
+         BET102 = 6.2255521644e-02_wp
+         BET012 = -2.6514181169e-03_wp
+         BET003 = -2.3025968587e-04_wp
+         !
+         PEN000 = -9.8409626043_wp
+         PEN100 = 2.1274999107e+01_wp
+         PEN200 = -2.5387384109e+01_wp
+         PEN300 = 1.5469038167e+01_wp
+         PEN400 = -3.3025876549_wp
+         PEN010 = 6.6681505563_wp
+         PEN110 = 2.2435057288_wp
+         PEN210 = -2.5021299030_wp
+         PEN310 = 3.2699521832e-01_wp
+         PEN020 = -3.3540239802_wp
+         PEN120 = -1.7531540640_wp
+         PEN220 = 9.3976864981e-01_wp
+         PEN030 = 1.2324834767_wp
+         PEN130 = 2.7538550639e-01_wp
+         PEN040 = -2.7963967985e-01_wp
+         PEN001 = -1.3773949450_wp
+         PEN101 = 3.3018402659_wp
+         PEN201 = -1.6679755496_wp
+         PEN011 = -1.3709540999_wp
+         PEN111 = 1.4207577012e-01_wp
+         PEN021 = 8.2799886843e-01_wp
+         PEN002 = 1.7507069098e-02_wp
+         PEN102 = 1.3880727538e-02_wp
+         PEN012 = -2.8477365341e-01_wp
+         !
+         APE000 = -1.6670376391e-01_wp
+         APE100 = -5.6087643219e-02_wp
+         APE200 = 6.2553247576e-02_wp
+         APE300 = -8.1748804580e-03_wp
+         APE010 = 1.6770119901e-01_wp
+         APE110 = 8.7657703198e-02_wp
+         APE210 = -4.6988432490e-02_wp
+         APE020 = -9.2436260751e-02_wp
+         APE120 = -2.0653912979e-02_wp
+         APE030 = 2.7963967985e-02_wp
+         APE001 = 3.4273852498e-02_wp
+         APE101 = -3.5518942529e-03_wp
+         APE011 = -4.1399943421e-02_wp
+         APE002 = 7.1193413354e-03_wp
+         !
+         BPE000 = 2.6468936504e-01_wp
+         BPE100 = -6.3170583896e-01_wp
+         BPE200 = 5.7736640125e-01_wp
+         BPE300 = -1.6435438140e-01_wp
+         BPE010 = 2.7912203607e-02_wp
+         BPE110 = -6.2259666565e-02_wp
+         BPE210 = 1.2204769966e-02_wp
+         BPE020 = -2.1811574876e-02_wp
+         BPE120 = 2.3383950895e-02_wp
+         BPE030 = 3.4261630030e-03_wp
+         BPE001 = 4.1079296834e-02_wp
+         BPE101 = -4.1503681096e-02_wp
+         BPE011 = 1.7676120780e-03_wp
+         BPE002 = 1.7269476440e-04_wp
+         !
+      CASE( np_eos80 )                        !==  polynomial EOS-80 formulation  ==!
+         !
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) '   ==>>>   use of EOS-80 equation of state (pot. temp. and pract. salinity)'
+         !
+         l_useCT = .FALSE.                         ! model temperature is Potential temperature
+         rdeltaS = 20._wp
+         r1_S0  = 1._wp/40._wp
+         r1_T0  = 1._wp/40._wp
+         r1_Z0  = 1.e-4_wp
+         !
+         EOS000 = 9.5356891948e+02_wp
+         EOS100 = 1.7136499189e+02_wp
+         EOS200 = -3.7501039454e+02_wp
+         EOS300 = 5.1856810420e+02_wp
+         EOS400 = -3.7264470465e+02_wp
+         EOS500 = 1.4302533998e+02_wp
+         EOS600 = -2.2856621162e+01_wp
+         EOS010 = 1.0087518651e+01_wp
+         EOS110 = -1.3647741861e+01_wp
+         EOS210 = 8.8478359933_wp
+         EOS310 = -7.2329388377_wp
+         EOS410 = 1.4774410611_wp
+         EOS510 = 2.0036720553e-01_wp
+         EOS020 = -2.5579830599e+01_wp
+         EOS120 = 2.4043512327e+01_wp
+         EOS220 = -1.6807503990e+01_wp
+         EOS320 = 8.3811577084_wp
+         EOS420 = -1.9771060192_wp
+         EOS030 = 1.6846451198e+01_wp
+         EOS130 = -2.1482926901e+01_wp
+         EOS230 = 1.0108954054e+01_wp
+         EOS330 = -6.2675951440e-01_wp
+         EOS040 = -8.0812310102_wp
+         EOS140 = 1.0102374985e+01_wp
+         EOS240 = -4.8340368631_wp
+         EOS050 = 1.2079167803_wp
+         EOS150 = 1.1515380987e-01_wp
+         EOS060 = -2.4520288837e-01_wp
+         EOS001 = 1.0748601068e+01_wp
+         EOS101 = -1.7817043500e+01_wp
+         EOS201 = 2.2181366768e+01_wp
+         EOS301 = -1.6750916338e+01_wp
+         EOS401 = 4.1202230403_wp
+         EOS011 = -1.5852644587e+01_wp
+         EOS111 = -7.6639383522e-01_wp
+         EOS211 = 4.1144627302_wp
+         EOS311 = -6.6955877448e-01_wp
+         EOS021 = 9.9994861860_wp
+         EOS121 = -1.9467067787e-01_wp
+         EOS221 = -1.2177554330_wp
+         EOS031 = -3.4866102017_wp
+         EOS131 = 2.2229155620e-01_wp
+         EOS041 = 5.9503008642e-01_wp
+         EOS002 = 1.0375676547_wp
+         EOS102 = -3.4249470629_wp
+         EOS202 = 2.0542026429_wp
+         EOS012 = 2.1836324814_wp
+         EOS112 = -3.4453674320e-01_wp
+         EOS022 = -1.2548163097_wp
+         EOS003 = 1.8729078427e-02_wp
+         EOS103 = -5.7238495240e-02_wp
+         EOS013 = 3.8306136687e-01_wp
+         !
+         ALP000 = -2.5218796628e-01_wp
+         ALP100 = 3.4119354654e-01_wp
+         ALP200 = -2.2119589983e-01_wp
+         ALP300 = 1.8082347094e-01_wp
+         ALP400 = -3.6936026529e-02_wp
+         ALP500 = -5.0091801383e-03_wp
+         ALP010 = 1.2789915300_wp
+         ALP110 = -1.2021756164_wp
+         ALP210 = 8.4037519952e-01_wp
+         ALP310 = -4.1905788542e-01_wp
+         ALP410 = 9.8855300959e-02_wp
+         ALP020 = -1.2634838399_wp
+         ALP120 = 1.6112195176_wp
+         ALP220 = -7.5817155402e-01_wp
+         ALP320 = 4.7006963580e-02_wp
+         ALP030 = 8.0812310102e-01_wp
+         ALP130 = -1.0102374985_wp
+         ALP230 = 4.8340368631e-01_wp
+         ALP040 = -1.5098959754e-01_wp
+         ALP140 = -1.4394226233e-02_wp
+         ALP050 = 3.6780433255e-02_wp
+         ALP001 = 3.9631611467e-01_wp
+         ALP101 = 1.9159845880e-02_wp
+         ALP201 = -1.0286156825e-01_wp
+         ALP301 = 1.6738969362e-02_wp
+         ALP011 = -4.9997430930e-01_wp
+         ALP111 = 9.7335338937e-03_wp
+         ALP211 = 6.0887771651e-02_wp
+         ALP021 = 2.6149576513e-01_wp
+         ALP121 = -1.6671866715e-02_wp
+         ALP031 = -5.9503008642e-02_wp
+         ALP002 = -5.4590812035e-02_wp
+         ALP102 = 8.6134185799e-03_wp
+         ALP012 = 6.2740815484e-02_wp
+         ALP003 = -9.5765341718e-03_wp
+         !
+         BET000 = 2.1420623987_wp
+         BET100 = -9.3752598635_wp
+         BET200 = 1.9446303907e+01_wp
+         BET300 = -1.8632235232e+01_wp
+         BET400 = 8.9390837485_wp
+         BET500 = -1.7142465871_wp
+         BET010 = -1.7059677327e-01_wp
+         BET110 = 2.2119589983e-01_wp
+         BET210 = -2.7123520642e-01_wp
+         BET310 = 7.3872053057e-02_wp
+         BET410 = 1.2522950346e-02_wp
+         BET020 = 3.0054390409e-01_wp
+         BET120 = -4.2018759976e-01_wp
+         BET220 = 3.1429341406e-01_wp
+         BET320 = -9.8855300959e-02_wp
+         BET030 = -2.6853658626e-01_wp
+         BET130 = 2.5272385134e-01_wp
+         BET230 = -2.3503481790e-02_wp
+         BET040 = 1.2627968731e-01_wp
+         BET140 = -1.2085092158e-01_wp
+         BET050 = 1.4394226233e-03_wp
+         BET001 = -2.2271304375e-01_wp
+         BET101 = 5.5453416919e-01_wp
+         BET201 = -6.2815936268e-01_wp
+         BET301 = 2.0601115202e-01_wp
+         BET011 = -9.5799229402e-03_wp
+         BET111 = 1.0286156825e-01_wp
+         BET211 = -2.5108454043e-02_wp
+         BET021 = -2.4333834734e-03_wp
+         BET121 = -3.0443885826e-02_wp
+         BET031 = 2.7786444526e-03_wp
+         BET002 = -4.2811838287e-02_wp
+         BET102 = 5.1355066072e-02_wp
+         BET012 = -4.3067092900e-03_wp
+         BET003 = -7.1548119050e-04_wp
+         !
+         PEN000 = -5.3743005340_wp
+         PEN100 = 8.9085217499_wp
+         PEN200 = -1.1090683384e+01_wp
+         PEN300 = 8.3754581690_wp
+         PEN400 = -2.0601115202_wp
+         PEN010 = 7.9263222935_wp
+         PEN110 = 3.8319691761e-01_wp
+         PEN210 = -2.0572313651_wp
+         PEN310 = 3.3477938724e-01_wp
+         PEN020 = -4.9997430930_wp
+         PEN120 = 9.7335338937e-02_wp
+         PEN220 = 6.0887771651e-01_wp
+         PEN030 = 1.7433051009_wp
+         PEN130 = -1.1114577810e-01_wp
+         PEN040 = -2.9751504321e-01_wp
+         PEN001 = -6.9171176978e-01_wp
+         PEN101 = 2.2832980419_wp
+         PEN201 = -1.3694684286_wp
+         PEN011 = -1.4557549876_wp
+         PEN111 = 2.2969116213e-01_wp
+         PEN021 = 8.3654420645e-01_wp
+         PEN002 = -1.4046808820e-02_wp
+         PEN102 = 4.2928871430e-02_wp
+         PEN012 = -2.8729602515e-01_wp
+         !
+         APE000 = -1.9815805734e-01_wp
+         APE100 = -9.5799229402e-03_wp
+         APE200 = 5.1430784127e-02_wp
+         APE300 = -8.3694846809e-03_wp
+         APE010 = 2.4998715465e-01_wp
+         APE110 = -4.8667669469e-03_wp
+         APE210 = -3.0443885826e-02_wp
+         APE020 = -1.3074788257e-01_wp
+         APE120 = 8.3359333577e-03_wp
+         APE030 = 2.9751504321e-02_wp
+         APE001 = 3.6393874690e-02_wp
+         APE101 = -5.7422790533e-03_wp
+         APE011 = -4.1827210323e-02_wp
+         APE002 = 7.1824006288e-03_wp
+         !
+         BPE000 = 1.1135652187e-01_wp
+         BPE100 = -2.7726708459e-01_wp
+         BPE200 = 3.1407968134e-01_wp
+         BPE300 = -1.0300557601e-01_wp
+         BPE010 = 4.7899614701e-03_wp
+         BPE110 = -5.1430784127e-02_wp
+         BPE210 = 1.2554227021e-02_wp
+         BPE020 = 1.2166917367e-03_wp
+         BPE120 = 1.5221942913e-02_wp
+         BPE030 = -1.3893222263e-03_wp
+         BPE001 = 2.8541225524e-02_wp
+         BPE101 = -3.4236710714e-02_wp
+         BPE011 = 2.8711395266e-03_wp
+         BPE002 = 5.3661089288e-04_wp
+         !
+      CASE( np_seos )                        !==  Simplified EOS     ==!
+
+         r1_S0  = 0.875_wp/35.16504_wp   ! Used to convert CT in potential temperature when using bulk formulae (eos_pt_from_ct)
+
+         IF(lwp) THEN
+            WRITE(numout,*)
+            WRITE(numout,*) '   ==>>>   use of simplified eos:    '
+            WRITE(numout,*) '              rhd(dT=T-10,dS=S-35,Z) = [-a0*(1+lambda1/2*dT+mu1*Z)*dT '
+            WRITE(numout,*) '                                       + b0*(1+lambda2/2*dT+mu2*Z)*dS - nu*dT*dS] / rho0'
+            WRITE(numout,*) '              with the following coefficients :'
+            WRITE(numout,*) '                 thermal exp. coef.    rn_a0      = ', rn_a0
+            WRITE(numout,*) '                 saline  cont. coef.   rn_b0      = ', rn_b0
+            WRITE(numout,*) '                 cabbeling coef.       rn_lambda1 = ', rn_lambda1
+            WRITE(numout,*) '                 cabbeling coef.       rn_lambda2 = ', rn_lambda2
+            WRITE(numout,*) '                 thermobar. coef.      rn_mu1     = ', rn_mu1
+            WRITE(numout,*) '                 thermobar. coef.      rn_mu2     = ', rn_mu2
+            WRITE(numout,*) '                 2nd cabbel. coef.     rn_nu      = ', rn_nu
+            WRITE(numout,*) '              Caution: rn_beta0=0 incompatible with ddm parameterization '
+         ENDIF
+         l_useCT = .TRUE.          ! Use conservative temperature
+         !
+      CASE( np_eeos )                        !==  Exponential SEAMOUNT EOS     ==!
+
+         r1_S0  = 0.875_wp/35.16504_wp   ! Used to convert CT in potential temperature when using bulk formulae (eos_pt_from_ct)
+         
+         IF(lwp) THEN
+            WRITE(numout,*)
+            WRITE(numout,*) '          use of exponential SEAMOUNT eos:    rhd(dT=T-(exp_profile), Z) = '
+            WRITE(numout,*) '             [ -a0*dT   ]/rho0'
+            WRITE(numout,*)
+            WRITE(numout,*) '             thermal exp. coef.    rn_a0      = ', rn_a0
+         ENDIF
+         l_useCT = .TRUE.          ! Use conservative temperature
+         !
+      CASE DEFAULT                     !==  ERROR in neos  ==!
+         WRITE(ctmp1,*) '          bad flag value for neos = ', neos, '. You should never see this error'
+         CALL ctl_stop( ctmp1 )
+         !
+      END SELECT
+      !
+      rho0_rcp    = rho0 * rcp
+      r1_rho0     = 1._wp / rho0
+      r1_rcp      = 1._wp / rcp
+      r1_rho0_rcp = 1._wp / rho0_rcp
+      !
+      IF(lwp) THEN
+         IF( l_useCT )   THEN
+            WRITE(numout,*)
+            WRITE(numout,*) '   ==>>>   model uses Conservative Temperature'
+            WRITE(numout,*) '           Important: model must be initialized with CT and SA fields'
+         ELSE
+            WRITE(numout,*)
+            WRITE(numout,*) '   ==>>>   model does not use Conservative Temperature'
+         ENDIF
+      ENDIF
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '   Associated physical constant'
+      IF(lwp) WRITE(numout,*) '      volumic mass of reference           rho0  = ', rho0   , ' kg/m^3'
+      IF(lwp) WRITE(numout,*) '      1. / rho0                        r1_rho0  = ', r1_rho0, ' m^3/kg'
+      IF(lwp) WRITE(numout,*) '      ocean specific heat                 rcp   = ', rcp    , ' J/Kelvin'
+      IF(lwp) WRITE(numout,*) '      rho0 * rcp                       rho0_rcp = ', rho0_rcp
+      IF(lwp) WRITE(numout,*) '      1. / ( rho0 * rcp )           r1_rho0_rcp = ', r1_rho0_rcp
+      !
+   END SUBROUTINE eos_init
+
+   !!======================================================================
+END MODULE eosbn2
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,114 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                     ***  MODULE usrdef_hgr   ***
+   !!
+   !!                     ===  SEAMOUNT configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  4.0 ! 2016-03  (S. Flavoni) 
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce        ! ocean space and time domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   USE usrdef_nam     !
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called in domhgr.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 13295 2020-07-10 18:24:21Z acc $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!
+      !!                Here SEAMOUNT configuration
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj               ! dummy loop indices
+      REAL(wp) ::   zfact      ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : SEAMOUNT configuration'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      !                       !==  grid point position  ==!   (in kilometers)
+      zfact = rn_dx * 1.e-3         ! conversion in km
+      DO jj = 1, jpj
+         DO ji = 1, jpi             ! longitude
+            plamt(ji,jj) = zfact * (  - 0.5 + REAL( ji-1 + nimpp-1 , wp )  )  
+            plamu(ji,jj) = zfact * (          REAL( ji-1 + nimpp-1 , wp )  )
+            plamv(ji,jj) = plamt(ji,jj)
+            plamf(ji,jj) = plamu(ji,jj)
+            !                       ! latitude
+            pphit(ji,jj) = zfact * (  - 0.5 + REAL( jj-1 + njmpp-1 , wp )  )
+            pphiu(ji,jj) = pphit(ji,jj)
+            pphiv(ji,jj) = zfact * (          REAL( jj-1 + njmpp-1 , wp )  )
+            pphif(ji,jj) = pphiv(ji,jj)
+         END DO
+      END DO
+      !
+      !                       !==  Horizontal scale factors  ==!   (in meters) 
+      pe1t(:,:) = rn_dx   ;   pe2t(:,:) = rn_dx
+      pe1u(:,:) = rn_dx   ;   pe2u(:,:) = rn_dx
+      pe1v(:,:) = rn_dx   ;   pe2v(:,:) = rn_dx
+      pe1f(:,:) = rn_dx   ;   pe2f(:,:) = rn_dx
+      !
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      pff_f(:,:) = rn_f            ! here: f=0.0001
+      pff_t(:,:) = rn_f
+      !
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,110 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_istate   ***
+   !!
+   !!                     ===  GYRE configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-03  (S. Flavoni) Original code
+   !!                 ! 2020-11  (S. Techene, G. Madec) separate tsuv from ssh
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce , ONLY : mi0, mig, mjg, glamt, gphit, ht_0
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE eosbn2, ONLY: rn_a0 
+   USE usrdef_nam
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate       ! called in istate.F90
+   PUBLIC   usr_def_istate_ssh   ! called by domqco.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 14053 2020-12-03 13:48:38Z techene $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here GYRE configuration example : (double gyre with rotated domain)
+      !!
+      !! ** Method  : - set temprature field
+      !!              - set salinity   field
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      !
+      INTEGER :: ji, jj, jk  ! dummy loop indices
+      !!----------------------------------------------------------------------
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : SEAMOUNT_TEST_CASE configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   Ocean at rest, with an initial density profile = rho_ref + rho_pert     '
+      IF(lwp) WRITE(numout,*) '                 defined via temperature.  Constant salinity (not used as rho=F(T)       '
+      !
+      IF(lwp) WRITE(numout,*) '                 Surface-floor density delta for Burger number S = ', rn_s, ' is rho_delta = ', rn_drho 
+      !
+      pu  (:,:,:) = 0._wp        ! ocean at rest
+      pv  (:,:,:) = 0._wp
+      !
+      !                          ! T & S profiles
+      IF (ln_exp_init) THEN
+         IF (lwp) WRITE(numout,*) 'Setting exponential initial density perturbation'
+         DO jk = 1, jpk
+            pts(:,:,jk,jp_tem) = - ptmask(:,:,jk) * ( 28._wp - rn_drho * EXP( - pdept(:,:,jk) / 1000._wp ) - rn_initrho * EXP( - pdept(:,:,jk) / 1000._wp ) ) / rn_a0
+         END DO
+      END IF
+      IF (ln_linear_init) THEN
+         IF (lwp) WRITE(numout,*) 'Setting linear initial density perturbation'
+         DO jk = 1, jpk
+            pts(:,:,jk,jp_tem) = - ptmask(:,:,jk) * ( 28._wp - rn_drho * EXP( - pdept(:,:,jk) / 1000._wp ) + rn_initrho * pdept(:,:,jk) / 4500._wp ) / rn_a0
+         END DO
+      END IF
+      !
+      pts(:,:,:,jp_sal) = 35._wp * ptmask(:,:,:)
+      !!----------------------------------------------------------------------
+      !
+   END SUBROUTINE usr_def_istate
+
+   
+   SUBROUTINE usr_def_istate_ssh( ptmask, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate_ssh  ***
+      !! 
+      !! ** Purpose :   Initialization of ssh
+      !!
+      !! ** Method  :   Set ssh as null, ptmask is required for test cases
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask   [m]
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height   [m]
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate_ssh : GYRE configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~~~~~   Ocean at rest, ssh is zero'
+      !
+      ! Sea level:
+      pssh(:,:) = 0._wp
+      !
+   END SUBROUTINE usr_def_istate_ssh
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,124 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                     ***  MODULE usrdef_nam   ***
+   !!
+   !!                   ===  SEAMOUNT configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh
+   !!----------------------------------------------------------------------
+   USE dom_oce
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called in nemogcm.F90 module
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx     ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dz     ! resolution in meters defining the vertical   domain size
+   REAL(wp), PUBLIC ::   rn_length
+   REAL(wp), PUBLIC ::   rn_width
+   REAL(wp), PUBLIC ::   rn_drho     ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_initrho
+   REAL(wp), PUBLIC ::   rn_s
+   REAL(wp), PUBLIC ::   rn_bathy
+   REAL(wp), PUBLIC ::   rn_seamountheight
+   REAL(wp), PUBLIC ::   rn_l
+   REAL(wp), PUBLIC ::   rn_f
+   LOGICAL,  PUBLIC ::   ln_exp_init
+   LOGICAL,  PUBLIC ::   ln_linear_init
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 14072 2020-12-04 07:48:38Z laurent $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( cd_cfg, kk_cfg, kpi, kpj, kpk, ldIperio, ldJperio, ldNFold, cdNFtype )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here SEAMOUNT configuration defined as per Beckmann
+      !!                and Haidvogel (1993) with uniformly spaced sigma coordinates
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), INTENT(out) ::   cd_cfg               ! configuration name
+      INTEGER         , INTENT(out) ::   kk_cfg               ! configuration resolution
+      INTEGER         , INTENT(out) ::   kpi, kpj, kpk        ! global domain sizes
+      LOGICAL         , INTENT(out) ::   ldIperio, ldJperio   ! i- and j- periodicity
+      LOGICAL         , INTENT(out) ::   ldNFold              ! North pole folding
+      CHARACTER(len=1), INTENT(out) ::   cdNFtype             ! Folding type: T or F
+
+      !
+      INTEGER ::   ios   ! Local integer
+      !!
+      NAMELIST/namusr_def/ ln_zco, ln_zps, ln_sco, rn_length, rn_width, rn_dx, rn_dz, rn_initrho, rn_s, rn_bathy, rn_seamountheight, rn_l, rn_f, ln_exp_init, ln_linear_init
+      !!----------------------------------------------------------------------
+      !
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist' )
+      !
+      IF(lwm)   WRITE( numond, namusr_def )
+      !
+      !
+      cd_cfg = 'Seamount'      ! name & resolution (not used)
+      kk_cfg = 0
+
+      !                             ! Set the lateral boundary condition of the global domain
+      ldIperio = .TRUE.    ;   ldJperio = .true.   ! C1D configuration : 3x3 basin with cyclic Est-West and Norht-South condition
+      ldNFold  = .FALSE.   ;   cdNFtype = '-'
+
+      !
+      ! Global Domain size:  SEAMOUNT_TEST_CASE domain is rn_length km x rn_width km x rn_bathy m
+      kpi = INT(  1000._wp * rn_length / rn_dx ) + 1
+      kpj = INT(  1000._wp * rn_width / rn_dx ) + 2
+      kpk = INT(  rn_bathy  / rn_dz ) + 1
+      ! Calculating the density difference from the given Burger Number in the namelist_cfg
+      ! rn_drho =  rho_ref * depth * (S * f * L)^2 / g 
+      rn_drho = 1000._wp * rn_bathy * ( rn_s * rn_f * rn_l / rn_bathy ) ** 2._wp / grav
+      !
+      !                             ! SEAMOUNT_TEST_CASE configuration : closed domain
+      !                             ! control print
+      IF(lwp) THEN
+         WRITE(numout,*) '   '                                                                          
+         WRITE(numout,*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   
+         WRITE(numout,*) '~~~~~~~~~~~ '                                                                 
+         WRITE(numout,*) '   Namelist namusr_def : SEAMOUNT_TEST_CASE test case'                        
+         WRITE(numout,*) '      horizontal resolution                    rn_dx   =  ', rn_dx, ' meters' 
+         WRITE(numout,*) '      vertical   resolution                    rn_dz   =  ', rn_dz, ' meters' 
+         WRITE(numout,*) '      SEAMOUNT_TEST_CASE domain'                                              
+         WRITE(numout,*) '         resulting global domain size :        jpiglo  =  ', kpi              
+         WRITE(numout,*) '                                               jpjglo  =  ', kpj              
+         WRITE(numout,*) '                                               jpkglo  =  ', kpk              
+         WRITE(numout,*) '   For Burger Number S = ', rn_s,            ' rn_drho =  ', rn_drho          
+         WRITE(numout,*) '   '                                                                          
+         WRITE(numout,*) '   Lateral boundary condition of the global domain'                           
+         WRITE(numout,*) '      east-west                                   ldIperio = ', ldIperio     
+         WRITE(numout,*) '      north-south                                 ldJperio = ', ldJperio   
+         WRITE(numout,*) '   Initial condition:                          ln_exp_init =    ', ln_exp_init
+         WRITE(numout,*) '                                               ln_linear_init = ', ln_linear_init
+      ENDIF
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,91 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                     ***  MODULE  usrdef_sbc  ***
+   !!
+   !!                   ===  SEAMOUNT configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usrdef_sbc    : user defined surface bounday conditions in GYRE case
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers
+   USE dom_oce        ! ocean space and time domain
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! distribued memory computing library
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran    !
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce       ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau   ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx   ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 13295 2020-07-10 18:24:21Z acc $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt, Kbb )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usrdef_sbc  ***
+      !!              
+      !! ** Purpose :   Set all fields to zero
+      !!                i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   Set all fields to zero
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !! Reference : Hazeleger, W., and S. Drijfhout, JPO, 30, 677-695, 2000.
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      INTEGER, INTENT(in) ::   Kbb  ! ocean time index
+      !!
+      !!---------------------------------------------------------------------
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : SEAMOUNT case: NO surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   utau = vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !         
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt, phs, phi )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phs    ! snow thickness
+      REAL(wp), DIMENSION(:,:,:), INTENT(in)  ::   phi    ! ice thickness
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,444 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                       ===  SEAMOUNT configuration  ===
+   !!
+   !! User defined : vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-06  (G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system
+   !!      zgr_z      : reference 1D z-coordinate 
+   !!      zgr_top_bot: ocean top and bottom level indices
+   !!      zgr_zco    : 3D verticl coordinate in pure z-coordinate case
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce        ! ocean domain
+   USE depth_e3       ! depth <=> e3
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+   USE usrdef_nam
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr        ! called by domzgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 13286 2020-07-09 15:48:29Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v   , pe3f ,             &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw         ,             &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(in ) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(in ) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   ji, jj, jk        ! dummy indices
+      INTEGER  ::   ik                ! local integers
+      REAL(wp) ::   zfact, z1_jpkm1   ! local scalar
+      REAL(wp) ::   ze3min            ! local scalar
+      REAL(wp) ::   zlam_mid, zphi_mid! local scalar
+      REAL(wp), DIMENSION(jpi,jpj) ::   zht, zhu, zhv, z2d   ! 2D workspace
+      !
+      !!----------------------------------------------------------------------
+      !
+      !
+      ! ------------------------------------
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  Unmasked meter bathymetry  ==!
+      !
+      !
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr (SEAMOUNT) : Isolated Gaussian bump in E-W periodic channel'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+      !
+      zlam_mid = 0.5_wp * 1000._wp * rn_length
+      zphi_mid = 0.5_wp * 1000._wp * rn_width
+      zht = 0._wp
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            zht(ji,jj) = rn_bathy - rn_seamountheight * EXP( &
+                    &  - ( ( 1000._wp * glamt(ji,jj) - zlam_mid) ** 2 + ( 1000._wp * gphit(ji,jj) - zphi_mid) ** 2) & 
+                    &  / rn_l ** 2)
+         END DO
+      END DO
+      ! 
+      ! ------------------------------------
+      CALL zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      CALL zgr_msk_top_bot( k_top , k_bot )                 ! masked top and bottom ocean t-level indices
+      !
+      !                                                     ! z-coordinate (3D arrays) from the 1D z-coord.
+      IF ( ln_zco ) CALL zgr_zco( zht, pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in  : 1D reference vertical coordinate
+            &          pdept   , pdepw   ,                     &   ! out : 3D t & w-points depth
+            &          pe3t    , pe3u    , pe3v   , pe3f   ,   &   !       vertical scale factors
+            &          pe3w    , pe3uw   , pe3vw, k_bot, k_top             )     !           -      -      -
+      !                                                     ! z-coordinate (3D arrays) from the 1D z-coord.
+      IF ( ln_zps ) CALL zgr_zps( zht, pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in  : 1D reference vertical coordinate
+            &          pdept   , pdepw   ,                     &   ! out : 3D t & w-points depth
+            &          pe3t    , pe3u    , pe3v   , pe3f   ,   &   !       vertical scale factors
+            &          pe3w    , pe3uw   , pe3vw, k_bot, k_top             )     !           -      -      -
+      !                                                     ! z-coordinate (3D arrays) from the 1D z-coord.
+      IF ( ln_sco ) CALL zgr_sco( zht,   &                  ! in  : reference bathymetry
+            &          pdept   , pdepw   ,                     &   ! out : 3D t & w-points depth
+            &          pe3t    , pe3u    , pe3v   , pe3f   ,   &   !       vertical scale factors
+            &          pe3w    , pe3uw   , pe3vw, k_bot, k_top            )     !           -      -      -
+
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z  ***
+      !!
+      !! ** Purpose :   set the 1D depth of model levels and the resulting 
+      !!              vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!           with at top and bottom :
+      !!                   e3w_1d( 1 ) = 2 * ( dept_1d( 1 ) - depw_1d( 1 ) )
+      !!                   e3t_1d(jpk) = 2 * ( dept_1d(jpk) - depw_1d(jpk) )
+      !!       The depth are then re-computed from the sum of e3. This ensures 
+      !!    that depths are identical when reading domain configuration file. 
+      !!    Indeed, only e3. are saved in this file, depth are compute by a call
+      !!    to the e3_to_depth subroutine.
+      !!
+      !!       Here the Madec & Imbard (1996) function is used.
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!
+      !! Reference : Marti, Madec & Delecluse, 1992, JGR, 97, No8, 12,763-12,766.
+      !!             Madec and Imbard, 1996, Clim. Dyn.
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zt, zw   ! local scalars
+      !!----------------------------------------------------------------------
+      !
+      !
+      IF(lwp) THEN            ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z   : Reference vertical z-coordinates '
+         WRITE(numout,*) '    ~~~~~~~'
+      ENDIF
+
+      !
+      ! 1D Reference z-coordinate    (using Madec & Imbard 1996 function)
+      ! -------------------------
+      !
+      DO jk = 1, jpk          ! depth at T and W-points
+         zw = REAL( jk , wp ) - 1.0_wp
+         zt = REAL( jk , wp ) - 0.5_wp
+         pdepw_1d(jk) = zw * rn_bathy / ( REAL(jpk,wp) - 1.0_wp )
+         pdept_1d(jk) = zt * rn_bathy / ( REAL(jpk,wp) - 1.0_wp )
+      END DO
+      !
+      !                       ! e3t and e3w from depth
+      CALL depth_to_e3( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d ) 
+      !
+      !                       ! recompute depths from SUM(e3)  <== needed
+      CALL e3_to_depth( pe3t_1d, pe3w_1d, pdept_1d, pdepw_1d ) 
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z
+
+
+   SUBROUTINE zgr_msk_top_bot( k_top , k_bot )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE zgr_msk_top_bot  ***
+      !!
+      !! ** Purpose :   set the masked top and bottom ocean t-levels
+      !!
+      !! ** Method  :   GYRE case = closed flat box ocean without ocean cavities
+      !!                   k_top = 1     except along north, south, east and west boundaries
+      !!                   k_bot = jpk-1 except along north, south, east and west boundaries
+      !!
+      !! ** Action  : - k_top : first wet ocean level index
+      !!              - k_bot : last  wet ocean level index
+      !!----------------------------------------------------------------------
+      INTEGER , DIMENSION(:,:), INTENT(out) ::   k_top , k_bot   ! first & last wet ocean level
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D local workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '    zgr_top_bot : defines the top and bottom wet ocean levels.'
+      IF(lwp) WRITE(numout,*) '    ~~~~~~~~~~~'
+      IF(lwp) WRITE(numout,*) '       SEAMOUNT case : terrain-following k_bot = jpkm1 for ocean points'
+      !
+      z2d(:,:) = REAL( jpkm1 , wp )                              ! flat bottom
+      !
+      k_bot(:,:) = NINT( z2d(:,:) )          ! =jpkm1 over the ocean point, =0 elsewhere
+      !
+      k_top(:,:) = MIN( 1 , k_bot(:,:) )     ! = 1    over the ocean point, =0 elsewhere
+      !
+   END SUBROUTINE zgr_msk_top_bot
+   
+
+   SUBROUTINE zgr_zco( pht, pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &            ! in : 1D reference vertical coordinate
+      &                pdept   , pdepw   ,                     &                 ! out: 3D t & w-points depth
+      &                pe3t    , pe3u    , pe3v , pe3f,        &                 ! out: 3D vertical scale factors
+      &                pe3w    , pe3uw   , pe3vw,              &                 !          -      -      -
+      &                pk_bot  , pk_top                      )                   ! out: 2D Top and bottom level arrays
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zgr_zco  ***
+      !!
+      !! ** Purpose :   define the reference z-coordinate system
+      !!
+      !! ** Method  :   set 3D coord. arrays to reference 1D array 
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:)  , INTENT(in   ) ::   pht                         ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pe3t_1d , pe3w_1d           ! 1D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! 3D grid-point depth       [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! 3D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         !    -       -      -
+      INTEGER , DIMENSION(:,:)  , INTENT(inout) ::   pk_bot, pk_top              ! 2D Top and bottom level arrays
+      !
+      INTEGER  ::   jk
+      !!----------------------------------------------------------------------
+      !
+      DO jk = 1, jpkm1
+         WHERE( pdept_1d(jk) < pht(:,:) .AND. pht(:,:) <= pdept_1d(jk+1) )   pk_bot(:,:) = jk * pk_top(:,:)
+      END DO
+      !                                !* horizontally uniform coordinate (reference z-co everywhere)
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE zgr_zco
+
+   SUBROUTINE zgr_zps( pht, pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &            ! in : 1D reference vertical coordinate
+      &                pdept   , pdepw   ,                     &                 ! out: 3D t & w-points depth
+      &                pe3t    , pe3u    , pe3v , pe3f,        &                 ! out: 3D vertical scale factors
+      &                pe3w    , pe3uw   , pe3vw,              &                 !          -      -      -
+      &                pk_bot  , pk_top                      )                   ! out: 2D Top and bottom level arrays
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zgr_zps  ***
+      !!
+      !! ** Purpose :   define the z-coordinate system
+      !!
+      !! ** Method  :   as per zco but with partial steps at lowest wet level
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:)  , INTENT(in   ) ::   pht                         ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pe3t_1d , pe3w_1d           ! 1D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! 3D grid-point depth       [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! 3D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         !    -       -      -
+      INTEGER , DIMENSION(:,:)  , INTENT(inout) ::   pk_bot, pk_top              ! 2D Top and bottom level arrays
+      !
+      INTEGER  ::   ji,jj,jk,ik
+      REAL(wp) ::   ze3min
+      !!----------------------------------------------------------------------
+      !
+      !
+      ze3min = 0.1_wp * rn_dz
+      IF(lwp) WRITE(numout,*) '   minimum thickness of the partial cells = 10 % of e3 = ', ze3min
+      !
+      !
+      !                                !* bottom ocean compute from the depth of grid-points
+      pk_bot(:,:) = jpkm1
+      DO jk = jpkm1, 1, -1
+         WHERE( pht(:,:) < pdepw_1d(jk) + ze3min )   pk_bot(:,:) = jk-1
+      END DO
+      !
+      !                                !* vertical coordinate system
+      DO jk = 1, jpk                      ! initialization to the reference z-coordinate
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      DO jj = 1, jpj                      ! bottom scale factors and depth at T- and W-points
+         DO ji = 1, jpi
+            ik = pk_bot(ji,jj)
+               pdepw(ji,jj,ik+1) = MIN( pht(ji,jj) , pdepw_1d(ik+1) )
+               pe3t (ji,jj,ik  ) = pdepw(ji,jj,ik+1) - pdepw(ji,jj,ik)
+               pe3t (ji,jj,ik+1) = pe3t (ji,jj,ik  )
+               !
+               pdept(ji,jj,ik  ) = pdepw(ji,jj,ik  ) + pe3t (ji,jj,ik  ) * 0.5_wp
+               pdept(ji,jj,ik+1) = pdepw(ji,jj,ik+1) + pe3t (ji,jj,ik+1) * 0.5_wp
+               pe3w (ji,jj,ik+1) = pdept(ji,jj,ik+1) - pdept(ji,jj,ik)              ! = pe3t (ji,jj,ik  )
+         END DO
+      END DO
+
+      ! Scale factors and depth at U-, V-, UW and VW-points
+      DO jk = 1, jpk                        ! initialisation to z-scale factors
+         e3u_0 (:,:,jk) = e3t_1d(jk)
+         e3v_0 (:,:,jk) = e3t_1d(jk)
+         e3uw_0(:,:,jk) = e3w_1d(jk)
+         e3vw_0(:,:,jk) = e3w_1d(jk)
+      END DO
+
+      DO jk = 1,jpk                         ! Computed as the minimum of neighbooring scale factors
+         DO jj = 1, jpjm1
+            DO ji = 1, jpim1   ! vector opt.
+               pe3u (ji,jj,jk) = MIN( pe3t(ji,jj,jk), pe3t(ji+1,jj,jk) )
+               pe3v (ji,jj,jk) = MIN( pe3t(ji,jj,jk), pe3t(ji,jj+1,jk) )
+               pe3uw(ji,jj,jk) = MIN( pe3w(ji,jj,jk), pe3w(ji+1,jj,jk) )
+               pe3vw(ji,jj,jk) = MIN( pe3w(ji,jj,jk), pe3w(ji,jj+1,jk) )
+            END DO
+         END DO
+      END DO
+      CALL lbc_lnk('domzgr', e3u_0 , 'U', 1._wp )   ;   CALL lbc_lnk('domzgr', e3uw_0, 'U', 1._wp )   ! lateral boundary conditions
+      CALL lbc_lnk('domzgr', e3v_0 , 'V', 1._wp )   ;   CALL lbc_lnk('domzgr', e3vw_0, 'V', 1._wp )
+      ! Scale factor at F-point
+      DO jk = 1, jpk                        ! initialisation to z-scale factors
+         e3f_0(:,:,jk) = e3t_1d(jk)
+      END DO
+      DO jk = 1, jpk                        ! Computed as the minimum of neighbooring V-scale factors
+         DO jj = 1, jpjm1
+            DO ji = 1, jpim1   ! vector opt.
+               e3f_0(ji,jj,jk) = MIN( e3v_0(ji,jj,jk), e3v_0(ji+1,jj,jk) )
+            END DO
+         END DO
+      END DO
+      CALL lbc_lnk('domzgr', e3f_0, 'F', 1._wp )       ! Lateral boundary conditions
+      !      
+      !
+   END SUBROUTINE zgr_zps
+
+   SUBROUTINE zgr_sco( pht,   &   ! in : reference bathymetry
+      &                pdept   , pdepw   ,                     &   ! out: 3D t & w-points depth
+      &                pe3t    , pe3u    , pe3v   , pe3f   ,   &   !      vertical scale factors
+      &                pe3w    , pe3uw   , pe3vw,              &   !
+      &                pk_bot  , pk_top                        )   !          -      -      -
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zgr_sco  ***
+      !!
+      !! ** Purpose :   define the z-coordinate system
+      !!
+      !! ** Method  :    
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:)  , INTENT(in   ) ::   pht                         ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! grid-point depth          [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors    [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         !    -       -      -
+      INTEGER , DIMENSION(:,:)  , INTENT(inout) ::   pk_bot, pk_top              !    -       -      -
+      !
+      INTEGER  ::   ji,jj,jk
+      REAL(wp) ::   z1_jpkm1, zmax
+      REAL(wp), DIMENSION(jpi, jpj) ::   zhu, zhv 
+      REAL(wp), DIMENSION(jpk) ::   sigt_1d, sigw_1d 
+      !!----------------------------------------------------------------------
+      !
+      DO jj = 1, jpjm1
+         DO ji = 1, jpim1
+         zhu(ji,jj) = 0.5_wp * ( pht(ji,jj) + pht(ji+1,jj) )
+         zhv(ji,jj) = 0.5_wp * ( pht(ji,jj) + pht(ji,jj+1) )
+         END DO
+      END DO
+      CALL lbc_lnk( 'usrdef_zgr', zhu, 'U', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', zhv, 'V', 1. )
+      z1_jpkm1 = 1._wp / REAL( jpkm1 , wp)
+      DO jk = 1, jpk
+         sigt_1d(jk) = ( REAL (jk-1, wp) + 0.5_wp ) / REAL ( jpkm1 )
+         sigw_1d(jk) =   REAL (jk-1, wp)            / REAL ( jpkm1 )
+         IF( lwp ) WRITE(numout, *) 'sigt_1d(jk), sigw_1d(jk)', jk, sigt_1d(jk), sigw_1d(jk)
+      END DO
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            DO jk = 1, jpk
+               pdept(ji,jj,jk) = pht(ji,jj) * sigt_1d(jk)
+               pdepw(ji,jj,jk) = pht(ji,jj) * sigw_1d(jk)
+            END DO
+            DO jk = 1, jpkm1
+               pe3t (ji,jj,jk  ) = pdepw(ji,jj,jk+1) - pdepw(ji,jj,jk)
+               pe3w (ji,jj,jk+1) = pdept(ji,jj,jk+1) - pdept(ji,jj,jk)
+            END DO
+            pe3t (ji,jj,jpk) = 2._wp * ( pdept(ji,jj,jpk) - pdepw(ji,jj,jpk) )
+            pe3w (ji,jj,1  ) = 2._wp * ( pdept(ji,jj,1  ) - pdepw(ji,jj,1  ) )
+         END DO
+      END DO
+      DO jk = 1, jpk
+         DO jj = 1, jpjm1
+            DO ji = 1, jpim1
+               pe3u (ji,jj,jk) = 0.5_wp  * ( pe3t (ji,jj,jk)   + pe3t (ji+1,jj,  jk) )
+               pe3v (ji,jj,jk) = 0.5_wp  * ( pe3w (ji,jj,jk)   + pe3t (ji,jj+1,  jk) )
+               pe3uw(ji,jj,jk) = 0.5_wp  * ( pe3w (ji,jj,jk)   + pe3t (ji+1,jj,  jk) )
+               pe3vw(ji,jj,jk) = 0.5_wp  * ( pe3w (ji,jj,jk)   + pe3t (ji,jj+1,  jk) )
+               pe3f (ji,jj,jk) = 0.25 * ( pe3t (ji,jj,jk)   + pe3t (ji+1,jj,  jk) &
+                                     &  + pe3t (ji,jj+1,jk) + pe3t (ji+1,jj+1,jk) ) 
+            END DO
+         END DO
+      END DO
+      CALL lbc_lnk( 'usrdef_zgr', pdept, 'T', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pdepw, 'T', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3t , 'T', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3w , 'T', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3u , 'U', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3uw, 'U', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3f , 'F', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3v , 'V', 1. )
+      CALL lbc_lnk( 'usrdef_zgr', pe3vw, 'V', 1. )
+      WHERE( pe3t (:,:,:) == 0._wp )   pe3t (:,:,:) = 1._wp
+      WHERE( pe3u (:,:,:) == 0._wp )   pe3u (:,:,:) = 1._wp
+      WHERE( pe3v (:,:,:) == 0._wp )   pe3v (:,:,:) = 1._wp
+      WHERE( pe3f (:,:,:) == 0._wp )   pe3f (:,:,:) = 1._wp
+      WHERE( pe3w (:,:,:) == 0._wp )   pe3w (:,:,:) = 1._wp
+      WHERE( pe3uw(:,:,:) == 0._wp )   pe3uw(:,:,:) = 1._wp
+      WHERE( pe3vw(:,:,:) == 0._wp )   pe3vw(:,:,:) = 1._wp
+      !
+   END SUBROUTINE zgr_sco
+
+  
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/README.md	(revision 15719)
@@ -0,0 +1,56 @@
+# SEAMOUNT demonstration case
+
+## Objectives
+The SEAMOUNT test case illustrates the impact of different horizontal pressure gradient (HPG) schemes on spurious velocities in the case of terrain following coordinates (or any non-geopotential coordinate).  This test case was first proposed by Beckmann and Haidvogel (1993) and has become the standard test case in the development of HPG schemes.
+
+## Physical description
+The SEAMOUNT test case comprises of an isolated SEAMOUNT defined as a radially symmetric Gaussian bump in the centre of an East-West periodic channel.  The domain is initialised at rest with a horizontally uniform vertical density profile, defined via the temperature field.  The default settings are for a 4050m SEAMOUNT in a 380km x 288km channel of depth 4500m, with uniform horizontal grid spacing ∆x=∆y=4000m.  The vertical grid is a terrain following s-coordinates with 10 layers equally spaced in the depth-normalised sigma dimension.  The analytical solution is for the ocean to remain at rest, any velocities are spurious.  The dimensions of the domain and the strength of the vertical density gradient are parameters which may be set in the namusr_def section of the namelist:
+!-----------------------------------------------------------------------
+&namusr_def    !    SEAMOUNT TEST CASE
+!-----------------------------------------------------------------------
+   rn_dx             = 4000.0       ! horizontal resolution  [m]
+   rn_length         = 380.0        ! length of domain      [km]
+   rn_width          = 288.0        ! width of domain       [km]
+   rn_dz             = 450.0        ! vertical   resolution  [m]
+   rn_initrho        = 0.1          ! Initial density perturbation magnitude
+   rn_s              = 2.0          ! Burger number (to control background density profile)
+   rn_bathy          = 4500.0       ! Max Depth
+   rn_seamountheight = 4050.0       ! Seamount height
+   rn_l              = 25000.0      ! Gaussian scale factor
+   rn_f              = 0.0001       ! Coriolis parameter
+   ln_exp_init       = .true.       ! Exponential decay density perturbation profile
+   ln_linear_init    = .false.      ! Linearly decreasing density perturbation
+
+
+## Experimental set-up
+The intended experimental set up is for users to change the hpg scheme and compare the resulting hpg trend, and the evolution of the maximum spurious velocities over 10 days of spin-up.
+
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .false.   !  z-coordinate - full steps
+   ln_hpg_zps  = .false.   !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+   ln_hpg_isf  = .false.   !  s-coordinate (sco ) adapted to isf
+   ln_hpg_djc  = .false.   !  s-coordinate (Density Jacobian with Cubic polynomial)
+      ln_hpg_djc_vnh = .true.  !  hor.  bc type for djc scheme (T=von Neumann, F=linear extrapolation)
+      ln_hpg_djc_vnv = .true.  !  vert. bc type for djc scheme (T=von Neumann, F=linear extrapolation)
+   ln_hpg_prj  = .false.   !  s-coordinate (Pressure Jacobian scheme)
+
+Users should also change the name of the run to match the hpg scheme selected:
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  "SEAMOUNT_xxx"!  experience name
+
+This should generate 4 .nc files called:
+
+SEAMOUNT_xxx_1d_grid_[TUVW].nc
+
+and a run.stat.nc file which contains the maximum spurious velocity per time-step.  The jupyter-notebook seamount_notebook.ipynb is set up to generate x-z contour plots of the absolute hpg trend over the SEAMOUNT for each scheme tested, as well as a difference to a reference.  It also generates a time series of the evolution of the spurious velocities.
+
+## References
+Beckmann, A., Haidvogel, D.B., 1993. Numerical simulation of flow around a tall isolated seamount. Part I: Problem formulation and accuracy. J. Phys. Oceanogr. 23, 1736–1753.
+
+
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/cpp_SEAMOUNT.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/cpp_SEAMOUNT.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/cpp_SEAMOUNT.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys key_xios
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/notebook/seamount_notebook.ipynb
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/notebook/seamount_notebook.ipynb	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/SEAMOUNT/notebook/seamount_notebook.ipynb	(revision 15719)
@@ -0,0 +1,306 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# SEAMOUNT"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "This notebook shows how you can do some analysis of the SEAMOUNT experiment. \n",
+    "This is an example of plot of u_max over the simulation."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# Run python script to have figure"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "To have figure you need 3 outputs:\n",
+    "- mesh_mask file (output via namelist parameter nn_msh=1 in \"namdom\" block)\n",
+    "- SEAMOUNT_xxx_1d_grid_U.nc\n",
+    "- run.stat.nc"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {
+    "collapsed": true
+   },
+   "source": [
+    "## Do figure with python script: "
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Populating the interactive namespace from numpy and matplotlib\n"
+     ]
+    }
+   ],
+   "source": [
+    "%pylab inline\n",
+    "from netCDF4 import Dataset\n",
+    "import numpy as np\n",
+    "import sys \n",
+    "import matplotlib.pyplot as plt \n",
+    "import pylab\n",
+    "import scipy"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "exp_base = 'EXP_'\n",
+    "exp_names = ['xxx', 'xxx', 'xxx']\n",
+    "file_names = []\n",
+    "for exp_name in exp_names:\n",
+    "    file_names.append(f'../{exp_base}{exp_name}/SEAMOUNT_{exp_name}_1d_grid_U.nc')\n",
+    "slice_index = 38\n",
+    "var_name = 'utrd_hpg'\n",
+    "thickness_name = 'e3u'\n",
+    "time_1 = 0"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "# read mesh_mask\n",
+    "ncmesh = Dataset(f'../{exp_base}{exp_names[0]}/mesh_mask.nc')\n",
+    "lat2d  = ncmesh.variables['gphit'][  :,:].squeeze()\n",
+    "lon2d  = ncmesh.variables['glamt'][  :,:].squeeze()\n",
+    "msk    = ncmesh.variables['tmask'][0,:,:].squeeze()\n",
+    "ncmesh.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "# read netcdf file\n",
+    "\n",
+    "datasets = []\n",
+    "for file_name in file_names:\n",
+    "    ncfile = Dataset(file_name, mode='r')\n",
+    "    nav=ncfile.variables['nav_lon'][slice_index,:] \n",
+    "    var=ncfile.variables[var_name][time_1,:,slice_index,:]\n",
+    "    thickness=ncfile.variables[thickness_name][time_1,:,slice_index,:]\n",
+    "    depth=thickness.squeeze()  \n",
+    "    depth=np.cumsum(depth,0)  \n",
+    "    nav=np.tile(nav,(np.size(depth,0),1))\n",
+    "    datasets.append([nav, depth, var])\n",
+    "    ncfile.close()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<Figure size 864x1296 with 6 Axes>"
+      ]
+     },
+     "metadata": {
+      "needs_background": "light"
+     },
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# plot x-z contour plot of u hpg trend\n",
+    "\n",
+    "var_max = 0\n",
+    "var_min = 0\n",
+    "for dataset in datasets:\n",
+    "    var_max = max( var_max, max(abs(np.max(dataset[2])),abs(np.min(dataset[2]))) )\n",
+    "    var_min = - var_max\n",
+    "i=0; j=0; k=0\n",
+    "trimmed_datasets = []\n",
+    "for k in range(len(datasets)):\n",
+    "    trimmed_datasets.append([])\n",
+    "    for j in range(len(datasets[k])):\n",
+    "        trimmed_datasets[k].append([])\n",
+    "        for i in range(len(datasets[k][j])):\n",
+    "            trimmed_datasets[k][j].append([])\n",
+    "            trimmed_datasets[k][j][i] = datasets[k][j][i][1:-1]\n",
+    "trimmed_datasets = np.array(trimmed_datasets)\n",
+    "datasets = trimmed_datasets\n",
+    "    \n",
+    "fig, axarr = plt.subplots(len(file_names), 1, sharex=True, sharey=True, figsize=(12,6 * len(file_names)) )\n",
+    "#plt.title('HPG Trend (m/s^2)')\n",
+    "for i in range(len(datasets)):\n",
+    "    plt.sca(axarr[i])                    # set the current axes instance - this will fail for less than three experiments\n",
+    "    plt.pcolor(datasets[i][0],datasets[i][1],datasets[i][2],vmin=var_min,vmax=var_max,cmap='bwr')\n",
+    "    plt.ylabel('depth (m)',fontsize=14)  # set x label\n",
+    "    plt.title(exp_names[i], fontsize='14')\n",
+    "    for j in range(len(datasets[i][1])):\n",
+    "        plt.plot(datasets[i][0][j], datasets[i][1][j], color='black', linewidth = 0.3)\n",
+    "    plt.plot(datasets[i][0][:], datasets[i][1][:], color='black', linewidth=0.2)\n",
+    "    plt.colorbar()\n",
+    "axarr[i].invert_yaxis()\n",
+    "plt.xlabel('x (km)',fontsize=14)  # set x label\n",
+    "plt.show()\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stderr",
+     "output_type": "stream",
+     "text": [
+      "/opt/scitools/environments/default/current/lib/python3.6/site-packages/ipykernel/__main__.py:17: RuntimeWarning: invalid value encountered in true_divide\n",
+      "/opt/scitools/environments/default/current/lib/python3.6/site-packages/ipykernel/__main__.py:17: RuntimeWarning: invalid value encountered in true_divide\n"
+     ]
+    },
+    {
+     "data": {
+      "image/png": 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aNFMAZQsA7YM0W9tgfLw+WIqKinj69Clr167t9rqOjg6+/vprPv30U7fjb2ho4NChQ8ycOZNx48Y5BajPnz/nQnY2DQ0NLF++3GUfqampXLt2jby8PObNm+d2PMHBwWzfvp2vv/6aL7/8sod3+XYopRg7dixjx451+d7B/PXQ3t5OcXExLS0tWC0Wql++NH4pKi8vx2q19vpr01079O77YTh8Hw+Hf9ve52cO977fGxK4fliCQ0JMCydc/WM91O3St/T9Lp75tmf9BkNxcTEWi6XHHaq01uzbt48/+ZM/cRu05uXlUVZWxueff05FRYXbvjLS0+no6ODbb79l69atLq9JSUnh6NGjFBYWdlttICgoiJ07d/LNN9+wYsWKXlc1eF/4+PgYP6Df9feD9D28//0ZCX2/F0ZQjuvIeJdCiGGjqKiI6upqVq1a1eO1mZmZrFmzxmXQ2tHRwU8//YS3tzdbt27tVQA/fvx4du/ezYkTJ7h7967La+bNm0d1dbVRE9adwMBAPv30U/bu3cubN296fLYQQgyIh0f/XsPM8BuxEOKDVVBQQF1dHYsXL+7x2ry8POLi4ggNDXU6V19fz/79+9mwYYOxAr+3PD092bFjB1arlXPnzrm8ZsWKFZw8eZKOjo5u+/L392fLli3s27eP9vb2Po1DCCF6zTbjKoGrEEK8HXl5eTQ1NfVqF6rq6mqePXvGzJkznc5prcnMzGTnzp0DytmdNWsW0dHR5OTkOJ1TSrFz50727t3bYz9+fn5s27aN3//+97S1tfV7PEII0S0JXIUQ4u3Izc2lra2NJUuW9Hit1Wrl2LFjbNy40eX5w4cPs3r16kEp+RQfH091dTWVlZVO5wICApg/fz4XL17ssR8fHx+++OILvvvuO1O5MSGEGDQjJHAdXisGhBAfnGvXrgH0aqYVYP/+/Wzbts1lYFpQUMD48eMZPXq007mOjg727dtHcHCw04rh8vJyxo8f73LB1bp16/j666/54osvnErkTJs2jbKyMp48edLjAixvb2+++OILvv32W9LT0/H39+/N2xVCCGFn+IXaQogPxvXcXDw8PEhJSenV9Tdu3CAhIcHlFqe1tbWUlZWRlJTkdO7169d88803rN+wgdWrV7Nx40bT65NPPkEp5TKnVSnF9u3b2bdvn8sxrVq1ivPnz/cqh9XLy4svv/ySI0eO0Nzc3It3LIQQvSA5rkIIMbQuX76Mn69vt1up2qusrKShoYGEhASnc1prjhw5wieffOJ0rrq6mr179/LVV1/h7+fntv85c+YQHR3NkSNHnM4FBQWRmJjIlStXXN67a9cujh492qv3YVv8deLEifevDqQQYviSwFUIIYbG4cOHiRw7ttcr/q1WK9nZ2W43Bzh48CCbN292Sh8oLS0lKyuLL7/80uljflfi4+OZN28e3333nWl3KYCPPvqI+vp6l/muvr6+JCcnuw1sHXl4eLB9+3aysrIoLS3t1T1CCOGWzLgKIcTgs1qt7Nmzh+TkZKZOmdLr+44ePcrq1atdnrt58yZTpkxxKotVVFTEvXv32LFjR58WasXExLB+/Xp+/PFHp/qra9euJTs722UZrPHjx9PU1NTrWVRbCkJxcTG3bt3q9fiEEMIlCVyFEGLwtLe38/XXX7Nx48Zud51y9PDhQ8LCwggJCXE619LaSnl5OYmJiab20tJSqqure9wu1p2QkBC2bNnCoUOHnM5t2LCBU6dOubxv1apVHDt2rE/PWrNmDQ0NDVy+fLlfYxVCCEACVyGEGCwNDQ189913/OIXvyA4OLjX91ksFq5du+Z2Q4KzZ844zcRqrcnLyyM9Pd3lOPLz88nJyTG9ioqKnK719fUlJSXFKaD09/cnODjYZcqAUopVq1Zx+vTpXr9HgMWLFxMUFERWVlaf7hNCCEBSBYQQYrDY55n6+Pj06d5Dhw6xefNml+eeP3/OmDFj8Pb2NrVnZWW5DHQbGxs5efIkcXFxTJw40fRSSnHmzBmne+Li4nj+/LnTxgFpaWlud9WKjo7GarX2uCWso8TERCZPnsyhQ4ewWCx9ulcIIYaKUmqtUqpYKfVQKfWXLs7/r0qpgq7XbaWURSk1putcqVLqVte53MEYjwSuQoghc/r0aSorK/nkk0/w6ONv9kVFRYwfP56goCCX5y9cuEBqaqqprbm5mfr6esaOHWtqb21tZd++fWzbto3w8HAiIyNNr48++ogJEyZw9uxZp+ds2rTJqWKAUopZs2a5zU1dvXo1p06dclrg1ZPx48ezevVq9uzZw/Pnz/t0rxBihBuCGVellCfwd8A6IAHYrZQylXbRWv+N1nqu1nou8K+B81rrWrtLlnedTx6UtzkYnQghhL2Wlha+/fZb4uPje12j1V57ezsFBQUkJ7v+d66goIA5c+Y4Lbo6evSo045aHR0dfPfdd3z++efdBs9Tp04lLCyMS5cumdp9fX0ZO3YsT548MbXPmjWL27dvuwxOlVKsW7eOEydOdPs+XQkICODLL7/k1q1bkvcqhOidoUsVWAg81Fo/0lq3A98Drj8G67Qb+G6Q3pVLErgKIQbVo0ePOHz4MJ9++ilxcXH96uPEiRNs3brV5TmtNffu3WPGjBmm9vv37zN58mTTDlZWq5Vvv/2Wzz77zCmlwJU5c+bg5eXFjRs3TO1LlixxubXrypUrXc7SAkRERODv78+zZ896fK4ra9asISwsjB9++MFlFQMhhDAZmsA1Bnhqd1ze1eZEKRUArAXsd2vRwEml1A2l1B8P4N0ZJHAVQgwKrTVnzpyhurqaTz/9tFeBoiu379xhytSp+LnZLOD06dOsWrXK6dnXr183bWagtWbPnj1s27atT9urpqSk0NzczL1790zt6enpZGdnm9oiIyOpr693yoG1Wb58OVeuXMFqtfb6+fbi4+PZtGkThw4dcprxFUIIk/4HruFKqVy7l32A6aqWoLscqE3AJYc0gcVa63l0phr8mVIqY8Bvc6AdCCHEzZs3+f7770maN4+FCxf2u5+WlhYelZQwa+ZMl+dbW1tpamoiPDzc1H769Gmn6gJHjhxh7dq1fapiYJORkUFVVRWPHz822uLi4qiqqqK1tdV07YYNG7otgWXLd+2vgIAAtm/fTmVVFT/88AOvX7/ud19CiA/UwFIFqrXWyXav39j1XA7Yf3QWC7hLwP8MhzQBrfXzrv9WAQfoTD0YEK+eLxFCCNdevnzJqVOnmD17Nrt37x7wgqIDBw6wbt06t+fPnDnDL3/5S1NbU1MTr1+/JjIy0mgrKChg9uzZTgHuvXv3ePr0KWFhYab2Fy9esGbNGlNbRkYGBw8dIi0tzcil3bRpE7/73e/YtGmTcZ2vry8hISG8fPmSiIgIpzGHhIQwJiyMBw8eMG3atB7+BtxbkJxMREQEx44dIyAgwO2GDEKIEWpoSltdB6YppSYBz+gMTn/heJFSKgRYCnxh1xYIeGitG7v+/DHwHwY6IJlxFUL0WUdHBz///DP5+fns3r2711u3dicnJ4ekpCS3KQaVlZWMHj3aqaTWmTNnnBZkPXnyhEmTJpnaXrx4wbNnz1i9ejUbN240vVasXOlUOQBgcVoaFy5cMI59fHyIiopy+th+xYoVXOpmIdWC5GRycnIGnKvq7e3Nli1bSEpK4rvvvnNKZxBCiMGkte4A/hzIBIqAH7XWd5RSv1JK/cru0q3ASa11s13bWOCiUqoQyAGOaa1/HuiYJHAVQvTaq1ev2L9/PydPniQjI4OPP/64T9uputPY2Eh5ebnTgit7V65eZdGiRaa26upqIiIi8PT0NNquXbtGUlKS6br29nZOnz7NypUrXfbt7+fHggULnD7Sj4iIoLKy0lQ5IDk5mcLCQtN1Sinip0/n/v37bse/ZcsWDh486PZ8X0RERPCLX/wCq9XK0aNHuXjxYp9LbwkhPiBDuAGB1vq41nq61nqK1vqvutp+rbX+td01/6C1/szhvkda6zldr5m2ewdKAlchRI+KiorYu3cvN27cYPPmzaxfv56AgIBB67+7jQags1LBxAkTnILkK1euOAWzZWVlTtUMfvjhBz799NNuxxATE0NwcDC3b982tS9btozz58+b2iIiIqioqDC1zZgxo9sZ0MDAQCZNmsSdO3e6HUdfJCQksHHjRqZMmcL+/fs5fPiw5MAKMVLJzllCiJHs5cuXnDx5kqNHj2K1WtmxYwerVq0yzW4OhuzsbNLS0rrtNzc3l7lz55rampub8ff3NwWz165dc6obe+zYMVatWtWrXbtSUlIoKSmhurraaIuMjKSqqso0o5mSkuJUYQA6g1d3mxIAzJ8/n1u3btHe3t7jWPoiKiqK7du3s2bNGs6fP8/x48e5fv26lNESYiQZIYGrLM4SQgCd5aMKCgqMlfQRERGsWLECLy8voqOjh+SZr169oq6ujvT0dLfX3L9/3+WiptOnT5ORYa6s8uTJE1JSUoxFYnl5eURFRREVFdXrMX3yySd8/fXXLF++3KgJu2zZMrKysli+fDnQmRoQGBhIU1OTaWevadOmcfHixW5zfrdu3cpvf/vbbmeY+8vX15d169bx/PlzqqurOXHiBB0dHXh7ezNp0iRGjx496M8UQrwHbKkCI4AErkKMQFprnj9/zq1bt2hra6OmthZttbJs2TJT4f+h3nb09OnT/MVf/EW31xQUFLBr1y7TWCwWCxaLxTSLeuXKFdNsa2VlJRUVFaxfv75PY1JKsXPnTn73u98ZfxeRkZGcP3/eNOu6evVqjh07xpYtW0z3z507l/z8fKc8WxtfX1/i4+O5devWkP1CABAeHk5iYiLQmeN75MgRGhoaCAsLQ2tNVFTUoCyqE0K8JyRwFUIMZ62trVRWVnL//n0aGhqM9praztrQs2bOJCMjA39/fyMoHMpAylFWVhZLlizpdnFXUVERH330kVP7mTNnWLlyJc3Nf1jA+vTpUyPf1WKxkJ2d7RQUZ2Vl8ebNG6dyWA8fPmTV6tXG+w8ICGDhwoVkZ2cbubHLly8nKyuL+Ph4oHOFv9aajo4O025d06dP58cff3QbuAJ89NFHHD9+nPr6ekJCQtxeN1h8fHyMvxvbe3zx4gUXLlzg2bNnKA8PwsaMAcDDw4Po6Gi8vb1lhlaI4UJmXD88zc3Npi0bbTlsjnUeh7Jd+h6efb98+dJl31prl33Y2m2zc1prXr58idbamO2yvaqrq7FarYwePRqr1WoEcdU1NSgwrgeo7Qo4HYOu2tpao297jY2NjBs3jvnz55uCo3cRpDoqLi4mMDCwx4/wb926xa5du0xtWmsj4LMFrpcvXzYt0rp0+bJTndP79+8zatQo5s+f7/Tenz17xr59+5iZkGD8P4iJiaGwsBCLxYKnpyfh4eFUV1czffp045pVq1Zx+vRp1q5da+pv/vz55Obmkpyc7Pa9rV27loMHD/LVV18NSmWGvrKlUDh+PVgsFioqKsi9cYO6vDxGjx5tjE8pZXyf2H+91dTUoIFwh69BV+0eHh7U1dWhlCI8PByllPGqqakxtdv6AJxq5NrG4ard1oer64fbvz9vu+8P7f28jb7fGxK4flj8fH2Zabcbz4sXLwCcfnAOZbv0PXz7Vkq57NsxAHJst/3wraioQClFdHS06Qf1ixcv8PDwIC4uzhS8uAou3QWcPbW/jRm9vnj9+jX5+flO+amObt26xaxZs5zar169SmpqqnGstaa8vJy0tDSjrbGhwfS+37x5w40bN1i6dKnLZymlWLp0KSdPnjRtRLBo0SKysrKMMlrLly/nzJkzRk7uqFGjaGxsdCpFNWXKFH788cduA1cPDw82bNjA0aNHTRsavGuenp7ExMQYX4+9+Xrr7dem1hqr1crTp0+NdAX7X+Rs148bN864/sWLF8a19ty12/r4kP79eZt9f2jv5230Ld6uERO4enp5mT72amlpAXD6KGwo26Xv4d13aGio0WYrOeQYFNpmAB23GW1sbARwKiFly9F8FzNu78q+ffvYvXs3VVVV3V5XVFTkNNsKUF5ebppdzc3NNQWtt27dIt4hveDAgQNs3brVmLV2JSIigrq6OsrKypgwYQLQ+bVQVFRkXBMeHk5dXR1Wq9VoW6Pepd0AACAASURBVLx4MZcvX3ba8CAlJYWrV68yfvx4t88MDw8nOjqaW7dujYh8U6UUnp6exte9n5+f6XxgYCDQ+QuBTVNTE+D+e83++xL+8L35of37Iz+/3t++3wsjKFVgZLxLIcR7ITMzk5UrV5pyQl25fecOc+bMcWq/f/++0yYFFRUVxMbGGsfFxcVMnTLFOL5x4wYzZ850CpJcWbp0KdnZ2VgsFqMtISHBVHt18ZIlXLbbJSs6OtrlIrYJEyZQVlbW48YA8+fP5+HDh9TX1/c4PiGEcGuElMN6ayNWSv1WKVWllLpt1zZGKXVKKfWg67+j7c79a6XUQ6VUsVJqjV37fKXUra5zf6tG0lSVEMNYcXExo0aN6lVu7aOSEmMRlGMf9ukDJSUlTJ061Tiurq425V42NjZSVlZmShPqieMOVwkJCaZZ1zGjR5sWuwHMnDnT5eYDS5YsITc3t8dnbt68mYMHD8ruV0KI/pPAddD9A7DWoe0vgTNa62nAma5jlFIJwGfAzK57/qtSylad/O+BPwamdb0c+xRCvGdaWlrIz883faTvTmFhoVHGyV5lZSVjx441tRUXF5tmYC9cuGDKY3Xckau1tZXS0lJKSkpML/tctaCgICZNmmQKVkePHm1KM4iIjDTdk5CQwIMHD5zGHBMTY+RidsfDw4ONGzdy0mHLWSGE6JUh3PL1ffPWRqy1vgA4JphtBv5H15//B7DFrv17rXWb1vox8BBYqJSKAoK11ld050+Cr+3uEUK8h7TWHDlyhB07dvTq+rKyMiZOnOjUfv36dRYsWGAcWywWPOz+0X3z5g0eHh5G26VLl8jIyDDtyPXzzz/z5s0b2tvbTa979+7x8OFD47p58+bx4MEDWlpbgT9sQGCTPH8+V65cMY1v3LhxTtvAAqSmpnL16tUe33dYWBhR48YN6pawQogRRALXt2Ks1voFQNd/I7vaY4CndteVd7XFdP3Zsd0lpdQfK6VylVK5tpIqQoi36/jx473Ka4XOigHz5s1zam9vb8fbx8e0iO3ChQumDQfOnj1rrP5vamqiubnZtDAqLy+PhIQEpk2bxowZM0yv5cuXc+vWLdOiq3Xr1nG6awbU09MTpZSxhaptHPYzqcnJydy4ccNp7JGRkUY5tJ4kJiZSVVVFaWlpj9cKIYRBZlzfOVd5q7qbdpe01r/RWidrrZMda1wKIYZeZmYms2fPdqox64rWmrKyMtNCK5szZ86QvmSJqe3Vq1emFb5NTU3GavTLly+zbNky41xHRwcPHjxg+vTpbp+/fPlyTpw4YRx7e3vj6+tLe3s7ACtWrODcuXPG+QULFnD9+nXjWCmFh4eHEdzaW7JkCWfPnnX7bMdx5Obmvn81IoUQ4j3wrgPXyq6P/+n6r60+TjkQZ3ddLPC8qz3WRbsQ4j1z6dIloqKiui0H5Xj9Eofg1Ob169emUmI1NTWM6drpCSA/P5+5c+caxx0dHabtYI8cOdJjrdTQ0FC8vb2NDScA0tLSjBSBkJAQ08r/uLg4ysvLTX3YX29vzJgx1NbWmmZ0u7N9+3aOHz9ulHYSQogeyYzrW3EY+GXXn38JHLJr/0wp5auUmkTnIqycrnSCRqVUalc1ga/s7hFCvCdu3rwJ4HKRlSu24vMxMc6ZP662fc3OzjY2AYDO6gJTukpgPXz40KjDCvDkyRPCw8Odaui6snr1ak7ZLZAKCgoyavACzJ49m7t37xrH/v7+puAyJCSEuro6l33bdtnqDaUUn3/+OT/88IPLGVwhhHAigevgUkp9B1wB4pVS5Uqpfwz8NbBaKfUAWN11jNb6DvAjcBf4GfgzrbWtsOKfAv+NzgVbJcAJhBDvjbKyMl68eMHixYt7fc/58+fd7mp19+5dp3JWVqvVWHT18uVLIiMjjXOFhYXG9VprLly4YApyu6OUMjYOsBk7diyVlZUAxMfH8+jRI+Pc8uXLTekDAJMnTzZdYzO6q4yWfY3Y7nh6evLpp5+yZ88eKZMlhOjeCMpxfWs7Z2mtd7s5tdLN9X8F/JWL9lzAeR9IIcQ7V1NTw+3bt/mn//Sf9voerTVVVVWmnFSb5uZm/P39TW2O5bJycnL4J//knwDOlQbOnTvHihUrjOMnT55QXFzslHNbU1PD6tWrgc7tWvPz8xk7diy+vr6kpaVx8OBBtm3bBnR+7F9TU0N0dDR+fn60tbWZ+po3bx779u1j8uTJTu/n448/5uTJky43V3AlICCADRs2sHfv3vdqW1ghxHtoGAah/TEy3qUQYsg9f/6c7IsXWb9+fZ/uO3v2rCm4dDxnqxRgY7/pgNYaDw8PY5X/xYsXjdnVpqYmmpqaTBse5OXns3r1ajZu3Gh6zZw5k2vXrhnXffLJJ5w8eRLorLGqtTZmPVNTU8nJyTGunThxIo8fPzaN0cfHxymghc6tgF+/fs2bN29695dDZ5mspKQkjh07JjOvQgjXRtCM6/AbsRDivVNUVERubi5bNm+mL5vZWa1WamtrCQ8Pd3m+vb0dX19f07G3t7dxfPPmTRLtZi9ramqMvk6fPs2GDRuMc9nZ2aQsXOjyOdHR0VRWVhof4/v4+BAbG2t85D9v3jzy8/MBTDO6AElJScY5mxUrVritIrBmzRqXC7i6Exsby6JFi/j2228l51UI4ZoErkII0bNr165RVVXFJ5980ud7s7OzWbVqlctzeXl5JCUlmdouX77M8uXLjeMXL14Q0zWjWldXR3Bw8B/aY2ONPNiOjg4qKiqIiopyO5aVK1eaymElJSUZC7EmTZpkmlWNjIzk+fPOgiZKKZRSpooBgYGBbisCBAUFGZsg9MWYMWPYsWMH33zzDU1NTX26VwghPhQSuAoh+u3UqVP4+Pi4XVjVHYvFQmNjo6kWq73Hjx875Ym+fv2aoKAgAKePze0XeBUUFJA8f75x7sSJE6xbt67b8QQGBgKYqgjYB6C+vr60du2klZSUZEoXWLJkiekYOreBta9AYG+5Q03Y3vL39+err77i4MGDxoIxIYQAZMZVCCHc0Vpz7NgxJk+e7DQr2ltnz541zZ7aq6+vJyQkxNRWUVHhVD0gISHBOO7o6DDSCLTWRspCQ0MDSikj4O3OunXrTLOuqampXLhwAeisIGD7iN+W92oTERFBba15R+sZM2ZQVFTk8jn+fn54eHiYguTe8vT05PPPP+fKlSuUlJT0+X4hxAdIclyFEMK1ly9fsnfvXlJTU43aqX1lCyZts5yOrly54lRlID8/n/l2s6ilpaXG5gb37t0zar0+ffrUlBLw888/9zjbauPp6Ul0dDRPn3buOO3v709LSwvQOfva3NxsXBsREWHarGDUqFE0NDSY+usuZWDFihWmILkvlFJs2bKFqqoqzp07J4u2hBASuAohhD2tNZmZmeTl5bFjx45ebePqzs8//+x2tlVrjcViwcvLuVqfu4Vf9rVer1+/buyi9eTJE2JiYoxc14cPH3L9+nWOHj1qep04ccLYiWvJkiVcunTJ6DsgIMAIWKOjo3nx4gUAixYt4sqVK8Z1KSkppsoE0BmcXrx40eWYPT09iYmJ4cmTJy7P98aiRYtITExkz549lJWV9bsfIcQwJzOuQgjxB0+ePOH3v/898+bNY82aNX2qHOCorKyMWLuFU45u3LjBvHnzTG3FxcWmfNe7d+8yY8YMoDNFwLEv2/guX75sbIRgtVqprKxk85YtbNy0yfT6bPdu065Wc+bM4fadOwBkZGQY6QKpqalGBQFPT0/TZgI+Pj5OK/59fHx48+aN2xnRxYsXc/nyZZfneissLIzPP/+csrIyDh061OsNDoQQHxgJXIUQI53FYiHz5ElKS0v54osviIiIGHCfV65cIS0tze35yspKp9X/d+/eJT4+3jguLi42jq9evUpGRgbQGRTb0gdu375tzLxC50Iy2yYDjgIDA00r/WfMmMHDhw/RWuPv728syrIFxLZAdPTo0abc1tDQUGpqakx9JyYmcuvWLbfvd+7cueTl5bk931sZGRmsWLGCH3/8kQcPHgy4PyHEMCOBqxBipGpsbOTAgQNkZmayOC3NCAwHytVsqr3Kykqnmq72xf9dqa+vNyoT5OXlMX/+fLTWPCwpMfJebRUMQt1UMABYu24dP//8s3G8ZPFi42N++3SBuXPnUlBQAHTOmNqnFSxYsMB0DBAXF2fkzLry0UcfUVxcPCh5qqNGjWL37t20tbdz9OhRrl69KvmvQowEkioghBiJnjx5wk8//cSlS5fYuHEj69ev79Vq/N7QWvPgwQOmT5/u9pqLFy+yYMECU9vt27eZPXu2cfzgwQOmTZsGQFtbG35+fqbrlVIUFxeTaHfPyZMn+XjNmm7H5+/vj9bamF0NDw83glX7dAHbZgUA3t7epvQALy8vlx/VBwcH8+rVK7fPXr16tSlVYaBmzZzJxo0biYmJYe/evZw4caJPu3UJIYSNUmqtUqpYKfVQKfWXLs4vU0rVK6UKul7/trf39ocErkKMcHV1dZw9e5Zjx45RUVHBjh07WLt2rWmHqsFw+vRptx/VQ+esqFLKaWeqhw8fGoEqdAaytoVYeXl5xgyufZWB0tJSIye2o6OD169fG5sTdGftunVkZmYax4GBgTQ0NJjSBRw5VhOIjIx0qrGalpbW7W5Z4eHhNDU1uX1Gf8XFxbFz507S09M5c+YMJ06cIDc317RZghDiAzEEM65KKU/g74B1QAKwWymV4OLSbK313K7Xf+jjvX3ivGxXCPFB01pz9+5do2B+SEgIaWlp+Pn5Ed21C9Vga21tpampqdtKBLYNBNra2kxjdcWWa2qfJpCfn8+WLVucrs3MzGTN2rW9Gqevry9KKaMElu2j/3Xr1hEYGGjsWDVu3DjKy8uJjY0lPT2d06dPG/VsU1NTOXr0KJs3bzb69fT0xGq1murLOlq/fj3ffPMN69ev79VY+yIoKIi1XX8HFouFI0eOoLXG29ubiRMnut0EQggxTNhSBQbfQuCh1vpR52PU98BmwPXuKoN3r1sSuArxAWttbSUvL8+UY1lbW0t8fLxp9tO2felQOXPmDF999VW317x69YqwsDDTWAoKCkwLrJ4+fcrEiRNd3m8LCisrKwnrypN98+YNbW1tfUp3WLtuHcePHWPhwoX4+fkZgXRGRgZnz55l7ty5JCYmkpeXR2xsLL6+vqbtW21BqiNbPuySJUtcPtfX15egUaOoqakZsl8goHMWNi4uDoD29naOHDlCQ0ODUQ7Mz8+PhIQEPDw8BlQ9Qgjxlg1N4BoD2CfplwMpLq5bpJQqBJ4D/0JrfacP9/aJBK5CDCNWq5XGxkbq6+tpaGigoaGBx48f09rWRrjDbGZ1TQ2+Pj4sWbKEpKQkIwgZ6iDV0dOnTwkLC8PX19ftNfbVAOyVlpaydetW4/j27dv80R/9EdCZj2sL8B4/fmwEtNeuXWNe1+znzz//zNpebj5g4+Pjg7e3N69fvyYgIABPT086OjpMQayHh4cpOLVtNBAQEABAVFQUz58/NwWg48aNc1q45Sh9yRIOHDhgyukdSj4+PixatAjAGGtLSwtFRUUU3ryJAiOgtamtrSUoKIjJkycTHBxMSEgIbW1t3f7/FUK8Bf0PXMOVUrl2x7/RWv+m68+ufnt1/CgsD5igtW5SSq0HDgLTenlvn42YwLWhvp4jR44Yx7aSNY4fXQ5lu/T9YfetlDK123/M7a7v6poaVC/ba2pqUEoxYcIEgoODCQ4OZsqUKYwdOxZfX1+nWTpbgDqUs3c9sVqtXLt2jR07dnR7XW5uLtu2bTO19ZQmYL+TVn5+vhHgWq1WPD09aWtrw2KxGMFkX3y8Zg3/4x/+gfXr1xsbCyxevJigoCCampoICgrCy8uLN2/e4O3tTXp6Ovv37zc2VVi4cCGHDx92Sl0YN26csYGBu/e2cOFCI23iXfD392fevHmMGzcOcP76KS8vN4L0hoYGSkpKnH55sv2/q62tRYPTL1U9fT+Eh4cbfdi+7sMc+h6O/0YMh74/tPfzNvp+LwwsVaBaa53s5lw5EGd3HEvnrKpBa91g9+fjSqn/qpQK7829/TFiAtfgkBA2bdpkHLv7oT6U7dK39D0Uz3yfV4sfO3as2wVZ0Plxtbe3t9PH0tevXyc5+Q//lj5//twIpqAzgLFfyKWUorW11Zj5yzp/nt27d/dr3N7e3vj6+tLU1MT06dONTQLS09P58ccfWbVqFampqVy9epX09HSnxVuOM7I2aWlp7Nu3r9s6trGxseTl5fHq1av3MvfUw8ODoKAg09ehbbZ8uH2vSd/vxzOHe9/vjaFJFbgOTFNKTQKeAZ8Bv7C/QCk1DqjUWmul1EI6F/7XAHU93dsfUlVACDEkSktLCQ0NJSQkpNvrzp49y4oVK5zay8vLjVxMgJs3bzJnzhzgD8EudKYZ2CoIXLp0icWLF3fuVmW1OpXK6otly5eTnZ1tavPz8zPyWcPDw00zLr6+vrTYBa/jx4932oZVKWWkHnRnw4YNHDt2rN9jF0KIwaC17gD+HMgEioAftdZ3lFK/Ukr9quuyHcDtrhzXvwU+051c3jvQMUngKoQYdFarlYsXL5Kent7jtc3NzU6Lp6xWq8uFQbYZ1itXrhi5mXfv3jUC2sbGRoKDgykrK2NdH3NbHUVHRxMaGgrA1KlTjd2ogkaNorGx0en6BQsWkHv9unE8f/58bty44XTd8uXLuXLlSrfPVkqxdOnSbktoCSGEYQg3INBaH9daT9daT9Fa/1VX26+11r/u+vN/0VrP1FrP0Vqnaq0vd3fvQEngKoQYdEePHmXjxo09XvfgwQNjdyt7N/LySE1NNY6bmpoICAw0jl+9emVaNKSUMuXE1tbWEjXA3F5PT08iIyOprq5m5syZ3LnTOVGQsnAh165dAzqD22fPngGd9VxtGxbYxuRKaGioqe6rO3FxcTQ3N5u2lBVCCLdk5ywhhOi7J0+eMGbMGGO2sjvFxcXGZgL2XlZVERUVZRxfunSJBcnOawfq6+uNjQUcS2cNhpTUVHJyckxBqK+vr/FRv6tZVfsAesqUKTx+/NipX1dpBK6sX7+e48eP93f4QoiRRAJXIYToG6vVSm5urttapfaam5vx9/d3ardYLHh6epraWlpajGufPn1KbGws0Bms2nbOKisrY+LEidTW1jqVcOovHx8fY/FbaGiosW2rLZB1rNk6depU7t27ZxwnJiaajm1mz57NzZs3e3y+LWWgpzJaQogRbghTBd43w2/EQoj31smTJ3usImCTnZ1NRkaGU3tubq6pmoDjblP227y2trY6Bb9Xr14lxS7NYKC01mitSUtLM6oL2HbOAoyyWNA5w1pcXGzc65jCYC8gIMDYias7cXFxtLW1UV1dPdC3IoT4kEngKoQQvXf16lUmTJjAqFGjerzWYrFgsViMygD2ampqTLUSCwsLSUxMNI4dy2ABPHv2zChT097ePqjF8BMSEigqKjLNvs6aNYv8/HwAo84ruM5rtV/YZS8jI4NTp071agzLly/n3LlzppJbQghhkBlXIYToveLiYtra2pgxY0avrj9z5ozLdII3b97g6WUuL11aWsqkSZMAcxms2tpao9SWbZbW3ezmQEybPp379+8Df5hdtU8RiIiIMM2GBgcHU19fbxxPnz7dZeDq7e2N1hqLxdLjGJRSbNmyhe+//95lfVghhBgpJHAVQgxIVVUVRUVFfdrpqb6+3mV91+zsbFIWLnR7X55dtYGcnBxjMZZtFra4uNhllYKBUEoZM6mLFi1yWeLKXlpamstyV66C6pUrV3LmzJlejcPb25utW7fy008/9ep6IcQIIzOuQgjRvZaWFjIzM9m8eXOv78nJyWHBggUuz9XV1ZmqETimDdTV1RnHra2t+Pn5mRZu3bt3j/hBDlyhc5FWW1sbYWFh1NXVATBhwgRKS0sBiIqKoqKiAujcpMDxI/0ZM2a4XIwVEhJCXV1dr2eKQ0JCSElJITMzcwDvRgjxQZLAVQgh3LNarfzwww/s3r3bbc1SV2yr/x21tbU55aZeuXLFVM/VlZycHFPaQV/G0lupixaZZlG11iQmJlJYWAhAcnIyhXaBqVLK9JH+pEmTePTokcu+U1JSyMnJ6fVYJk6cSGRkJNftNjsQQoxwkuMqhBDdO3LkCFu3bsXLISe1OyUlJcb2rI7Onz/vVGWgo6PDyGl99vy5Udv15cuXhIeHA52zvoGBgbS1teHj49Oft9Kj0aNHGzOtU6dN48GDB3h4eBgzpZ6enmi7QDUpKclYvGVjq07gaMKECTx58qRP40lKSqKxsdFljVghxAglgasQQriWmZnJ/PnzXeapdicvL4/58+e7PNfU1GSqSGCxWEzVA27fusXs2bMBuH79upFuYJthvXbtGqld28AOBdtzpjpsKmALRj08PIyqA+PHj+fp06em+91tAQudZbQePnzYp/GsWLGC+/fvOz1HCDECyYyrEEI4s1gs/P73v2fOnDnGJgC91d3GAK9fv3aqx5qTk8NCu4Va9mWwbCWvXrx4wbhx43rsfzBERkZSWVlpapsyZQolJSUAzJ07t9tNBSZMmOA2yJw3b57TDG1vrFmzhpKSEgoKCvp8rxDiAyOBqxBC/EFzczNff/01W7ZsMYLFvjh37hzLly93ee7ChQtOVQkqKyuN51itVpe5q3fu3CEhIaHPY+mPBQsXOuWVzpw5kzt37gCdge3Lly+NcxEREVRVVZmud8x9tRcWFkZt185cfbFs2TLa29s5d+5cn+8VQnxAJHAVQohOL1684ODBg3z11VcEBgb2+f62tja8vLycNg6wef36NQEBAW7vv3PnDvHx8cZYbAGtbRODqqoqIiIi+jyuvvDy8qKjowOA6Ohonj59aspzdWS/MYHNwoUL3S7EWrZsGVe6dubqq4ULFxITE8P+/fuHpJatEEK8LyRwFUJ06/79++Tm5vL555/j6enZrz6ys7PdbgXb2NjotNvW8+fPiYmJMY4fPXrEhAkTALhx44ZTnmxOTg4LU1L6Nba+sG3hOmPGDKOiAPwhz9VWNgs6A13HzQWio6N58eKFy749PDzw8vbu9+5Y06dPJz09nW+++cbItRVCjBCS4yqEGOmsViunTp2irq6OTZs29bsfi8VCa2ur2xnVCxcuOFUTuHXrllNwaksVsM2yvn79Gj8/P8BcfWAoJSYmUlRUZApK4+PjjZ215s6da5pR9fT0NGZpbTw8PNzulpWRkcH5Cxf6Pb6IiAh27drF4cOHjdxbIcQIIYGrEGKkysvL48cffyQlJcW0QKo/XJW5sueqfqv9QizH6gI2ubm5JCYmvtWPxidNnuy0wOqjjz7i3r17AIwZM4aamhrjXGpqKnl5eabr09LSyM3Nddm/v58f2mqlpaWl32P08/Nj+/btNDY28v3339PY2NjvvoQQw4TMuAohRqKqqir27NmDv78/n332GcHBwQPqr62tjba2Nrf9OO6UZbvHfva0sLCQOXPmAJ35rdHR0QC8evWK0aNHc+/ePWbNmjWgcfZHYGAgTU1NTovG7I8jIiKora01nXfVZm/FihUcP358wOObO3cuO3fu5Ny5c2RmZkruqxAfOglchRAjRXNzMydOnODmzZvs3r2bGTNmDEq/J06ccFtJAOBaTg7p6emmttzcXJKTk43jp0+fMn78eABu375NUlKS6fqysjKmTps2KOPtDds2s8nJyaaZU1tgaDvv2G7P09PTbR6qj48PgYGBvOpHhQFXz/nkk0+YP38+hw4dorCwUAJYIT5EMuMqhPjQaa25evUq+/btIycnhxUrVrBq1apB2zK1oaEBHx8fIw/VFYuL3NSGhga3GxtYrVa8vLzclsd6G+Z1bSQQGhpKfX09AAkJCUaeq2M1gZiYGMrLy019dFddAODjjz/m5MmTgzbm8PBwtmzZwpgxYzhw4AAHDhwwle4SQnwARkjg2vu9GoUQH4TKykpu3LjBmDFjWLBgAampqTx//nzQn5OZmcm2bducivbbVFdXExYW5tRuH5B2dHSYKhnYZgvv379PfHw8ERERQ7rpgCtTp06l6O5dp7bs7Gzi4+NNAS3ArFmzOHXqlClX2PEaRx4eHkRFRfHs2TNTdYWBiouLIyUlBavVSnZ2NtXV1VgsFlLeQkUGIYQYDBK4CvEB01pTUlLCnTt3jKBPKcXatWv7vPNVX1RWVhIeHt5t+aycnBzWrl1rart//z6TJk0yju1LX5WXlxtB3P3799m0aRMPHjww6ru+LZ6ensZiMQ8PD6xWq9v6tLZrXH08HxAQQFNTE0FBQS7vS09P54cffuCzzz4bnIE7jMm24cOdO3c4f/68Mcs9atSoAS/IE0K8A8Nw9rQ/JHAV4gPQ1tZGcXExpaWlRh3Rmq4FQAuSk9m4caMRXA3F7KqjrKwsdu3a5fa81tplwHf37l0WLFhgHFdUVBizgXfu3mXVypXG/Uop7t27x8YBlOoaCFs916KiImbOnGnaFSsoKMhUn9bX15eWlhbTtraLFi0iKyuLjRs3uuxfKcX06dO5f/++2+B2MIwePZpVq1YZi97q6+u5du0aT548AaUIGzMGrTURERFMmTLF+LsXQrxHbDmuI8CICVzfvHnDs2fPjOOKigrAeeHEULZL3+9337bC8I5bcr7out6+9mZFZSVobdTotPVVWVmJ1pq2tja01saroqICq9bU19djtVqNV2VlJW/evKG0tJQ3b94YL9vH62FhYUbftbW1aCDM4aPx2tpavL29mT9/PkuXLjVySm0Bqi0geVtKS0uZNGlSt8FNYWGh20oA7u7TVqvTDK592ay3afz48Tx58oQpU6Zw+PBhZs6cyfTp0ykuLiY2NpaUlBSuXr3KqlWrAFiwYAGXLl0yjqEzmG1vb+/2OfPmzeP777/vtpzYYAsJCWHlypWmrx+tNdXVH8r2BAAAIABJREFU1Tx69Ii7RUUAhNuledTU1KDt2uy/ZpVSjBs3Dm9vb+NVV1eHh6cn1dXVeHh4GK+XL1+ilOL169copVBKUVVVhVLKtJhNKWV8jzjWxK2orETh/H1cUVFhbCBh32Y/3sFsH659f2jv5230/d6QwPXD0tHRYdo33FZr0fGH3lC2S9/vd9+2EkWOwdGr2lpQCm+vP3y72FZ8+/j4GG1KKRoaGoDOj4FtP3iVUkYtUm9vb+OHtG1lube3N7GxscYPdS8vL+OHtX3Q6S4QfVcBqjuFhYX86Z/+abfXlJSUsGjRIlNbY2OjaWaxvb3dtHDLFtC6y419m2bOmsWpkyeN3bwAJk6caCyoCgoKorm52TgXFBREU1OTUz8TJ07k8ePHpvQIR0lJSdy6dYvZs2cP4jvoG6UUERERREREEBcXB9Drr02r1UpERAQdHR3GL2ZPnz7FarUSGhqKxWIxfpGzzcS3t7cbv/Q1NzejtTZmq22BQ11dHRqcFve9cvN9bPv+fl///Xlf+v7Q3s/b6Pu9IDOuHx5/f39TGZ2+BgGD0S59S9+O7bYfro6B2HD9KPbu3bs9ltJyDEhtLl26xNKlS41fCq5fv27kWlZXVzN69GigM+81IyODN2/e4OX1bv4J8/b2dtoRqzf/zxw/Zk9KSuLAgQPdBq7x8fGcOXPmndSqHQweHh74+vqaNpmwzZ46fj8EBgY6tdsW373P38cfUt8f2vt5G32/N0ZI4Doy3qUQYshZLBbu37/P9OnTu70uKyvLZW3X1tZWUw5odXU14eHhQGewOjsx0XTdnTt33otgLiIiwvRpjk1ISAh1dXXGcUJCAncdqhHYZuQdP9Z2lJqaysWLFwdnwEKID9MIKYc1/EYshHgvHT582JTD6Y79oiWbnuqytra24u9QD/bJkyeMt/uo/m2zVRSYN2+esa3rmDFjjPqojvVcp0+fzoMHD5z6WbRoEVeuXOn2WePGjcNisbgtLSaEECOFBK5CiAG7d+8eMTExPa5+r6ysJCIiwqk9Pz/flMrT0trqcuMCd3mv74Jtxb+fn59RyWH27NncuHED6ExPam1t7bGfcePG9SogXbp0KSdPnpSdr4QQzoZw5yyl1FqlVLFS6qFS6i9dnP9cKXWz63VZKTXH7lypUuqWUqpAKZXreG9/SOAqhBiQN2/ekJ+f36van5cuXWLJkiVO7fbbugIU5OcbZbDsc1nv3LljBLjvOoCbOm2a0wyqfRDrSmhoqCl9wCYwMNDl4i17tvq7mZmZ/RuwEOLDNgSBq1LKE/g7YB2QAOxWSiU4XPYYWKq1TgT+I/Abh/PLtdZztdbJDAIJXIUQA3Lo0CG2bt3a43Xuare60tDQQGhoKNBZpWDOnM5f4KuqqoiKiuL169emfNh3wX5jAV9fX5cBa1hYmLGaHdynBSxbtoysrKwenxkREYG/vz9Pnz7t/8CFEB+eoZtxXQg81Fo/0lq3A98Dm+0v0Fpf1lq/6jq8Cgzd7jZI4CqEGICbN28ybdo0lx/rOyooKDClA9i8fPnSWITlyrNnz5x2+SooKGCui77eFVvJKuisOGCrz7pgwQIKCgqM69wFuO7aXVm6dCnnz5/vcUGXEGKEGZrANQaw/025vKvNnX8MnLA71sBJpdQNpdQf9+t9OZDAVQjRL62trRQXFxuzoT0pKSlhypQpTu1Xr14lNTXVOG5ubsY/IMDpOvvUgJcvXxIZGdmPUQ8uLy8v2tvbGTt2rFHTMSkpifz8fKAzILUvnA+4rSIwadIkysrKevXcTZs2cfTo0QGOXgjxQel/4BqulMq1e9kHmK4WErjM01JKLaczcP1Xds2Ltdbz6Ew1+DOl1IB3U3lrgatSKk4pdU4pVaSUuqOU+udd7WOUUqeUUg+6/jva7p5/3ZUMXKyUWmPXPr8r2fehUupv1XAteinEMPZzZiZbtmzp1bVtbW0ua7dCZxkt+3qseXl5zHMxm1peXm7MvL4v3/KzZ8/m9u3bpraoqKhud9RJTk6msLDQqT0pKcmpL3dCQkKIiIjg8ePHfRuwEOLDNLBUgWqtdbLdyz5HtRyIszuOBZwK2CqlEoH/BmzWWhs7M2itn3f9two48P+zd+fhUV55Yu+/RxvadyGExC5Au4SQ2Q2YxezGNnaPSdvdmWSevjOZmcxku+nJ5EkmydP39k0mk7lzk5lcJ5kbd9vtDrbbxgbMboxZBEgIhAQCCbFrQwtIaF/O/aMWV6kWVUlVUpXq93meeqT3vOc97xGopJ/Oe87vYJh6MCGTOeI6BPwTrXU2sApD5J0D/BQ4pbVeDJwyHmM89w6QC2wH/to4SRjgb4CfAIuNr+2T+HUIEfDKysrIy811GIyOdvHiRTZt2mRTbm8TgZ6eHnN2gkePHpmD1Vu3bpGVlTXBnntWxpw5PH782Hxsb8FYcnKyVZ7X9PR0u1kEXM3parJ69WquXbvmUuYCIUQA8M5UgSvAYqXUAqVUGIa47EvLCkqpucBvgPe01ncsyqOUUjGmz4FXAdf+Onf2ZU60AVdprRu11leNn3cBtzDMk9gLfGCs9gFgGsLZC/xaa92vtb4H1AErlFJpQKzW+qI2/Jb4hcU1Qggvu3HjBsPDw2RmZrp8zYsXL2xyt4IhDZYpe4A9lZWVFBg3HtBaExwczLNnz4iLi3O/415gOfI7Z84cHj58aD42BbEFBQVUVla61F5JSQllZa5njNm9ezeff/GFzS5eQgjhCVrrIeAPgGMY4rYDWutqpdTvKqV+11jtXwFJGAYYLdNepQLnlFLXgcvAYa310Yn2yaX9EpVSC4ENwHwgAngKXAXOa63d/nNfKTUfWAZcAlK11o1gCG6VUqaJa+kYVqeZmCYEDxo/H11u7z4/wTAyS3q6s7nEQghX1NbW0tzc7DTYHO3+/fvm/e1Ha29vt8rr+uzZM6sAd2hoyGZUt6KiguUlHsmq4lFLlizhzJkzrF69mnnz5vHw4UPmzZtHaGgow8PDVnVTUlJobm622VZy5syZVpsWjCU0NJTXX3+dDz/8kB/96EcuZWwQQkxDpqkCXqC1PgIcGVX2Xy0+/x3gd+xcVw+4tgjCDU6/SmNS2csYRjv/D2A3sAb4bQxfRLNS6q+VUi5vX6OUigY+A/5Ya93prKqdMu2k3LZQ6/dNczZG7wUvhHDPw4cPuXPnjku7Y1mqrKx0eQHXpUuXWFZcbFNuOaWgs7OT2NhYt/rgTZGRkXR3dxMSEsKw8TF/Xl6eOcuAPUVFRVyzM88VYN68edTX17t8/4jwcN58800+/vjjKc9tK4SYQoG+5atSqgL4YwyP7+dprdO01su11uu01jlALIbH+UFAmVLq7bFuppQKxRC0fqS1/o2xuNn4+B/jR9NkMEcTgh9jnSPM7kRhIYTntLS0cOXKFXbt2uXWdc4e6z948MBmJNZya1fLXK3V1dU+N7/VpGjZMquUV2DINmA5yjp79myraQTBwcGMjBqFNSkoKDBvIeuq2NhYXn31VT799FO3rhNCTCOBHrgC/1Jr/ZLW+r9orW2yXRvnnp7RWv8ukA3cd3Yj48r//wHc0lr/hcWpL4EfGz//MXDQovwdpdQMpdQCDIuwLhunFXQppVYZ2/yRxTVCCA/r7Ozk5MmTvPnmm25fe+rUKbs7ZQHcvHmTnJzRG7B8r7y8nBLjlICHDx+aH6v7SkYBk+TkZHMqLAV2F1fl5OTYZBKIjIx0uFtWXFyc3R22nElJSWHVqlV89dVXbl0nhJgGvLjlq69x2GOt9WFXG9Fat2qtr4xRbS3wHrDJOHn3mlJqJ/BzYKtSqhbYajxGa10NHABuAkeB39dam4Yofg9D2oU64C7WyW6FEB7y4sULjh07xv79+90OGAcHBwkKCiI4ONhhHcs2W1tbsZzS09HRQWJiImBY6KSUoqWlhdTUVDe/ismzcOFC8zawltu4BgcH2wS0K1au5LvvvrPbzqZNmzh9+rTb958zZw7Z2dnjulYI4ecCJHB1aXGWiVIqEZjJqIBXa31zrGu11uewPz8VYLODa34G/MxOeRmQN9Y9hRDjV1VVxcWLF9m3b9+4RjlPnjzJli1b6OrqsjnX0NBgE4BeuXKFTZs2mUcv7c3XvHnzJm/u2+d2XybLwoULqaioYOnSpeYMAUuWLDGfNwXgYJib6iiVVXBwMEFBQQwODrqccswkMzOTtrY2fvOb3/A7v/M7Lu1qJoTwc15cnOVrXPoqlVLLlFLXMGQTqAZuGF9Vxo9CiGlCa81XX31Ff38/u3btGtdKda01XV1ddlNgAVy+fJmioiKrsoGBAWbMmGG+3qSvr88cfPUPDPhkIBYfH8+zZ88ICgoy9z0+Pp7nz5+b6yxatIi7d+9aXedsq9ctW7Zw8uTJcfVnzpw5hlRZn39OXV3duNoQQghf5OpvpL8FngCbMGwIkGN8ZRs/CiGmgY6ODn75y1+ydu1ali9fPu52SktLWbNmjcPzWmunAfHd+nqWLl0KGPLG5ufnj7svk2FZcbF51ytHK/tzc3Oprq62Klu3bp3D6QLR0dG8ePFi3JkCwsLC2L9/P01NTZw4cWJcbQgh/EiATBVwtceLgT/SWn+rta7RWt+2fHmzg0KIyXHjxg3Onj3Le++9Z55bOl6W27OO1traSnJyslVZY2Mjs2bNMh/fvXvX/Ii9oaGB2bNn+3Sqp5iYGLp7egDDY37ThgCWO2HZm24RGxtrdyqFyerVqyktLXV43hXr1q0jJyeHzz77jB5jH4UQ05AErlbOYRhdFUJMM1VVVXz11VeEhYWxd+/eCa/ar6+vd7qr1sWLF1m9erVVWXl5ufUIr50R2UePHjHXwUYGviQnJ4eamhoAsrOzbR7Vjw7ALQPd0TIyMnjy5MmE+5Sens7rr7/OuXPn+OKLL+ju7p5wm0IIHyJZBWz8feAfKKX+SCm1WSm13vLlzQ4KIbyjvLycTz75hKCgIPbs2WN+ND9R1dXVLFu2zOH5oaEh82YCJsPDwzZlJqZA+s6dOyy2WOjkqxYsWGDeQCAzM5N79+6Zz2VnZ3Pr1i2r+mvXruXChQsO28vMzHRrQwJHgoODefXVV9m1axdnzpzhs88+czvllhDChwVI4OpqVoHFQBGwzc45DTjOdyOE8BmDg4NcuHCB1tZWtm7dyttvG/YNaWjwzB4eHR0dxMfHOzzvyq5Xz549M9ex3IQgJibGp7duzlq6lJGREZRS5lHV0aPXixcv5uDBg6xYscJclpSUZM6kYE9RURHvv/8+Cxcu9Eg/Q0ND2bVrF8PDw5w6dYr6+nqWLVtms/2sEMKPBFBWAVcD1/8XOAX8n0AzDrZYFUL4nubmZi5fvmwe1czKziYxIcErgcr58+fZuXOnw/Pnzp1j82br7HcPHjxg7ty55uPKykrzxgMVFRXm7APBwcFOc8JOtaJly/ju7FkyMjIcTrdQStk9ZzkX1p74+Hja29s9+n9mGoF98uQJ1dXVfPHFF4BhQ4WVK1d67D5CiEkigauVDGCn1vrumDWFEFOmr6+PmpoaHj16RGtbG3pkhKysLHbs2GF+FO+p0dXRnj59SmxcnNNsAf39/eaUVybXr19n9+7d5uPe3l4iIyMBw0KutWvX+vTCLJOIiAhzXtbQ0FAGBgYICwsjISHBKug0BamW/04rVqzg8uXLVgG8pbVr1/Lll1+Sl+f59NVKKfLy8sz9e/r0KceOHePp06egFBnp6WRnZ5Oenu5zu5YJIQKPq4HrCWA5hl2qhBBTYGBggM7OTtra2mhqaqK3txelFG1tbWggKTGR8PBwli5dSmFhIY2NjQCT9gj41KlTvPzyyw7P9/b2mh/7WxodxFkyBUqNjY2kpaV5pqOTIC8vj6qqKoqLi8kvKODypUvmoLOwsJCbt26Rl5trrj979mwuXbrkMHBVSrFo0SJqamrIysryat9TUlLYvXu3+Q+c+Ph4ampqqKioQGtNW3s7Csy7nFl+dPZ/KYTwsgB577kauB4F/qNSqgDDhgODlie11r/xdMc8rfP5c6s9vE1zyiy3mPR2ubQtbY8ub21rswoCnJWbEvrn5+eTmZlpDgJNAcZUzlG8efMm2dnZTkfkvvvuO5vAdvRI6tDQkN3Ap6qqipfX+8860IyMDK5evUpxcbHNDlnz5s3j9OnTVoGrieXOWqPl5eVx9uxZrweuo0VGRlJcXExxcTFg/f02MjJCR0cHlZWV3Lhxg7q6OkZGRsz/r+3t7WggeQLf9/7wPp5ObU+3r2cy2vYJMsfVxl8bP/4LO+f8YnFWbFwce/bsMR87+mXvzXJpW9r2xj2nmtaa69evs3//fqfTELq7u4mKirIqu3fvHosXLzYfV1ZWkmMM6Do7O807b/X19dkdrfU1ERER9PT0EBkZ6fZj9aKiIqqrq51OBzBtWOBsZHsyBQUFkZSUZM5I4W/vNWnbN+7p7237jAAJXF36KrXWQU5ePh+0CiG85+zZs2zYsMFpHdN8z9Fqa2vJyfl+871Hjx6RbvzFUFFR4TStli/KLygw76BlKTg4mMHB7x9UBQUF2eRuXbBgAY8ePXLafkZGBs3NzQ7zvgohApTkcRVCiLENDg7y9OnTMUeBr1y5wtq1a+2eczQy+fz5c6eptXzRrFmzaGpqAmDGjBnmKQJ5eXlcu3bNXC8/P58bN27YXO/KIrSdO3dy5MgRD/VYCDFtBHrgqpR6V7n4rEspNV8p5RvProQQk+bw4cPs2rVrzHqdnZ02QairmQK6u7v9YprAaIWFhVy/fh0wBLSWjxVnzZpFS0uLzTWZmZnU1tY6bTcyMpKwsDA6Ojo822EhhH8L9MAV+HvAbaXUv1BK5Y0OYpVSiUqp15RSB4DLQJw3OyqE8C3tHR1ERkaOGVQODAzY3RXr1q1bVrt1PX782GqDAVNgW1VVRX5BgYd6PXlmzZpFc3Ozw/P2AvclS5Zw586dMdt+9dVXOX78+IT6J4SYRmSqAGitNwH/CNgAXAdeKKXuKaVuKaWagKcYNiaoA3K11ocmo8NCCN9w9uxZtm7dOma9CxcusGbNGpvyhw8fMn/+fPPx9evXKSwsBAw7cCUmJgKGDRRmzZrlmU5PAsvNBCyDU6211XFkZCQvXrywuT4oKMjpZgSmOp7aClYIIfyJ01Bba31Ya70NSAV+CPwl8AHwL4EVQLrW+l9orZ96vadCCJ9RW1vLooULXVo539PTY5NNwJ6hoSFCQ0MBwyirvy3MMlm4cKHdgHLevHlWi69KSkq4cOGCTb0VK1Zw7ty5Me+zfPlyKisr/WJzBiHEJAj0EVdLWutWrfUXWuv/W2v9c631f9dal2utnQ8LCCGmnZ6eHqpv3iQ/P3/Mug0NDcycOdOmvKuri0gnwWxPby/R0dET6udUWZqVxe3btwGIjo6mu7sbMCzIqqysNNeLjIykp6fH5vqkpCTDrlUuePnllzl58qQHei2E8GsyVUAIIWxprfnkk0/Y7cKCLIDS0lKWL19uU37x4kVKLMp7enqs58oaRxFHRkb8bpvRkJAQhoeHge9zs44uNxk9fcAkLi7OpcVXSUlJpKWlUVFR4YGeCyH8mgSuQghh7fDhw+zYscPuYqvRTAGZvcDTlKTfpKysjJKSEpt69fX1LFq0aAI9nlpJSUl0PHvm8PySJUuoq6uzKd+4cSPffvutS/fIy8vj8ePHLo/SCiGmIRlxFUIIaxUVFaSnp9t99G9PaWkpq1atsim3N8pouRjr6dOnJCcnA1BTU8MSi8wD/sLRvNOoqCirBVk5OTnmEVlL9kZnndm9ezdHjhxx6xohxDQjgasQQhg8ffqUR48eubVgqrGx0e7GBLW1tVZpsEa7efOmedvX4eFhl0Z3fU1iYiLt7e2GA4sgtqSkhLKyMvOxs2kQeXl5djcpsEcpxVtvvcWnn346vg4LIfyfBK5CCGEIHg8fPsyePXtcvqarq8vh4qqbN2+SnZ1tPh49j7Wvv5+I8PDxd9gHFBQWmhdixcbG8vz5cwDi4+PNn5tY7rBlaenSpWNuRmApKiqK5cuXc/bs2Qn0XAghfJvLgatSaqVxM4K/VEr9leXLmx0UQkytQ4cO8fbbb7u1SOrMmTNs3LjR4XnLtu7cueN0BNYfxcXFmQPUvLw8qqqqHNZdvXo1Fy9etHsuNDSUgYEBl++bmZmJ1poHDx6412EhhH/z4hxXpdR2pdRtpVSdUuqnds4rYzxYp5SqVEoVu3rteLgUuCql/ilwEfi7QBGQb/HK80RHhBC+58SJExQWFrqUh9XS4OAgYWFhNuW9vb3MmDHDquz27dssWbIEsJ4b2tbWZp736s9iYmKs5rVablAA9kdhTTZu3MiZM2fcut+GDRu4desWjx8/Hld/hRB+yguBq1IqGPgvwA4gB9ivlMoZVW0HsNj4+gnwN25c6zZXJ4/9EfAPtdb/eaI3FEL4Pq01/+t//S/y8vJIS0tz69q6u3fNgehojnbRMo3APnnyhNnG+1VWVlJsJ5WWv8vOzh5znq/J6KDXVdu3b+ebb74hKiqKXON8YSHENGYacfW8FUCd1rrecBv1a2AvcNOizl7gF9ow8lCqlIpXSqUB81241m2ufpWxwJGJ3EgI4R8GBgb44IMP2LFjh9tBK8Dtmhry8uw/iOns7CQuLs7htTdu3DAHdGPV9XVWj/ktpkZkZmZy//59q7pz5szh4cOHdttJS0ujqanJ7fu/8sordHR0OJyGIISYZrwzVSAdeGRx/NhY5kodV651m6uB68fA9oneTAjh2zo7O/noo4/Yv3//uILGoaEhgoODHZ4fPU+23SINFjieYuCPcnJyuHXrFgCJCQnmPKv25govW7aMa9eu2W1n1apVlJeXj6sP69atIyoqiuPHj4/reiGE/9Cocb2AZKVUmcXrJxbN2lvcMDrfn6M6rlzrNodTBZRS/9ji8BHwb5RSa4FKYNCqF1r/xUQ7IoSYWk1NTdy+fZsf//jHBI3zkVNpaSmrV6+2e+7+/fvMmzfPquxGZSV79+41HzvKf+qP5s2fz1dffklKSgp5eXlcu3aNrVu32q0bFBTk8Gs3Bbrj/bcpKCggOjqaw4cPs3PnznG1IYTwfRZT593VqrW23QHG4DEwx+I4A2hwsU6YC9e6zdkc1z8cdfwCWGN8WdKABK5C+CmtNefOnaO/v5/33ntvQm11dHQ4HKm9fv26TUqtvr4+8w5aWmtzkDYwMOD3I69KKXOwGRERQW9vr/lcYmIibW1tVnluQ0JCGBwcJDQ01KatkpISLl++zBtvvDGuvixcuJDu7m4+++wz9u3bR3r6hJ/WCSECwxVgsVJqAfAEeAf4O6PqfAn8gXEO60rguda6USn11IVr3eYwcNVaL5ho40II31ZdXU1lZSXZ2dku74jlSEVFBTk5jheMaq2djuTeu3ePhQsXAoZNCixzvU43+fn5XLx4kfz8fHPZihUruHDhAi+99JJN/dTUVC5dujSheyYlJbFv3z7q6uq4ePEiu3btIiIiYkJtCiF8g9YTGnF10q4eUkr9AXAMCAb+VmtdrZT6XeP5/4phDdROoA7oAX7b2bUT7ZNLWQWUUv8K+HOtdc+o8gjgn2mt/+1EOyKEmDzt7e18++235OTksH//fhoaJvz0htraWtatW2f33MDAgM1I4uDgoNV82Fu3brFt2zZaWlp4/OQJWxw8Vvc3ppFky0f94eHh9Pf3W9VLSUn5frctO4qLix1uo+sqpRQbNmxgYGCAI0eOEBUVRU5Ojls5eoUQvskbgSuA1voIoxboGwNW0+ca+H1Xr50oVyey/WvA3jY4kcZzQgg/0NTUxKFDh6iqquKdd96hsLDQI+3euHHDYSYBMIzGrly50qqssrKSgoIC87HV9q4W0wb8WUZGBo2NjQDMnj3b6g8Ed7++jIwMh5kH3BUWFsbrr79OUVERBw8e5MKFCwwNDXmkbSHE5DONuI7n5W9cDVwV9leCLQMcDxEIIabc8+fP+eqrr/j888+pr69n586drF+/3qOB4a1bt5xOE+jo6CA5OdmqrLW1dcLTE3xdbl4ed+7cAQyLpEzbwAJEREba5GhNSkoyZx+wZ/ny5ZSVlXmsfykpKbz++utkZ2dz5MgRPv/8cy5fvjytFskJESgCJXB1OlVAKdWFIWDVQL1SyvKnWTAQDvxXe9cKIabGyMgItbW1XLh4kZHhYebPn8+2bdvMi508MS3AUk1NzZjJ9McKhEZGRia8et4XWU4JmDFjhtX2rcuKirh8+TKbNm0ylxUVFXH69GmHI+GLFi3iwIEDlJQ4WgA8PgkJCbz22msAPH78mC+++IL29nZiYmLYunUrCQkJHr2fEMLz/DEIHY+x5rj+AYbR1r8F/hSw3JdwALivtZbs1kJMAa01HR0dVFdX09DQYA4ulFIsWbKErVu2EBQUZLVy3RsqKyv5wQ9+4PD83bt3mT9/vlXZ6Pmtt2/fNge/DY2NXu+zL4iJiaGrq8uqLCQkhOHhYafXFRYWcu3aNYqKirzSr4yMDDIyMmhoaODFixdUVVXR0dFhPt/f309GRgZJSUk22/cKIaaGtxZn+SKngavW+gMApdQ94ILWetBZfSGEIaAcHh5Ga83IyAhaa3r7+hgZHub58+cMDw8zPDzM0NAQDQ0NDA4O8vz5c/r6+ujv76e/v58nT57QPzBAclKSud22tjbA8DjZJDExkbi4OLKyspgzZ45VPzw9smpPXV0dmZmZTuvcvn2bHTt2WJWVl5dbzW+tq6tj165dALQ0N7PxlVc839kpEhcXR2pqKmD43hhrRDkmJoZnz54RHx9v9/zSpUs5cOCA1wJXS9HR0Tbb996+fZuGhgbOnDljHkG2970JhkWA4eHhpKenM2PGDMLDw5kxYwbPnj0jODjY6hUSEkJvby9KKfr7+wkKCkIpZTUaL4RwTAJXC1rrb5VS4Uqp9wBzeTmBAAAgAElEQVTTRLabwMda614nl/qMTuM8PxNHP2i9WS5t+37bSimn9U1Bh702lFLm8pSUFJRS5l++7e3tBAUFkZqaav4lHRwcTHt7O6GhoaSkpBAdHc2MGTOYMWMGc+fOZcaMGVYjj6ZAdPRo5GQEqI5UVFTw9ttvj1lvdODR3NxslfZpZGTEnCpraGiIqKgoz3Z0CsXFxdHT00NMTAzz58/nwYMH5mkbUVFRvHjxgujo79e+rly5ku+++84m562l3NxcqqqqrHYdmywxMTEsXbrUpe/Nx48f09fXR2JiovmPsr6+Pps/4EyfNzU3g9YkJiaa/+h7+vQp2lhmafR70PQ95uj93draalPuaz9/fKHt6fb1TEbbYnK5mg6rGDgERAA3jMV/D/iZUmqX1vqql/rnMbFxcVa/CMYKArxRLm1L266Wd3d34+sePXpksxPWaLdv3zbnZg1U+QUF3LhxgzVr1pCbm8uxY8dYtmwZYMjdOnqea2ho6Jgr/HNzczlw4IDD9GO+IigoiMjISJugMzY2Fpj695q07Rv39Pe2fUEgTRVwNavA+8A5IENrvV5rvR7DNl5njeeEEAHm2rVrrFixwmmd6upqm4Vbg4OD36e9snM83cycOdOcKSAkJMQqKI2NjbWZ5woQHx9vNa/UnqVLl1JXV+fZzgoh/FagZBVwNXDNBf5Ma20eBjJ+/m+N54QQAaSxsZFZs2aNWU8pZTNNoLy8nOXLl5uPb968SW6u4cdIV1eX1WPz6ciV+Zrr1q3j3LlzTusUFhZSXT3hTWiEENOA5HG1VQPYW+abBtzxXHeEEP7gwoULY6ZkqqmpsVnYA4b5rZZB7/37981TDiorKynw0KYIvsq04MjENM/VkivTBQCys7O5fv26x/sohPA/Erha+5fAXyml3lFKzTe+3gH+EvhTpVSi6eW9rgohfMGpU6dYs2bNmCOHliOpY7FcWJOSkjLhPvqa4OBgc5qrxYsXc+/ePfM50zzX0VyZLrBkyRIePnxIb69frJEVQniRBK7WvgKygF8Bd42vX2HIMHAQeAq0Gj8KIaap1tZWBgYGSEtLG7OuvcDW3nxWy3rTafMBS4sXL6a2thYwBJt37941n4uNjaWzs9PmGlemCwBs376dL774wnOdFUL4nUCaKuDqiojpk1RRCDFuX3/9Ne+++y6NjY1O6znaTausrMxqfmt/f785NdR0lrl4MUcOHyYrK4ugoCCXAnRXpwuEhoZSUFBgM3dYCCGmI5fzuHq7I0II33b69Gk2bdrk0uKiW7du8cYbb9iUNzc3s3r1aqt6pkT6Q0NDVrtpTSfBwcHWweqof0N781zBsBVre3v7mO3n5ubyySefkJOTQ0RExIT7K4TwP/44ejoerk4VQCmVr5T6z0qpr5VSacay15VSy7zXPSGEL2htbaW/v5/09HSPttvc0mLOi1hbW2t3Mdd0YRm4BgcFWY2mrly5kkuXLtlcs3btWpemCwC8/vrrHDx4cOIdFUL4nUCaKuBS4KqUehW4AqQDmzBsRACwCPjX3umaEMJXHD16lO3bt7tUt7a2lqysLJvysfK11tXVsWiM7WOni8WLF1vlYHWUzzU0NNS8qGssoaGh5OfnU15e7rF+CiH8hwSu1v4d8I+11m8AAxblZwDnGciFEH7t3LlzbNy40eX94uvq6sjOzrYpLysrs02hZTEKqbWetlMFAFJTU2lubgZg7ty5PHj40KXrEhISaB8ju4BJbm4u9fX19Pb1jbufQgj/JIGrtVzgiJ3ydkBSYAkxTTU3NzMwMEBGRoZH2rLM39rT00NEZKT5eLpmFDAxbf0KxkwKo77e6Ohou1v9rlu3jitXrrh8n9dff50jhw9PrLNCCL8iUwVsdWCYJjBaMfDYc90RQviKp0+fUlpayqZNm1y+5s6dOyxevNjuudEjttevX6cgP39CffQnUVFRdgNTk5UrV3L16lWb8pCQEEZcnC4AhikD69at47AEr0IEFAlcrf0K+A9KqQxAAyFKqQ3AnwO/8FbnhBBTo729nRMnTvDaa6+5dd3du3fJtDNP1d781s7OTuLj4wFoampyaQtZf2cZvEdERlplEoiJiaGnp8fudQkJCbS1tbl8n9TUVIqWLZPFWkKIacednbPuAQ+AaOAmcBo4B/zMlQaUUuFKqctKqetKqWql1L8xlicqpU4opWqNHxMsrvkTpVSdUuq2UmqbRflypdQN47m/Uq5OvhNCjOn58+ccPnyY/fv3uzyvFQzBaVCQ/R8p169ft53fatH2jRs3yAuA0VfL6RCFBQWUlZW5dN2KFSvsZh1wJn32bAoKCmTkVYgAIFMFRtFaD2qtfwgsAX4A/B0gS2v9ntba1WdY/cAmrXUhUARsV0qtAn4KnNJaLwZOGY9RSuUA72CYX7sd+GullGnlxt8APwEWG1+uLXcWQjj14sULDh48yA9/+EO3glYw5Hldu3at3XNtbW2kpqaaj0fPZ+3p6SEqKsr9DvuZ8PBw8/ascXFxPH/+3Op8RGSk3ekEpj8IXNmQwNKCBQtYunQpx44dG2ePhRD+QgJXO7TWd7XWn2qtD2ita928VmutTc/FQo0vDewFPjCWfwC8bvx8L/BrrXW/1voeUAesMOaQjdVaX9SG336/sLhGCDFOvX19fPrpp7z77rsOR06defHiBdHR0XbPjQ5U79y5w6KFC83HgfLQJD8/n+rqaofni5ctszvPFQw5Xb/55hu375mZmcm8efP47rvv3L5WCOE/AiVwdZhUUSn1t642orX+e67UM46YlgOZwH/RWl9SSqVqrRuN7TQqpWYaq6cDpRaXPzaWDWK9IMxULoQYp/aODk4cP84f/uEfjitovX79OgUFBXbP9fT0EB4eblV2+/ZtiouLx9VXf5Y2ezZlZWXmTReUUoyMjJj/zR1lFgDDCK2zoNeZrKwsGhsbOXXqFO+++27A/KEgRKAwTRUIBM5+Q6WMeu0D3sAQdGZiGOV8E0h29WZa62GtdRGQgWH0NM9JdXs/WbWTctsGlPqJUqpMKVXmzsIGIQLJt99+S8XVq/zgBz9wukGAM3V1dQ6zCZSVlfHSSy9ZlWmtzcFab29vwGxTOjpgXLp0KXfu3LEq01o7TA2Wm5tLVVXVuO69dOlS8vPz+fDDD2lpaRlXG0II3xUoI64OA1et9R7TC7gAHAMytNbrtdbrgTnAUcC9FQOGtp9h2LxgO9BssYVsGmD6ifrYeA+TDKDBWJ5hp9zefd7XWpdorUuSkpLc7aYQ01pHRwcffvghCxYsYPPmzeMehWttbcXZ+2us+atVVVXk5Tn7G3b6WrJkCbdv37Yqy8zMtAlmTbKzs6mpqRn3/WbOnMm7775LRUUFp06dGnc7QgjfIouzbP1D4M+01uZnWMbP/x3wh640oJRKUUrFGz+PALYANcCXwI+N1X4MmPK3fAm8o5SaoZRagGER1mXjtIIupdQqYzaBH1lcI4RwQWlpKefPn+eHP/whc+fOnVBbZ8+eZf369XbP2Rs5fPbsGXFxcebjxsZGZqWlTagP/sQ0PcD0+WiZmZncunXL4fUJCQm0t7dP6P7btm0jOzubX/7yl26l2RJCiKnmauAaDcy2U54GRNoptycN+EYpVQlcAU5orQ8BPwe2KqVqga3GY7TW1cABDKm3jgK/b5HB4PeA/45hwdZd4GsX+yBEQKuoqOCLgwdJT09n9+7dE57rODQ0RFBQkMN5sdeuXSM3N9eqzN7Wr4E053LBggU8evTI4fmx/i02btzImTNnJtyP2bNn8+6773L9+nWOHj3Ks2fPJtymEGLqBMqIq6sT2j4D/j+l1D/j+wVTq4D/C/iNKw1orSuBZXbK24DNDq75GXbyxGqty4DAfLYohJt6eno4ffo0AwMDFBUV8frevR5r+5tvvuGVV15xeP7BgwesWLHCqqy7u5vo6Gg6Ozs91g9/sjQri19//DHz5s0DID4+no6ODhISzCms7ZaZBAcbsgIOu7GbliNKKTZt2sTQ0BBlZWU8f/6chQsXsmyZzY9qIYSP88cgdDxcHXH9PeAr4H9iGOG8iyF11WHgH3ilZ0KIcRseHubGjRscPnyYM2fOsGXLFt58800WWqSg8oTOzk6rx/7uGhkZCajRVjBsyTpkEXSWlJTYbESwZs0aLly44LCNV155ZVypsRwJCQlhy5Yt7Nu3j9jYWD799FOOHz9Oa2urx+4hhPCeqZrj6mwTKYs6c5RS3yilbhk3oPoji3N/ppR6opS6ZnztHOueLo24aq17gX9gHHFdhGFlf53lnFchxNTp7evju+++M899DAoKIjU1lfz8fHPqJU+rqamxmQZgqampyWrTATAE1JbTCh4+fOjxYNrfREVF2Wz1GhYWxuDgoMNrEhISvPZof9GiRSxatIj79+9TWVnJvXv3AMPobG5uLuHh4QH3x4YQ/mCKRlxNm0j9XCn1U+PxPx9VZwj4J1rrq0qpGKBcKXVCa33TeP4/aa3/3NUbupX7xhioVrpzjRBi4gYGBnj69Cmtra1cu3bN/JhYa01bezthoaFs27aN5OTvs9M1NNhNtuExd+/eZdOmTQ7PX758mV27dtHc3Gwuu3nzplUGgbq6Ov7OD3/o1X76q+DgYIaGhhymKMvOzqa2ttZhGrKJCgsLo6SkxPyHz8jICNXV1Zw9exaUIikxETAEtAMDA6SnpxMZGUlsbOy4cgELIcZvCvO47gU2Gj//AEPGKKvA1bio3pSvv0spdQtD/v2bjMP4kjb6oc7OTg4dOmQ+Nq2kHZ3Gx5vl0vbkt621dqsNpZTT+qZV8u72r7WtDTWB8rCwMIaGhkhKSmL9+vWEhoaa65oCVMug1ds6OjrGnCIwMjJino9pUl9fz2uvvWY+Hh4ZGXfuWH8WHxdHR0eHOSgMCgqymbO6YsUKLl++zJo1a+y2kZuby/vvv++1wHW0oKAg8vPzzd+TliP5NTU1NDQ0UFlZSWdnp/l90mp8PyRP4P3g6nvNNArs8D1onPbgTtuj31O+9LPNW21Pt69nMtr2FRMIXJOVUpbzld7XWr/v4rWONpGySyk1H8N6J8tUqn+glPoRUIZhZLbDWRsB8xsjNjaW3bt3m49Nv+xHP0b1Zrm0LW174p6WQetUOXfuHDt3Op6K1N/fT1hYmN1z8pgZsnNyqK6qMk+1yM/Pp6qqipSUFHOd1NRULl686LSdmTNn0tDQ4LXpIK6KjY0lNjbW795r0rZv3NPf2/YVEwhcW7XWJY5OKqVOArPsnPpTd26ilIrGsNj/j7XWptW5f4Mhtao2fvyPgNPdWOV5jhDCLffv3yctLc1mNNXS+fPn7Y4UStBqEBsbS2dXl/l43rx53L9/36aeox20TEyjskII4S1a6y1a6zw7r4M43kTKilIqFEPQ+pHW+jcWbTcbd1UdAf4bsMLe9ZYkcBVCuKW0tNQmD+toz58/Jz4+3qrs6dOnVo9eQ0JCWLhggVf66OtSU1OJt5hq4SigX7BgAfX19U7bKigo4MqVKx7tnxDCv0zhzlmONpEyM24W9T+AW1rrvxh1znL3mTeAMfe0lsBVCOGyixcvsmrVKqd1HI0SXr16leLiYvNxZWUlJS+95NH++Yvg4GCnI9YmhYWFVFY6Xw+7cOFC6uvrPZLXVQjhv6YocLW7iZRSarZS6oixzlrgPWCTnbRX/14pdcO4OdUrwD8a64YBM8dVCDExQ0NDPH78mNWrVzud23Xnzh2rzAEmfX19hIeHm497enqIiorySl/9QVRUFC9evCA6OhqAlJQUnj59ajXP1dWpFTt27ODrr7+2mscvhAgcU5VVwNEmUlrrBmCn8fNzGNKo2rv+PXfvKSOuQgiXHDlyxOmCLJN79+5N2kp3f7asuJiKigrzcXFxMTdu3LCpFx0dzYsXL5y2ZUpBJdu2ChG4AmXLVwlchRBjamtrY8aMGeMeIR0cHPSJbAi+JDExkY6O77O+hIeH2910YO3atTY7a9mzfft2jh496tE+CiH8hwSuQghhdPz4cV599dUx67V3dNgsygLDxgOFhYXm48bGRmbNspddJbDZmx8cERFBX1/fmNcGBQWxZMkSampqvNE1IYQPm8LFWZNOAlchhFOmrV1dmW9ZXlbG8uXLbcqbmppIT083H1dWVlJgEcgKg5CQEAYGBmzKlVKMuPAbptg4/WCsNFpCCOGvJHAVQjiktaampoaCggKX6g8MDNifEjAq6O3v77daqBWo4uPjraYL5OXlUV1dbVOvqKiI8qtXXWpz48aNY25cIISYfmTEVQgR8I4ePcr6DRtcqtvS0mKzTSIYH3/LCKBdoxdozZo1i+bmZpt6qamptNgptyctLY2BgQGf29VHCOE9MlVACBHwvv32WxYvWUJiQoJL9c+fP8+KFbabntTV1bEoM9N8LI+xvxcTEzNmxgCTyMhIl+tu3LiRy5cvu1xfCOH/JHAVQgSsGzduEBoaSuaiRS7V11ozMjJCUJDtj5T6+noWLVxoPn706BFz5871WF+nm9DQUPr7+23K16xZw5kzZ1xuZ8+ePXz66aeyMYEQAUICVyFEQGpoaODBgwesWbPG5WsqKiqsdsUazXJhV1VVFbl2NigQBsuKi7l06ZJN+YwZM+wGtI4EBwfz9ttvc+DAAU92Twjhg2SqgBAiIHV3d/PNN9+4vQPT/fv3WbBggU354OCgzdamQ0NDktPVQkpKCi0tLebjxIQE2tra7NZdtGgRdXV1LrcdFRXFyy+/zJEjR8auLITwaxK4CiECysjICAcOHOCdd95x67q+vj5mzJhh99yVK1coKiryRPemrcKiIq5fv+5S3SI36ppkZGSQkZHBVRezEgghhC+TwFUIgdaagwcP8tZbb9mMkI7lzJkzbNy40e65lpYWkpOTre4jrEVGRtLb22tVlpCQQHt7u936wcHBbs9bLSgooK+vj7q7d8fdTyGE75KpAkKIgNHd3c0nn3zCyy+/TExMzLiud3Ur2Lt377LIxQVfgWR0QL9q1SpKS0vt1l23bh3nzp1z+x5r1qyhuamJs2fPjquPQgjfJoGrEGLau3PnDocOHWLfvn1WI6Ouevz4MRkZGXbPdXZ22gTCNTU1ZGVnj6uv051l8BoeHu5wIVZycjKtra3jusfatWuZPXs2H3/8MUNDQ+NqQwjhe2TEVQgx7Z08eZKWlhZ+67d+y+3pASaXL1+2m7sVoLS0lNWrV1uVjYyMjPte01lGRoZbGwYkJCRY7bjljszMTPbu3cuvfvUrmpqaxtWGEML3SOAqhJiWBgYG+Oyzz1i8eDHr1q0bdzumEUI1ajtXk97eXiIjI8fdfiDJLyigsrLSqmzBggXcu3fPbv3169dP6JF/ZGQkP/rRj6ioqLDauUsI4b8kcBVCTCsjIyOcOHGCo0ePsnv3bubNmzeh9q5evcqqVatcrj88POwwyA10YWFhDA4OWpUV2AlmTUJCQjyyscCOHTuIiIjgyy+/dBgkCyF8XyBNFQiZ6g4IIbxrYGCA48eP09/fz6ZNm8jNzfVIu83NzcyePdvuucePH9ucu337NllZWR6593Q0eoFWUFCQ0ywMubm5hjnDE/w3zcrKIisriydPnlBWVkZ2djZ5skGEEH7HH4PQ8ZARVyGmqRcvXvD111/z9ddfs2nTJvbt20dCQoJH2u7u7nY6DcDeTlp1dXVkLl7skftPV6MDVaUUIw5+Gy1dupT6+nqP3full17i7bffJjg4mE8++YTy8nJJXyaE8Dky4irENDE8PEx5eTkNDQ0opejt62Pr1q3MnTvX4/c6d/48GzdscHje3iIsrbVMFXBi4cKFPHz40GoKx7Jly6ioqCAtLc3uNWFhYfT09Hi0H9nZ2WRnZ1NWVsbx48dJSEggJCSEkpISZs2a5dF7CSE8wzRVIBBI4CqEH+rv76e+vp579+7R3NLCyPAwKSkpFBcXm1f5u7NK3d1765ERh7tlySjd+GTn5PDRhx9aBa5z587l6tWrDgPXDRs2cPz4cTIzMz3en9mzZ5tfQ0NDlJWVUVpaSnt7OyooiEULF7JkyRJSU1M9fm8hhPskcBVCeJXWmoGBAfr7+2lqaqK3t5eenh56e3t58OABXV1dJCUlmeu3tbWhgeSkJEJDQ1m0aBFbt27l6dOnAA7nm3ra0aNHeeWVVxyer6mpsZkjOTg4SGhoqLe75tdCQkIYcTPoDw0NJSIigufPnxMXF+elnhn6ZlqIZ/qDKDIyktraWq5cuUJbWxuA1fcrGHL5RsfEMG/uXCIjI4mIiDDvFBYaGiqj8EJ4kASu00zn8+d89dVX5mNHP2i9WS5t+1bboxPum5K6T7RtU3Bp1XZbG2pUfaUUz58/Z8aMGcy1+MWemJhIdHQ0MTExpKenm+ubAobJClDt6e7uJjg42OFoK8DDhw/ZvHmzVdntO3c8tihsWrMTuIaHh9Pb10dEeLjdS0yjrm+//ba3e2clPj6el156CXD8vXn//n26urqIi4ujt7eX1tZWent7efjoEYMDA8THx1vVt/c+8eTPCKWU7R+DWk+7n23+dk9/b9sXyFSBaSg2Lo49e/aYjx39oPVmubQtbbta7quP248dO8aePXvMo7yuevL4MVu3bvVSr6YPe4uxVq1axYkTJ1i7dq3da4KDg0lISKC1tXVcu595U1hYGElJSTbf3/N95L0mbfvGPf29bV8RKIGrZBUQQrjk+fPnREREOH3kPzAwQEiI/b+H5ZHw2BYuWmSTKSA+Pp6uri6n123evJnTp097s2tCCB8WSHlcJXAVQrjkxIkTvPrqq07rVFRUsGxUGizhuoULF3J3HCmulFKkpqbS2NjohV4JIYTvkMBVCDGmtrY24uPjbVJcjdbR0UHiqFyx4eHhzJkzx5vdmzbS0tKIi421KU9MTDTPwXZkotvACiH8m4y4CiGE0enTp20WXI2mtbY7N/fq1ausXrPGW12bVoKDg+3+cVBcXEx5ebnTa5VSzJ07lwcPHnire0IIHyaBqxBCAC0tLcycOXPMOaqVlZVkZ2fblL948YKoqChvdW/amTlzJk1NTVZlISEhDA8Pj3nt6tWrKS0t9VbXhBA+aqrmuCqlEpVSJ5RStcaPdrdnVErdV0rdUEpdU0qVuXu9JQlchRBOlZaWsn79+jHr1dfXM3/+fO93aJpbXlJid3Q1xU5Aa09mZib37t3zRteEED5sikZcfwqc0lovBk4Zjx15RWtdpLUuGef1gASuQggn7t27x5w5c8YcbXWUvqunp4fIyEhvdG3aCgsLY2hoyKZ8eXGxS6Opy5cvp6KiwmdTqgkhPG8KswrsBT4wfv4B8Lq3r5fAVQhhV29vL9crK1m2bNmYdcvLy1m+fLlN+eXLl1mxcqU3uhdwgoKCbHK8OrJhwwZOnjzp5R4JIXzJBALXZKVUmcXrJ27cNlVr3Qhg/DjTQT0NHFdKlY9q39XrzQJmAwIhhHs+++wzdu/a5VLdR48eUVJSYpOQ+9mzZza7I4mxJSQk0N7eTmJiolX5nDlzePTo0ZhZGpKSkkhJSaGqqspm+10hhBilddTjeytKqZPALDun/tSNe6zVWjcopWYCJ5RSNVrrcaVBkRFXIYSNkydPsnHjRoebCVgaGRlxOJVANh0Yn5dWrODKlSs25SUlJZSVldm5wlZRURG3b9+ms7PT090TQvggb00V0Fpv0Vrn2XkdBJqVUmkAxo8tDtpoMH5sAT4HVhhPuXS9JQlchRBWamtriYiIICMjw6X6ly5dYqWd6QD9/f2EhYV5unsBISIigr6+PptypZRbc1ffeOMNPv/8c5nvKsQ0N4VzXL8Efmz8/MfAwdEVlFJRSqkY0+fAq0CVq9ePJoGrEMKst7eXq1evsnbtWpevaWpqIi0tzaa8rKyMkpde8mT3BMbdte7edaluUFAQu3bt4vDhw17ulRBiqk1R4PpzYKtSqhbYajxGKTVbKXXEWCcVOKeUug5cBg5rrY86u94ZmeMqhDD77LPPeOedd1yuPzw8TFCQ/b9/W1tbWbtunae6FnCio6Pp6uoiJibGqrywsJAvvviCRYsWudROcnIys2bN4tatW3bz7Aoh/J9pxHXy76vbAJvdaYxTA3YaP68HCt253hkZcRVCAHD2u+945ZVXXJrXanL+/HmHo7PyeHpiVqxcyeXLl23K3Z0uAIa5sffu3aOrq8tT3RNC+BjZOUsIETBKS0uJj4sjPT3dretaW1tJTk62KR8aGrK7dalwXUxMDC9evLB7Lisri5qaGrfa2759O0ePHqW9vd0T3RNC+BgJXIUQ057WmoMHD5KckkJBQYFb1w4ODhIaGmr3XEVFBcXFxZ7oorAjJyeHmzdvunVNUFAQb731FqdPn6a+vt5LPRNCTIUpXJw16SRwFSJADQ8P89FHH7Fq1SoyXZwvaenSpUu8/PLLds89efKEdBezEgjHwsPD6e3tdXje3SkDSineeust6uvruXr16kS7J4QQk04CVyECUHd3N7/85S958803SU1NHVcbnZ2dsrmAl61YudJuPleAgoICbt26Na52t2zZwsjICKdPn55I94QQPkRGXIUQ01JTUxPHjx/nvffeIzIyclxt9PX1OczROjIy4jDTgHBPQkICHR0dds9lZmZy//79cbddUlLC3LlzOXz4sCykE8LPBdJUAUmHJUSA6Ovr4+uvv6a/v5833nhjQounSktLWbVqld1zt27dIj8/f9xtC9cppRgeHh739ZmZmfT19fHll1+ycuVKmZcshB/zxyB0PCZ9WEQpFayUqlBKHTIeJyqlTiilao0fEyzq/olSqk4pdVsptc2ifLlS6obx3F8p2VdSCIeGhoY4dOgQx44dY+fOnaxfv37CbXZ1dREdHW333KNHj5i/YMGE7yEMQkNDGRgYsHtuzZo1nD9/fkLtJyYmsnfvXqKjozlw4IDb2QqEEHosXEAAACAASURBVL4hUEZcp+J53h8BlhOzfgqc0lovBk4Zj1FK5QDvALnAduCvlVKmIaK/AX4CLDa+tk9O14XwHyMjI5w9e5aDBw+yceNG9u7dy4wZMybc7qVLl1i2bJnTOvK3pOcsX76cyspKu+fi4uJ4/vy5Rx71L1myhB/84Af09/dz4MABHj16NOE2hRCTQ6YKeIlSKgPYBfwM+MfG4r3ARuPnHwBngH9uLP+11rofuKeUqgNWKKXuA7Fa64vGNn8BvA58PTlfhRC+a2hoiNLSUlpbW2lra2PVqlXk5uZ69B4PHjxgnYMdsbTWErR6WOqsWbS1tTk8X1JSwoULF9zapteZwsJCCgsLOXz4MNXV1SQmJrJ8+XLmzJnjkfaFEN7hj0HoeEz2HNe/BP53wHIPw1StdSOA1rpRKTXTWJ4OlFrUe2wsGzR+PrrchlLqJxhGZt1OrC6EP9Ba09LSQlVVFdHR0QQHB7Nq1SrWrVtHQ0ODx+9XXV3tNBC+e/euy1uRCs9IS0ub8HQBe0yj6rNmzeLq1auUl5cDEBYWRlZWlsfvJ4QQrpi0wFUptRto0VqXK6U2unKJnTLtpNy2UOv3gfcBCgsLZdms8Etaa549e0bd3bs0NTYSHh5ute1ncHAwa9asYeHChV7vy82bN3n77bcdBsV1dXVs2y4zdzxtrEVYBQUFXL9+ncJCu9uBT0hQUBAlJSWUlJQAUF5ezqVLl6iqqjLXaWtvJ3XmTIaGhpg5cybh4eEe74cQwjHTVIFAMJkjrmuB15RSO4FwIFYp9SHQrJRKM462pgEtxvqPActnUxlAg7E8w065U52dnRw5csR8bHr0lpSUZFXPm+XStm+33draOma5KVh01rYGkke30daGApvtUVtbW1FKOb2nUoqEhAQUhlGwxYsXW9X1xsiqPQ8fPhzzcXFsbCyzZs2alP4Eks2bN/Po0SOH//5Lly7lk08+8UrgOlpaWhppaWnMnj3bXPbkyRNaWlro6Ojg9u3b9PX1Ad+/T5x931vOzzW9T8bzPjZNUWlra7P7nrJX7ks/f3yl7en29UxG275CAlcP01r/CfAnAMYR13+qtX5XKfUfgB8DPzd+PGi85EvgV0qpvwBmY1iEdVlrPayU6lJKrQIuAT8C/p+x7h8TE8O2bebEBOZf9pY/fL1dLm37fttKqTHLlVJT+v0zVS5dusRbb73l8Hx/fz8RERETSrMl7Jszd675Ub0jCxYsoL6+flJG3kdTSpGamjpl72PL4PfJkyd269sr97WfP77Q9nT7eqbzz+TRJHCdPD8HDiil/j7wEHgbQGtdrZQ6ANwEhoDf11qbnpX9HvA/gQgMi7LGXJillLL6hWr6fPQvWW+WS9v+0fbo5Pmm40BedNTW1mYe/XXk3LlzrHOwBayYuLEyB5SUlPDJJ59MSeA61Sy/L03v19HvY3/5+TPVbU+3r2cy2vYFMlXAy7TWZzBkD0Br3QZsdlDvZxgyEIwuLwPyvNdDIYSlb775hjfffNNpnc7OTuLi4iapR4Fn6dKl3L59m6VLlzqsM3PmTJqbmyexV0IIXxEogavsyyiEcKqnp4eIiAin27iOjIwE9Ij0ZMjOyeHmzZtO66xfv56zZ89OUo+EEL4ikPK4SuAqhHDqu+++Y+vWrU7rlJWVmVedC+9w5Q8DpRTR0dG8ePFiEnokhBCTTwJXIYRDg4ODjIyMEBYW5rTekydPyJAE9V6XmppKU1OT0zpbt26VUVchApCMuAohAt6xY8fY+MorU90NYbRy1SouX77stE5ISAixsbE+t+JZCOFdErgKIQJaVVUV8+bNI2KMZPJ37tyxyS0rvCM4ONjpRgQm69at4/z582NmIhBCTA8yx1UIEdAGBgaoqqoiPz9/zLrV1dXk5kmSj8ni6hzWLVu2cPjw4UnokRDCF0jgKoQIWJ9//jlvvPGGy/Ulo8DkWffyy5w7d27MegkJCcTExHD//n3vd0oIMaVkxFUIEbAqKirIzs5mxowZY9Ztbm5m5syZk9ArYRIREUFvb69LdTds2MC5c+cY8cffTkIIt0jgKoQIOL29vdy5c4eCggKX6peWlrJq9Wov90qMFhISwuDgoEt19+zZw1dffeXlHgkhppKMuAohAtIXX3wx5g5ZlkZGRnxq28NAsWbNGi5evOhS3bi4OFJSUrh3756XeyWEEN4ngasQAoBr165RWFhIaGioS/W7u7uJiorycq+EPUnJybS1tblcf82aNVRUVLiUkUAI4Z9kxFUIETCamppoaWkhJyfH5WsuX77Mupdf9mKvxFjcSXe1bds2Dh48KCmyhJimJHAVQgSEBw8eUFFRwauvvurWdX19fURGRnqpV2IsRUVFVN+86XL9qKgo1q9fz8cffyzBqxDTzFTNcVVKJSqlTiilao0fE+zUWaqUumbx6lRK/bHx3J8ppZ5YnNs51j0lcBUigNXV1XHjxg127Njh1nVDQ0Myt3WKLVi4kEcPH7p1TXJyMtu3b+fDDz+UTANCTDNTNOL6U+CU1noxcMp4bEVrfVtrXaS1LgKWAz3A5xZV/pPpvNb6yFg3lMBViABVU1NDXV0du3fvdvva8vJySkpKvNAr4Y7xjJwmJiayd+9efvnLX8qcVyGmiSnMKrAX+MD4+QfA62PU3wzc1Vo/GO8NJXAVIgDdunWLJ0+esH379nFdPzg4SLYb82GFd2zYsIHHjx+7fV1sbCxvvfUWv/jFL1xOqyWE8G0TCFyTlVJlFq+fuHHbVK11I4Dx41iJvd8BPh5V9gdKqUql1N/am2owmgSuQgSYGzdu8OzZMzZv3jyu6xsbG0lPT5epAj5g8ZIlPHRzuoBJVFQU+/fv59PPPqOvr8/DPRNC+JFWrXWJxet9y5NKqZNKqSo7r73u3EQpFQa8BnxiUfw3wCKgCGgE/uNY7YS4c1MhhP969uwZX3/9NUnJyayewKYBFy5c4M19+zzYMzERKSkptLS0jGsHs/DwcN7at48TJ07w4MEDNm7cKNv3CuGnvDVtXWu9xdE5pVSzUipNa92olEoDWpw0tQO4qrVutmjb/LlS6r8Bh8bqj4y4CjHNDQ8Pc+jQIS5cuMBv/dZvkZebO+62BgYGCAkJkeDGh7y8fj3ffffduK8PDQ1l586dZGVl8etf/5rbt297sHdCiMkwhXNcvwR+bPz8x8BBJ3X3M2qagDHYNXkDqBrrhjLiKsQ0dv36dbq6uti+fTuxsbETbu/06dNs3uLwj28xBYKCgggODmZoaIiQkPH/SE9LS2P//v2Ul5fz61//mmXLlhETE+PBngohvGmKEoX8HDiglPr7wEPgbQCl1Gzgv2utdxqPI4GtwP826vp/r5QqAjRw3855GxK4CjHNdHV1cfbsWRoaGsjKynI71ZUz3d3dREdHe6w94RmbNm/m9OnTbufitWf58uUsW7aMjz76iP7+fpYtW0ZxcbGMsgvhw0wjrpN/X92GIVPA6PIGYKfFcQ+QZKfee+7eUwJXIaaBnp4evv76a3p7e4mOjmbz5s20t7d79B7Xr1+noKDAo20Kz4iNjaWrq8tj7QUFBZkX7w0MDPD554aUi4sWLSI5OVmCWCF8UKCkZpbAVQg/Mzg4yK1bt7h//z4Abe3thIWG8uabbxIREeG1+9bW1vLW2297rX0xMTk5OVRVVZGXl+fRdufPn8/8+fMBw4YVx44dQylFUlISERER5OXlobWWYFaIKSaBqxBi0gwMDPDixQvz6+7du3R0dJCQkGBOMt/W3g5ak5qaSlZWFrt37yYoKIiGhgYArwatbW1tJCXZPOURPiQ7J4dPP/nE44GrpczMTPM2v7Nnz6a7u5uqqipuGreetfweUUrR3dNDYkKCeYpJdHQ0UVFRXuufEGL6C5jAtbOzk0OHvs+y0NbWBmDzy9ib5dK2e21rrf2z30DyqPLWtjaUnfqm8rS0NPMv9ujoaObNm0dRURFz5swx1zUFqLNnz2ayffvtt7z+xhuTfl/hnvj4eJ49ezZp94uKimLlypXm79PR35t3796lvaOD4eFhnjx5wosXL+ju7qbl6VPAtfeJu+81X/sZkZyc7LW25feXb7TtC6ZqjutUCJjANTY21mprS0dBgDfLpW1p291yXzA8PIxSiqAgyZ7n617ZtIkvDx5k5cqVU90VwPAUID0iwmffa9K2b9zT39v2FRK4CiEEcP7CBbZ5YLW68L7g4GC01oyMjMgfGkIEkEAacZWfbEIIpzqfPychMXGquyFctGHDBi5evDjV3RBCTLIp2oBg0smIqxDCocbGRtasWTPV3RBuSEpOZnBwcFxbwAoh/Jc/BqHjISOuQgi7hoeHqa2tJS8/f6q7Ity0bds2Tp48OdXdEEJMkinc8nXSyYirEMKuQ4cOsXvPnqnuhhiHpORkRkZGzCnVhBDTnz8GoeMhI65CCBuNjY3m1FzCP23fsYOjR49OdTeEEMKjJHAVQtg4ffo0mzbbbD8t/EhQUBBFRUVcvXp1qrsihPCyQJoqIIGrEMLK+fPnWbt2rWzhOQ1k5+RQW1vL0NDQVHdFCOFlErgKIQJOX18fjY2NzF+wYKq7Ijxk9549VrsGCiGmJwlchRAB56uvvuK1vXunuhvCg6KiokhISKCxsXGquyKE8BKZKiCECDj37t1j7ty5hIWFTXVXhIdt2LiR0tLSqe6GEMKLJHAVQgSM4eFhrl69yspVq6a6K8JLVqxYwYULF6a6G0IIL5ARVyFEwBgZGeHEiRP83d/+7anuivCi4uXLmTVrlmQZEEL4NQlchQhgWms++ugj9u3bR0xMzFR3R3hRcHAw615+ma6urv+fvTuPqirbEzz/3VxmkFEBcURBccARUXGeEDWcjTDm11nZGfmyKrOze63sqqzuVVVd2StXv+rs1Ssrp/cqOjPrvRfxMsJQwylEcUZUFMF5QgY1nABlVJnv3f3HvffEPdzLDALy+6zF0rPPOfvse5fAz31/+7e5detWfw9HCNHLZMZVCPHO27VrF+vXryc0LKy/hyLekmXLl/P8+XMKCgr6eyhCiF4kgasQ4p32/fffs2zZMiKHD+/voYi3bE1aGsXFxTx48KC/hyKE6AWS4yqEeKcdO3aM5ORkRsbG9vdQRD9Zv2ED165dkzJZQrwjJHAVQrxztNYcO3aMhIQExo4b19/DEf1s67ZtXL58mWfPnvX3UIQQPSAzrkKId87Tp0/5l3/5F9asWcOChQv7ezhigPiDL76gurqaQ4cOYRuMv8WEEMDQCVy9+3sAQoi+ZbPZyMjIICgoiE8+/bS/hyMGGIvFwuo1a6iuquLbb79l3rx5JCQk9PewhBDCIwlchXiHPXjwgDNnzrB+/XrCwsP7ezhiAAsLD+fjTz7hYk4ON27cIDk5GR8fn/4elhCikwbj7Gl3SOAqxDuooKCAM2fOEBsby8effNLfwxGDyIKFC6mvr+c3v/41gYGB7Nixg8DAwP4elhCiHc4c16FAAlch3hHV1dVkZWVhtVpJSEjgf/yDP+jvIYlBKiAggD/44gvq6+vJysqivr6emJgYFkputBADlgSuQogBzWq1UlBQQG5uLi0tLUyYMIEN772Ht7d8W4ues1gsBAcHs279egCePX3K/v37qaysJCg4mNWrVjFcagALMSD014yrUup94P8ApgApWuu8Nq5LB/4rYAH+UWv9C0d7BLALGA88BD7QWle190z5DSfEANfc3Mzz58+5du0aFZWVREZEAODl5UViYiKffPopXl5eWCyWfh6peJfFjhrF1m3bsFqtvHnzhps3bnDhwgUAKior8fP1JSkpiVGjRhEeHo5Sqp9HLMTQ0k8zrreAbcB/a+sCpZQF+HtgDfAEuKyUOqi1vgP8OXBSa/0LpdSfO47/XXsPHDKBa0NDA3fv3jWOy8vLAaipqTFd15ft0vfA6VtrTXV1tam9rKwMgKqqKo/tlZWVaK1Nfbx48QKtNTabDa015eXl2Gw2fvzxR6xWKzabDavVSllZGVarlWHDhpn6fllRgQIiIyONNqUULS0tgH3Wy9vbm5EjRzIvJYXhw4fLghnRrywWCyEhISxavNhos1qtNDQ0UF5Wxp07d4zvIavVCmB8CuD8/mn9715rjbe3N7WvXmHx8iIqKgqLxYKXlxeVlZV4eXnx/PlzlFLG14sXL1BKUVFRAWAEyuXl5Sil3L6Pne2u3/fv4s+2wfjMwd73QNEfgavW+i7Q0X9UU4AirXWJ49pvgc3AHcefyx3X/QY4gwSudvfv3385ddq0R/09jrdoOPCyvwcxgMn70z55f9on70/75P1pn7w/7RtM788A2cklPxNUd3N3/JVSrh/xf6m1/rI3RuUwCnjscvwEmO/4e7TW+jmA1vq5Uiqqo86GTOCqtR7R32N4m5RSeVrr5P4ex0Al70/75P1pn7w/7ZP3p33y/rRP3p+u01qn91XfSqkTQIyHU/+71vpAZ7rw0Ka7O54hE7gKIYQQQoiu0Vqv7mEXT4AxLsejAec+02VKqZGO2daRQIf5F7LlqxBCCCGE6CuXgQSlVJxSyhf4EDjoOHcQ+Jnj7z8DOpzBlcD13dWb+SnvInl/2ifvT/vk/WmfvD/tk/enffL+DBJKqa1KqSfAQuCwUirT0R6rlMoA0Fq3AH8MZAJ3ge+01rcdXfwCWKOUKsRedeAXHT7TucpTCCGEEEKIgUxmXIUQQgghxKAggasQQgghhBgUJHAVQgghhBCDggSuQgghhBBiUJDAVQghhBBCDAoSuAohhBBCiEFBAlchhBBCCDEoSOAqhBBCCCEGBQlchRBCCCHEoCCBqxBCCCGEGBQkcBVCCCGEEIOCBK5CCCGEEGJQkMBVCCGEEEIMChK4CiGEEEKIQUECVyGEEEIIMShI4CqEEEIIIQYFCVyFEEIIIcSgIIGrEEIIIYQYFCRwFUIIIYQQg4IErkIIIYQQYlCQwFUIIYQQQgwKErgKIYQQQohBQQJXIYQQQggxKEjgKoQQQgghBgUJXIUQQgghxKAggasQQgghhBgUJHAVQgghhBCDggSuQgghhBBiUJDAVQghhBBCDAoSuAohhBBCiEFBAlchhBBCCDEoSOAqhBBCCCEGBQlchRBCCCHEoCCBqxBCCCGEGBQkcBVCCCGEEIOCBK5CCCGEEGJQkMBVCCGEEEIMChK4CiGEEEKIQUECVyGEEEIIMShI4CqEEEIIIQYFCVyFEIOCUmqEUuq5Uuo/urTNUEo1KKXeV0odV0qdUEopx7lgpVShUurvHMf/QSlVqpSKcrn/G6XUFaWUbxvP/Ewp9UYplejS9gul1GOlVLhSarLj/Ocu59OVUk1KqQVKKX+l1C2l1D+7nI9VSr1USv1Z775DQgjx7lNa6/4egxBCdIpSai1wCFgGXAPygFyt9e8ppWKBG8B/0Vr/lSNYnA8ka63rlVIW4AxQo7V+zxFs/gqYo7W+184z/wWY4ugrFTgOpGmtTzvOfwH8P8BsoBa4CfxSa/2fHednALnAZ8Aex/0KWK3lB7AQQnSJBK5CiEFFKfXXwCYgC1gCzNJav3ac2wLsAv5v4N8CKVrr6y73jgOuA18CPwf+ndb6lx08L9RxzzFgHfAvWut/1+qafcBIoAIIA5Zqra0u5/9n4D8B/x34GTBDa/20u++BEEIMVRK4CiEGFaWUH/ZAMgFI1VpfanX+vwP/A/BvtdZ/5eH+nwG/Bg5rrd9zaf8V8KnzWGsd7HJuOXAa+yxvita6uVWfkUAB4Ic9KH3Q6rwCTgIrgA+01ru7+rqFEEJIjqsQYvAZD4wBNDDB9YRSyh+YB1iB+DbuX+o4P9YRBDv9R2CWy5erJY57ooEQD31OB0IBf2CUh/PDsacbtDcuIYQQHZDAVQgxaCilfIDfAQeBPwN+qZQa63LJX2Gf9VwD/J5SanOr+7cBnwArsQeg/5fznNa6XGtd5PxyuScF+A/ANuAJ8P+16jMM+C32PNe/B75SSrUObv8RKAZ2Av9ZKTW3e++AEEIMbZIqIIQYNJRSvwA+BmYANcARIAD7R/Bp2APaJVrrS0qp/w34X4AkrXWpY/HWTeAvtdb/r1JqMfaP/9drrY+38bxg4CpwRGv9PymlEhzHf6q1/ifHNd9iT1tYgH0y4DJwXWv9meP8z4H/gj0X94FS6kvsi8tma63revs9EkKId5kErkKIQUEptQw4AazRWp9xtMVgryTwt8C/Af5Ba/0XjnNewCmgHliPfXGVctyvHdf8n8C/wp6XWuHhmf+EPSCdq7VucLT9PvBfsVcRWAD8N1wqEyilpmMPXv8VcMXx9Uda6986zgc62rK01n/Yi2+REEK88yRwFUIIIYQQg4LkuAohhBBCiEFBAlchhBBCCOGRUuqflVLlSqlbbZxXSqm/UUoVKaVuKKXmuJxLV0oVOM79eW+MRwJXIYQQQgjRll8D6e2cX4d9gWoC8AXwSwDHboV/7zg/FfhIKTW1p4ORwFUIIYQQQniktT4LVLZzyWbgt9ruIhCmlBoJpABFWusSrXUT8K3j2h7x7mkHg8Xw4cP1+PHj+3sYQoi3qKWlhfr6eqxWq3GsAG9v84++5pYWcGn38/PDz88PLy/5v70Qom35+fkvtdYj+nsc6Urpl928Nx9uAw0uTV9qrb/sQhejgMcux08cbZ7a53dzmIYhE7iOHz+evLy8/h6GEKIPNTY2cjYrix9//BEvLy8mT57M9OnTCQmx7wfw7NkzAGJjY033ubbbbDYePXrE+fPnaWpqIiwsjGnTpjE5MfHtvhghxICnlHrU32MAeAl0N8JR0KC1Tu7B45WHNt1Oe48MmcBVCPHusVqtNDQ0cOH8eV6/fo2vry9Llixh2rRpgHuA2hleXl7ExcXh5+dn9HH79m2+37sXpRQJCQlMmToVi8XSq69FCCF6pLufENlsPX3yE+zbcDuNBp4Bvm2094gErkKIQelBSQnHjx/H39+frVu3MmzYMOPc69eve/VZ06ZNM4LhrKws/ukf/5HRo0ezes0afH19e/VZQgjRLf0XuB4E/tixi+B8oEZr/Vwp9QJIUErFAU+BD7HvfNgjErgKIQYNrTUXc3J48uQJcXFxvPfeewCmoLWvJSQkkJCQQGhoKEcyMmhubmbZsmWMiIp6a2MQQggTpbofuHbYtfoGWA4MV0o9Af4T4AOgtf4VkIF9d8IioA74Pce5FqXUHwOZgAX4Z6317Z6ORwJXIcSA19LSwtEjR3hTV8ei1FQWLlwI/JSb2h+CgoLYvHkzNpuNrKwsysrKmDFjBlMdM7NCCPFW9VHgqrX+qIPzGvuW257OZWAPbHuNBK5CiAGrubmZzKNHaWpqYvr06QQHB3crb9WppqaG0tJSqqqqTO0VlZVMiIvrVp9eXl6sWLGCZ8+ecev2bW7dumVPLZg+vdvjFEII4ZkErkKIAaexsZHMo0exWq2kpaURFBTU7dnVhoYGsrKyePPmDS0tLYwZM4aAgADTNdpmIzMzk/DwcBITE5k6tXs1sqdPm0ZsbCw3b97ku127SExMZMbMmd3qSwghOq0PUwUGGglchRADRn19PRmHDwOwfv16twCzs7TWXL58GZvNhr+/P0uXLiU4OLjNclj+/v4kJCQQGxvL3bt3+f7776msrGTu3LndmuFNSkoiKSmJe/fu8e033zBx4kTmpaR067UIIUSnSOAqhBBvx5s3bziWmYm3tzdz5szBz8+v20Hr48eP2b9/P0uWLGHWrFldvn/KlClMmTKFp0+fkpOTw6NHj9i0aVO3NiNITEwkJCSEkpISvtu1i/Hjx5Myv8f1t4UQwp0ErkII0XesViuvXr3i1MmT+Pn58d577+Hj49PtlACtNYcPHyY4OJjt27f3eHxKKVJTUwkODuabb75h/vz5xMfHd6uvCRMmsHjxYh4+fMju774jJiaGhampbjt4CSFEt0iqgBBC9J3nz55x6NAhgoKC2LlzZ48DuEePHpGdnc369euJiIjo1WoDISEhfPLJJ1y4cIFbt24xd+7cbm8+MH78eGMXv3/+p39iwoQJrFi5UjYzEEL0nASuQgjRu25cv879+/eJiYlhw4YNKKV6FLRqrTl58iTjxo3j008/7cWRuktNTeXVq1f89re/Zc6cOT2qbhAbG0tsbCyBgYEcPHAApRSrVq9+q/VohRDvEJlxFUKI3tHU1ETWmTPU1NSQlJTEjh07gJ7XYLVarezdu5dly5YxsxMr97XWXLp0iZqaGiIjI03nysvLO7UQa9iwYWzdupWz2dn4+fkxZ86cHr2GsLAwtm7dSnNzMydPnqSmpobk5GQmdjMlQQgh3nUSuAoh+sTdO3e4e/cu1dXVzJ8/nzVr1vRa33V1dezatYv169cTGBjY4fX5+fkUFRWRkJBATEyMW4DqXIhVWFjI2rVrCQkJabe/pUuW8PTpU86cOcPy5ct78lIA8PHxIT09nadPn3Lz5k2uX7+On58fy1esICgoqMf9CyGGAJlxFUKIrnlRXk52djZaaxITE9m2bVuv725VXl5OZmYmn3/+OWVlZe1eW1BQwLVr15gzZw47d+5scyzOhVjR0dEcO3aMhoYGZs2ahZ+fX5t9z5s3j4KCAg4cOMDmzZt79JpcxzFjxgxiY2NpbGzkzJkzvHnzhuHDh7MwNRUfH59eeY4Q4h0kgasQQrRPa83dO3coKChAKUVLSwspKSmMHTu2T5734MEDysvL+fTTT1FKtXnd69evOXHiBAsXLmTnzp2d7t9isbBu3ToaGxv5+uuvCQ0NNVIbPJk8eTKhoaF8/fXXLFu2rFcXWfn5+bF27VoArl27xtdff01EeDi+vr4sWry4w1lhIcQQIjmuQgjhWenz5+Tn59PQ0IDFYmHKlCls2bIFpVSvz666unnzJjU1NXzwwQftXldbW0tGRgY7duxg9OjR3XqWn58f69ato7i4mIyMDNavX9/m76Go3QAAIABJREFUtTExMWzZsoUvv/ySzVu2dOt5HYmKimJtWhqxsbE0NDRw4cIFamtrsVqtxMbGMmfu3HZnh4UQQ4AErkKIoa6qqoqbN25QXV1ttEVHRzN16lT8/Px6tLK+K3Jzc2lqamLx4sXtXldbW8u+ffvYsWNHtzYMaG3ixIm8efOmw+A1ODiYHTt2sHfvXv7wD/+wU3m33eXv78/KlSsB+wK3srIyTp86RVNTEwBeXl7Ex8cTN2GCBLNCDBUy4yqEeFdZrVbA/rF4U1MTZWVlPHn8mPLycreP35uamkhMTGTp0qWm9r6cWW0tJycHi8XC3Llz272upqaGAwcO8Nlnn1FaWtprz09ISEAp1WHw6u3tzY4dO/juu+94//3339qiqujoaGbPnm0cW61WsrOzuXz5MmFhYYA9pcNqtRIYGMjo0aMZGRtLeHg4SinTvwchxCAmgeu7ra0f1n3ZLn1L385ZQK01AC0tLWit8fLyQmuN1hqbzUZLSws2mw0Am82GzWajqakJq9VqnG9ubqa5qYnGxkYaGxtpamqioaGB5uZmo2+llGksWmsqKisBiIyIwMfHh5iYGPz9/Zk9e7ZbburbDFA9OX/+PH5+fiQnJ7c7lpqaGg4ePMhnn33WZu5rU1MTBw4cICAgwK0cVmlpKaNHj25zBjk+Ph6lFIcPHzYFia1ZLBY+++wzvv76a7Zt29YvdVktFguTJk1i0qRJptfz7Nkz6urqUEpx5/Ztqqqq3P49ODnzlZ3/fpRSxja8vr6++Pj44Ofnh4/j70opfHx88PHxwWKx4OXlZfxb9/LywtvbG6UUSim8vLyw2Wymvp3PHCzfx+9y3+/a63kbfQ8YEri+WypevuTQwYM/HVdUALj9AuvLdulb+o6MjDT9oq6oqEApxfDhw41f6kopKiorsXh5ERUVZQQCFRUVWCwWYmNjjSAhKCiIhoYGgoODiYuLw9/f31h57gz0Wgdjntr7O0D15OzZswQHB3dYK7WmpoaTJ0+2u2Dr/v375OXlkZ6e7jHF4dmzZxQUFLBr1y62b9/ucVOEiRMnAnD8+PF2S3s5g9evvvqKLX2U89pdgYGBxMbGGq8FOvfvxPkfp/r6eh48eEBzczMhISE0NzfTUF/Ps2fPaG5uJjIy0viPltVqpby8HJvNRkREhPEfM601L168ACDCESw7/yP3sqICxeD4Pn5X+37XXs/b6Fu8XUMmcA0JDWXjxo3GcVd+qfdWu/QtfffFM515jO/SrksXLlwgISGhw40FGhsbyczM5E//9E89Bq1aazIyMggLC+Pjjz9uN0CfPHkyCxYsYNeuXaSmpnrMD504cSLl5eVkZWXx0UcftdmXl5eXMfM6b948QkND230dA52Xlxf+/v74+/tTX18PmP8dOn+ZD7bvNel7YDxzsPc9IAyhHNeh8SqFEIPGuXPnCA8P79RuWBkZGWzdutVj0FpZVcVXX33F/PnzWbRoUaeeHRAQwCeffMLjx485c+aMMRPoaty4cQwbNow7d+6025czeD1x4gSVVVWder4QQnSbl1f3vgaZwTdiIcQ76/jx40RFRTFlypQOrz1x4gQp8+d7LMr/448/cuniRT777DOGDx/e5XEsXbqUKVOmsH//fo/n58yZw507d6itrW23H6UU27ZtI+vMGePjcSGE6HXOGVcJXIUQ4u3IzMxkzJgxTJo0qcNr79+/T0BAAKM8LKZqbGwkPz+fdevWtbtJQUeio6NJTU3lyJEjHs9v27aN77//3uOsrCulFFu2bOHUqVMd7vQlhBDdJoGrEEK8HRkZGUyYMIHExMQOr62rq+PatWttfvy/Z88eNmzY4PFcc3Mz5eXllJaWmr7a+ig/OjqasLAwj2kBXl5ebNy4kUOHDnU4ZqUUO3fuJDs7e2DlxQkh3h0SuAohRN87dOgQkydPJiEhocNrtdbs3buX7du3ezx/6tQpFi9ejK+vr9u5qqoq9u3bx7Nnz3j8+LHp69atW5w8edJjnwsXLuT27du8fv3a7VxkZCRjxozh2rVrHY4dYMeOHVy8eJGnErwKIXqTpAoIIUTfy8zMJCkpyVSeqT2nT58mLS3NY7H84uJifHx8GDdunNu5x48fc+zYMd5//31mzZrFvHnzTF9LlywhMTGR7777zuNH/+2lBcyePZtHjx5R1ckFWNu2bePWzZs8efKkU9cLIYT4iQSuQoi3TmvNgQMHmJ6UxPjx4zt1T0FBAREREURHR7uda2hoIDc3lyVLlridu3v3Ljdu3GDnzp3t5ryOGjWK1atX89vf/paWlhbTOYvFQnp6OhkZGR7v3bRpE8eOHTM2jejI2rVrKSgo4O7du526XgghOiQzrkII0fuam5v5zW9+w9KlSz0urvKkoaGB+/fvM2vWLI/n9+zZw44dO9zac3NzefHiRZs5r61FRETwwQcf8NVXX1FXV2c6FxUVxYgRI7h3757bfUop1q1bx/ETJzr1HIBVq1bx4sULcnNzO32PEEJ4JKkCQgjR+16/fs3XX3/Nhx9+SHh4eKfv279/P+np6R7Pnc3OZvny5W5lsbKzs/H29mbp0qVdGmNAQACff/45GRkZbjvjpKSkUFRUxKtXr9zuCwkJISIigqKiok4/a+nSpXh7e7eZXyuEEJ0mgasQQvSesrIy9u/fz+eff46/v3+n77t8+TIzZ870WK+1oqICtGb06NGm9uvXrzNixIgOt4tti8ViYfv27Zw+fdrt4//169dz8tQpj/fNS07m0qVLXdrDfM6cOYwbN67NmrFCCNEpQyRwHTJbvgoh+s/Dhw8pKyvjk08+6VJt1devX/PkyRO2bt3qsYxU9rlzbN60ydTW0tLCw4cP2bx5s9v1jx49oqCgwG0f8srKSlatWmVqU0qxZs0ajh49yvr16412Ly8v4idO5N69ex7Ld23ZsoX9+/e3WfnAk/j4eIKDg9m9ezdbt27t9H1CCAHIlq9CCNFbcnNzjeCzqxsCHDx4kE2tAlOnO3fukBAf79bn4cOHWbNmjdv1jx49orCwkLS0NDZu3Gj6WrBgAfv27XOrGhAaGopSyq1iwPTp09ssgRUUFMS4ceM63BK2tZiYGNauXcvu3buprKzs0r1CCNFXM65KqXSlVIFSqkgp9ecezv+vSqlrjq9bSimrUirCce6hUuqm41xer7zM3uhECCFaa25u5ttvv2X48OEsXry4y/efP3+e+fPneyx9pbXm+vXrTJs2zdReWlpKcHAwgYGBbu15eXmsXr3a47OGDRvGihUr2L17t9u59PR0jh496ta+ePFizp4967G/5ORkbty4QVNTU5uvz5Pg4GA++OADsrOzuXLlSpfuFUKI3qaUsgB/D6wDpgIfKaWmul6jtf4rrfUsrfUs4N8DWVpr1/99r3CcT+6NMUngKoTodY8fP2bXrl1s3ryZCRMmdPn+6upqKioq2qzvmpWVxfLly93aT506xcqVK936OnXqFNu2bWv3mREREaSmpnLgwAFTu1KKGTNmuM2wjh49mvLycpqbmz32t2XLFvbt29fuMz1RSrF582YsFgvff/99p0tsCSGGsL6rKpACFGmtS7TWTcC3gHse1k8+Ar7ppVflkQSuQohedenSJQoKCvj0008JCAjoVh8nTpzgvffe83iuqamJiooKRo4c6fbclJQUU+rAmzdvOHjwIB999FGn0hRGjx7N9OnTyczMNLVPmzaNe/fueVyodeTIEY99+fv7k5iYyK3btzt8riczZ85k5cqVfPXVV21uSSuEEIbuB67DlVJ5Ll9fuPQ6CnjscvzE0eZGKRUIpAN7XZo1cEwpld+q3+6/zN7oRAghamtr2bdvH1FRUW1+JN8Z58+fZ2FqKl5tzARkZGSYFkuBPS3h0aNHxMfHG21NTU189913XV4QNnHiRMaMGUNOTo6pff369W4bEAQGBuLv799mTurMmTMpKS6mvqGh0893FRYWxueff07e5ctcunSpW30IIYaI7geuL7XWyS5fX7r06umHp/sWgnYbgfOt0gQWaa3nYE81+DdKqa7VJ/T0MnvagRBiaLPZbBw5coTs7Gw2bdpEXFxct/sqLy+nqampzY0JKisrCQoKcpvJ/eGHH0wztDabjX379vHJJ594zJHtyNSpUwkODjblmYaEhODj4+MWpK5Zs4bjx4+32de6devI9JAj21lKKdLS0hg9ZgzffPMNxcXF3e5LCPGO6rtUgSfAGJfj0YB7iRe7D2mVJqC1fub4sxzYhz31oEekHJYQotuuXr1KQUEBa9euJTw83GPJqs7SWpOZmemWo+rqbHY2f/Tzn5vanj9/Tnh4uGlB1rnz51mTloavr6/p2pycHF69euVWDuvRo0esXr2aWJeAOSkpiYyMDJqbm40asmlpafzyl79ky5YtxnVKKSZNmkRxcbHHnFwfHx+mT59Obm4uKSnd/5k9KjbWqBObn5/vNusshBji+qYc1mUgQSkVBzzFHpx+3PoipVQosAz41KUtCPDSWr9y/D0N+IueDkgCVyFEl5WVlZGTk8OKFSv48MMPe6XPzMxM0tLS2izef//+feI9lL+6dOkS//pf/2vj2GazUVNdTUSrnblu3bqFr68vaWlppgAV4MmTJ+zevZtJkyaZUhSWL19OZmamMZurlGL69OncunXL1Mfs2bP5h1/+ss3FZPHx8Vy6dIlXr14xbNiwTrwbbZs/fz7JyclkZGRQW1vb5Z3BhBDvoD6q46q1blFK/TGQCViAf9Za31ZK/dxx/leOS7cCx7TWb1xujwb2OX5mewP/orXu/sdPDpIqIITotPz8fPbu3cujR4/YvHkzU6ZM6ZV+nzx5gq+vL9HR0W1ec/fuXaa3Kn9VUlJCfEKCqe3kyZNu5bcqKiooLCxk7ty5Hvv28vJiw4YN7N2719QeGBhIU1OTqXJAfHw8Dx8+dOtj3rx5XM5ru0zhpk2bOHjwYJvnu8JisbBx40bmzJnDsWPH2LdvH9XV1b3StxBikOqjOq5a6wyt9SSt9USt9V862n7lErSitf611vrDVveVaK1nOr6mOe/t8cvsjU6EEO+upqYmMjIy2LNnD+Hh4Wzfvt1t9X5PaK05ffp0uykCV65cISkpya399u3bpmDWZrNRXV1NuMtsa0tLC4cOHTJ9vO9JcHAws2fPJisry9S+du1atyoDEyZM4N69e6a2UbGxlD5/7raJgZPFYiE1NZXs7Ox2x9EVoaGhrFu3jk2bNpGXl8eePXu4e/dur/UvhBADjaQKCCHcNDU1kZOTQ3FxMUop3n//fYKDg/vkWa0XVnlSWFjIkiVLTG3l5eVuuaonTpxg9erV1NfXG227d+/mgw8+6FSgHR8fz/Pnz7l//77xeoOCgmhubqapqcnImZ06dSrnz5932/I1JSWFc+fOuY3VKS4ujtu3b1NVVWUKrnvKYrEYlRxu377N4cOHsVgsLF++vFt1dIUQg9AQ2fJVAlchBAAvXrwgPz8fq9WKr68vCxcuJMHxMXxfBa0PHz4kIiKi3SCurUVNWVlZpKamGsdWq5WamhrCw8ONwPXEiROkpqa67aTVniVLlrB7926SkpIICQkBfpp13bhxo3FddHQ0paWlxMTEmNoKCwvRWrcZKG/YsIG//du/ZceOHZ0eU1dMmzaN8PBwtNZUVFSwf/9+wD6zPWfOnD55phCin/VRjutAJIGrEENQWVkZt27doqGhAa01lZWVRERGsmH9ery9f/qx4Dpz2dusViv5+fn8yZ/8SbvXPXz4kJSUFFPFgrq6OgIDA03B4YkTJ1izZo1xfO/ePYKDgxk3bpzRprWmpaXFbberlpYW0+vevn07f/3Xf80HH3wA2HNdW1paTFu4LlmyhL1797oFoMuXL29zZy+wL/BatGgR2dnZ7Ny5s93X3hPOHb9mzJgBwM2bN8nKyiIsLAytNVprRo0aRWRkJP7+/n02DiHEWyKBqxBisGlpaaGqqoqqqiru379PRUUFERERpmteVlQQNWIEK1euNOqhOoNC1+Ctrx0+fJh169a1e82FCxdYuHChW/vx48dZt24dL1++BOxB8KtXrwgLCwPsAXdRURFffGHeqOXAwYOEhoS4pRjcv3+fuXPnGpUCnIu1MjMz+f3f/30A0tPTOXr0KMnJ9u22lVIEBQXx+vVr04x0VFQUWVlZ7c66jhw5kpKSEh4+fMj48ePbfQ96S2RkpKnkl9aaZ8+ekZWVRWNTE5Eu/06UUrypqyMiIoKWlhbCw8MJDg7utbxmIUQvkxnXd09tbS0//PCDcVxRUQHg9gusL9ul74HdtzMI6q9xK6WMhT0vKypQjnZnW2VlJRoY7qEPDURGRODj40NYWBgRERGMHTuWWbNmMXr0aNP1ziC1u9ux9oacnBymTJnS7kf4WmseP35sSgcAe5DqTGdwOn78uGm2NTs723QMcPHiRaZPn078xIlu5bBmzJjBvn37SElJMWq2Dhs2DG9vb+rr6wkICCAgIACbzWbKdV29ejWHDx92W/i1cuVKTp482e4OYosWLeL06dPExsa61Zt9G5RSjBo1ypgZbv2eFBcXU1lZSVVVFSUlJbx69Qqw/9sETIFuR/82ne3OwLf194Onf/eufUDvfK8ppQbsz5+B0ve79nreRt8DhgSu75aQkBDTAhDnL+/WP6z7sl36lr7745kDTWlpKTU1NcZH2G1pa5HTyZMnWbVqlXFstVp5/fo1oaGhgD0Iampqws/Pz7imurqasrIy5s2b1+bz0tetY9++fUZ6ANjTAU6cOGHktq5du5Zvd+1ibVoaYN9cwJl+4CoyMpLq6mpsNlu7r3HHjh3s3buXjz76qN3r+kNAQACjRo3q9+8H6Xtw//wZCn0PCENoxnVovEohxIBgtVo5duwY6enp7V6nteb58+duvzy01tTU1BhBKtgXaaU5AkmA8+fPuy3mOnTokGlhlScB/v4kJiaatnn19/ensbHRmBEMCAhA22w0NjYa16xatYoTJ0649bd69WqP7a78/PxYsGCBWwkuIYQQnkngKoR4a/bu3cv27ds7vC4nJ8fj4qb8/HwWLFhgHGutqaurM1b/g33hWVRUlHF8/PhxVq1aZdoRqy0zZszgwYMHvH792mhbuHAhOTk5xvHy5cs5e/ascRwSEsKrV6/c6reGhYVRW1vb5k5gTnFxcdhsNo+bGgghRKf10QYEA81bG7FS6p+VUuVKqVsubRFKqeNKqULHn+Eu5/69UqpIKVWglFrr0j5XKXXTce5vlKwWEGJQyMnJISkpiaCgoHav01rz8uVLU/Dp9Pz5c8aMGWMcX79+ndmzZxvHJSUlxMXFGcePHz/GYrG4zdy2Z8uWLUYJKYBRo0aZPhL09/c3VRcAe75qnodds9LS0jo1m7pixQrOnz/v1q8QQnSaBK697tdA688H/xw4qbVOAE46jlFKTQU+BKY57vkHpZTFcc8vgS+ABMdX+585CiH6XVlZGTU1NZ3aIvbcuXNuW7aCfeV/QqvtXZ89e8aoUaOM46tXrxq1Sm02G2fOnDHtyFVeXs6xY8c4dOiQ6ct1NyuLxcLixYtNs6zjxo0zzYhOnDiRgoIC4zg2NpbS0lK3MYeEhNDQ0OCWA+vJjh07yMjI6PA6IYRw48xxlcC192itzwKVrZo3A79x/P03wBaX9m+11o1a6wdAEZCilBoJhGitc7T9c7nfutwjhBiAmpqaOHv2bId5rfDTlq2tS3gBFBQUmHaqqqurM9Ufff36tWk2NzMzk82bNxvHWmuys7NJS0tj48aNpq+xY8dy2WXGdPz48TQ0NPDixQsAkpOTTTOqiYmJ3L592zS+hIQE7t+/7zbuZcuWcebMmQ5fu5+fH3PnzuXcuXMdXiuEEG4kcH0rorXWzwEcfzo/GxwFPHa57omjbZTj763bPVJKfaGUylNK5Q24shVCDAE2m419+/axadOmTl1/4sQJli5d6tZeU1NjymMFOHPmDAtdSmW5VhsoLy8nNDTUdM+pU6c8zuSCfUa1rLSUhoYGo2358uVcuHABsJdxCgwM5M2bN8Z5i8VimklNTEz0GLi6bhnbkTFjxjBs2DDy8/M7vFYIIQwy49rvPOWt6nbaPdJaf6m1TtZaJ7euySaE6Hu7du1i3bp1ptJUbXFuIuBaMcDp9OnTLFq0yNTW0NBAgGPG1Waz0dLSYtRgbb2Iq7a2ljdv3hAdHd3m89PS0jh06JBxrJQiLCzMqF+6evVqTp48aZxfunSpaZEW2KsOuAa3TstXrODo0aNtPtvVzJkzefXqlSkVQQghOiSB61tR5vj4H8ef5Y72J8AYl+tGA88c7aM9tAshBpiDBw+ybNkyt5nSthw7dsxU1srJWSfVdVevhw8fmrZyzc7ONmZqnduZulYROHz4sKmOsye+vr6MHz/eNGu6cOFC42N+X19fmpubjeoB4eHhVFdXm/pYvHgxp06dcus7wN8frbVpRrc9y5cv5/79+zx9+rRT1wshxFDR34HrQeBnjr//DDjg0v6hUspPKRWHfRFWriOd4JVSaoGjmsDnLvcIIQaIU6dOMXny5E6v5m9ubqa+vp5hw4a5nbt48aLbtq9XrlwxFmEBvHjxghEjRhjnkpKSjHPXrl0jKSmpU+Ww5s2bR15enhGcOoNVp8WLF5Obm2scR0ZGGjuugT1P1bXGqyvnlrGdtXHjRrKzs6mpqen0PUKIIUxmXHuXUuobIAeYrJR6opT6feAXwBqlVCGwxnGM1vo28B1wBzgK/ButtbMY4h8B/4h9wVYxcORtvQYhRMeuXbtGaGgokydP7vQ9mZmZrF271uO5p0+fmioH2Gw2lFLG9qHFxcWmagOPHj0ySma1tLRw7949pk+f3umxpKenk5mZaRzHx8dTWFgIQHR0tLFgC+yBbOvFVHPmzDFtYuDk5+eHxWKhrq6u02PZuXMn+/btazMYFkIIYEjluL61LV+11m3tabjKU6PW+i+Bv/TQngd0/reQEOKtKSwspL6+nrlz53b6nsbGRpqbmz3Wd3WdSXU6f/68Kd/17t27fPHFF4A979U1n/bw4cOmHbNu3rzJ8+fP3fYhf/TokVGBwFnRoLKqiojwcGbMmMH3339vBMfO0lixsbFYLBZsNptp84EJEyawZ88e04ywU3p6OocOHTLl37ZHKcXHH3/M3/3d35m2ohVCCDeDMAjtjqHxKoUQfe7q1as8f/7c7WP9jmRmZrJu3TqP57Kzs1myZImp7cWLF8bmBM3Nzfj6+hrnTp8+zYoVKwB7jdewsDAjILZarTx48MBjOaw1a9Zw+vRpo5+1a9eS5VLCysvLy9gBKykpiTt37hjnZs2axbVr10xjDAsLc8t/BfDx8cHf39+0M1dHfH19ee+99/juu+86nSMrhBhihtCM6+AbsRBiwMnKyqKxsdFjKav21DsCMdd6rE42mw3AlJtaW1trWux1+fJlUlJSfuqvvp7AwEDAnhu7bNky49zRo0dNmxG4GjZsGFabzQgolVLMnDmTq1evAp5TApwmTJjAgwcPTG3Lly9vs3ZrWlpap+q6ugoODmb79u3s2rWLysrW5bCFEAIJXIUQojMOHTpEVFRUpz/+dpV15kybua1nz551C4RzWgWjNTU1hIWFAfZcWOdisMLCQtMCrdevX2Oz2QgODm5zLKtWruTIkZ9S5idMmGDshjV8+HBca0HHx8dz794949jPz880G+rt7Y3VajWlELieCwoK6vKiKx8fHz7//HNOnjzJo0ePunSvEGIIkMBVCCHaZrPZ+Pbbb5kzZ06ntnJtra6uDovF0maN14qKCoYPH25qs7rUarVarXhZLMa5S5cuMX/+fACKiopMC7aOHDnSZjqCk7e3N9HR0aYSVOHh4UbAGhoaanz8P2nSJO7evWtct3z5ctMWsWAvpdW6zWnZsmVkZWW1Ox5PlFK8//773L17l5s3b3b5fiHEO0pSBYQQom2NjY3s3r2b9evXm1b8d8WpU6eMfNTWnj175tZvYWEh8fHxxnFOTg7JjkVgzplNZ6UBV0+ePCEmJsZUB7YtS5YsITs72zhOTk42ds9qL9gMCgqivr7e1BYbG8vz5889Xu/l5UVUVFS367Smp6fz6tUrU2kuIYQYCiRwFUJ0yfXr1zl69Cjbtm3r9OYCrT158oQRI0a0GUxevXrVmD11KiwsZNKkScbxixcvjOoAubm5Rq7r7du3SXC57ty5c24LvNqilCIpKYkbN24A9llY57auzo//neLi4igpKTGOo6Oj3QLVqKgoU51XV/PnzzcFyV2VmppKeHg4+/fv97hblxBiiJEZVyGE+EldXR3ffPMNXl5ebN682fjIvjvOnTvnFpg6NTc3Y7FYTLOnWmvTsbOWq9PTp08ZPdq+qV5BQQHxEycC9iB7xowZxnWXL18mNzeXQ4cOmb727dtHQEAAANOmTePOnTvGLK7rJgNTpkwxdtaaOXMm169fN/qeM2eO6Rhg0aJFbc6KKqWYMWOGESR3R0JCAu+99x6ZmZltpiUIIYYASRUQQoif5OTkcPToUd5//33ToqfuuHbtGjNnzmz3Wampqaa2y5cvm+7Jzc01At/6+noj6HRdDKW15u7du0ydOtW4DmDL1q1s3LTJ9PXzP/ojTp48ady7fPlyI0UgNTXV+PuUKVMoKioC3NMSlFJui7G8vLxQSplmal1NnTrVFCR3h7e3N9u2bSMqKorf/e53VFVVdbsvIcQgJoGrEGKoKy8v5/vvvycqKopt27Z1Kk+0PVpr7t271+5irlevXrmlILhWDAB4/vw5I0eOBOwbEjhzZW/dumXskuXaDvZyWOvWr/f4TIvFwrBhw4zFVzExMVRVVdHc3OyWImCxWIz0gTFjxvDjjz8a50aNGuW24n/+ggVcvHixzde7YsUKUw3Z7po4cSIff/wxOTk5nD59us1gWQjxjpLAVQgxVN28eZN1R1EXAAAgAElEQVTdu3fz4MEDtm7dykTHR+89derUqTZrqYI9j3X8+PGmttZpAa3TBpqamow6sM48WKvVSnV1NdHR0QC8efMGb29v02YFra1JS+P48ePG8apVq4yAcvjw4cZWrwtcAtG5c+eSn59v3JOUlOS23WtEeLjHzQicoqOjqaqqoqmpqc1rOkspxfr165k9ezaZmZns37+/S5sdCCEGKUkVEEIMNTabjdOnT7Nnzx58fX15//33mT9/vseV+t3R1NREdXW1seuVJzdu3GDatGmmtosXL5pqxObn5xvbqb5+/Zphw4YB5oC29eKuzMxM0jsoh+Xl5UVYWJhR4D8gIMDYBCE1NdXIIQ0NDTVtVOCqrfcqNjbWNDPb2oYNG8jIyGh3fF0RFhbG+vXr2bBhA+fOnWP37t08ffas1/oXQgxAfRS4KqXSlVIFSqkipdSfezi/XClVo5S65vj6j529t1svszc6EUIMTi0tLZw/f56jR4+SmZlJUlISO3bsYPLkyb3+rMOHD7Nhw4Y2z9fX13vcQausrIyYmBjj+PHjx4wdOxaAvLw8kufNA+yzxM7825cvXzJixAjAnnrg5+fXqcVkq1av5sSJE8bxiBEjKC0txWKxuH307sxLjYmJMVUTmDBhgpEH6zRr1iwuX77c5nP9/f0JDAzs9fxUHx8f0tPT2bFjB2WlpRw5coQDBw7w5MmTXn2OEOLdpJSyAH8PrAOmAh8ppaZ6uDRbaz3L8fUXXby3S3qWsCaEGHTKysq4fv06YWFheHt7M2/ePOLi4gDcCv73lsqqKoKCgjwGpk7ONALX4K2lpQXXLV9bL2JqbGwkwNFncXExW7dudev32LFjbN6ypVPj9PLyIjIy0kgLmDVrFrm5uWzatIkRI0ZQXl4O2HfOKigoIDExkfnz53Po0CHmOQLoGTNmsH//flPNWaUUPj4+NDU1tZmusGbNGn71q1+xefPmTo21K5RSxix1TEwMV65cIS8vD7C/p7Nmzer1Zwoh3iJnqkDvSwGKtNYl9seob4HNwJ0+vrdNErgK8Y568+YNRUVFRoDi5OXlxcqVK41ZS7AX/O9LZ8+e5Y9+/vN2r2loaCAgIMAUuF64cIFFixYZx3fu3DGqC7SuIOBUXFzMuHHjAPuWsIGBgV1aVLZy1Sp2f/cdixcvxmKxGOkCCxcu5IcffmDevHlMnDiRvLw8EhMT8fLyMq6BttMFVq5cyenTp9vc4lYpxfjx4ykpKTEtROttXl5eJCcnk5ycDNhnqi9cuGDaicvHx4fw8PA+HYcQopd1P3AdrpRy/UXxpdb6S8ffRwGPXc49ATzVMlyolLoOPAP+TGt9uwv3dokErkIMQDabjUZHTmhDQwONjY38+OOPNDQ0UFxcTG1trREsVVRUoIHhjmL8TvX19cTHxzN79mxTMNXXQWprt27dYvKkSe3myraut+rUetvXH3/8kTVr1gD2INa5rev169eNgPbmzZvG7Ofx48fZum1bl8arlCIqKory8nKioqIICAgwSm453/PWr2X48OFUVFQYGyIkJiZy9+5dU/WE4ODgDhdKzZw5k++//57U1FTTTHNfioyMZMWKFaYgtbGxkezsbLKysggLCzP9x6CishLluA/saQ6NjY3G7mF+fn74+fnh7+9PU1NTj+r9CiG6oPs/M15qrZPbOOfpB3fr+n1XgHFa69dKqfXAfiChk/d22ZAJXGtrajh06JBx7Nx/PLLVL/u+bJe+B37fSim3dmfx+b4Y98uKClMQ4FRZWYmfvz+jYmPx9/fHz88PsC+6mTRpEsHBwVgsFuCnQLT17JizvbcWV3VHQ0MDJSUlbNq0qd3rioqK2L59u6nNWYrKletrKSwsNHbLKikpYZtLgKqUorq6mpCQEON96oply5fzq1/+ks2bN7No0SLOnz/P6tWriY6ONgLawMBA3rx5Q1BQEKmpqfz2q69Ym5YG2Ou97tu3z63s1+TJk7l79y6hoaFtPnv16tX88MMPHb5nfcnPz4+pU6cyderUNv9dOdsbGxu5f/8+r169orGxkdraWuM/W0+fPqW5ublH3w+D4ft4MPxsG8jPHOx9Dwh9lyrwBBjjcjwa+6yqQWtd6/L3DKXUPyilhnfm3u4YMoFrSGgoGzduNI47+mXfF+3St/TdG89sL+gZaA4cOMC6Dlbz19bWGpUBXJ07d47Fixcbx4WFhaa8USfX2cDq6mrj/cnOzuYPvviiW+NWShETE0NpaSmxsbHGTOmCBQv49a9/TXp6OqmpqZw/f560tDR7SoGHuqmtc3KnT5/Onj173DZYcBUSEkJkZCQlJSVMmDChW+N/m/z8/IiMjCQyMnLQfa9J3wPjmYO97wGjbwLXy0CCUioOeAp8CHzseoFSKgYo01prpVQK9oX/FUB1R/d2h1QVEEL0iStXrjB9+vQOPyo+ffq0x9qu1dXVhIeHG8dFRUVG4Prq1SuCg4MBeyrC7NmzAXtObGpqKnV1dQQGBvbo4/aU+fON/GDnrliu+axBQUHU1dUZ14eEhJjqtSYlJZnyRp0CAwONXbzasmjRInJycky5s0II0aY+quOqtW4B/hjIBO4C32mtbyulfq6Uci5c2AHccuS4/g3wobbzeG9PX6oErkKIXldfX09xcbFbTdbWtNa0tLS4pQQ0Nja6rb53TRNwBqhgL4/lrIrQ1NSEn58fxcXFbOzhR+0xMTHGx4KzZ882NhYYERVFWVmZMX7nrGpycrJpM4L4+HiKi4vd+l21ahXZ2dkdPn/jxo2m9CYhhOgPWusMrfUkrfVErfVfOtp+pbX+lePvf6e1nqa1nqm1XqC1vtDevT0lgasQotcdOHCALZ0oQZWfn2/aXMDpUm4uS5YsMY7Ly8tNuWX19fUEBgYCPwW0zc3NRj5rfX09YWFhPXoNFouFuLg4Hj16xNixY3n82L44du6cOVy7dg2wL8IqKCgA7B+ZNzc3u/XTOl2gretaCwkJYfjw4W41YYUQwiPZOUsIIbruxo0bzJgxo1OryUtLSxk1apRb+5vXrwkJCTGOc3NzjXQA10CwtLTU2Inr4sWLLFy4sKfDN5k1e7YRpDp5eXkZY0hMTOTevXvGOdWqNNbs2bO5deuWW7/Tp0/3mEbQ2qJFi7h06ZKkDAghOiaBqxBCdE19QwM//vgjU6d2vDnKixcvPG54UN/QYFRRcHJNJ7hz547R/82bN40yWs7SWY8fP2b06NE9fSmAOUgdPXq0accp1y1mnWYkJZnq5o4fP97jLlXjxo3j0aNHnRrDpk2bOHbsWHeGL4QYKvoox3UgGnwjFkIMWBmHD5Oent6pay9dusT8+e61qC9dvGhKH2hdFquwsNCo32q1WvHx8THlml69epXZjl2ieoOXlxdWq5U5c+YYOazx8fHGTKuzLBbAyJEjPa40bp0uAD9tJ9uRYcOGMWLECAoLC3vyMoQQ7zoJXIUQovMOHz5Mampqp3apqqurw8/Pz2ONWdf8VfAc4La+z7n9Ktg3b+hO7da2JCcnk5eXZ5p9nThxopHbmpqayoULF9q8f9asWVy9etWtPSUlhXPnznVqDHPnzqWkpMRYFCaEECYy4yqEEJ134cIFxo0bx8iRIzt1/fHjx1m6dKlb++vXrwkICDC1vXz5khEjRhjnnWWwnjx5Yjzv3r17JCYmYrVae33HqdhRo4yZUWcJLKWUETwHBwcbM64A0dHRPH/+3DgeOXKkx5lVpRQBAQGme9uTlpbGsWPHOiylJYQYoiRwFUKIjt29exer1cr06dM7db3NZqOlpcUtjxXg7NmzHqsMOOXl5RllsK5evWp6plKKK1euMKcX0wScnDOtixYtIjc3163dNVUhJSWFy5cvm+53phu0tmbNGk6cONGpMSil+Oijj/j2229lsZYQwp0ErkII0b7S0lIKCwtNpas6cvr0aVasWOHxXENDA/7+/saxsxSV63lnGoEzJaCyqoqIiAgAnj59yugxY+htISEh1NTUEBgYSENDAwDTpk3j9m17Le3JkydTXFIC2MtotQ4s586dy8WLF9369fX1paWlxWNQ64m3tzfbt29n165dPXk5QggxaEngKoTolvr6ek6cOMGmLhb6r3IJNF25btfqdO3aNWbNmgV4XuAEkJ+X1+tlsFpbmJpqBJ7OklcTJ040NhiYMmUKRS6Lp3x8fGhqajKOR4wYQXl5uce+V65cyenTpzs9lpCQEBYtWsSRI0e681KEEO8iyXEVQoi22Ww2Dh48yIcfftil+/Lz8416rK2dO3fObebWZrMZOauFhYXEO6oJPHz4kHHjxgE/VRaora1l2LBhXX0pnRIQEGDMtM6aOZNr164Z28CC+2KxBQsWkJOTY2qzWCy0tLS49R0eHm7aKrYzxo4dS2xsrGmnLiHEECeBqxBCuGtubmbPnj1s2LChUxUEXJWUlDBx4kSP55qamkzbvNbX15vSBkpKSpg4YQIA169fZ8aMGaZaqjk5OSx05L/2BWeQGh0dzYsXLwB7wOpMCwgICDAWTkVGRlJZWWm6f/HixZw/f95j33PnzjXVf+2MmTNnYrVaPVYsEEIMMTLjKoQQ7mpqavjd737Hpk2bjNX9nfXw4UPGjx/v8VxFRYVpS1ewVypYtGiRcey6kl9rjZeXFw8ePGCCI5htXUart7mmBuAYx4wZM7hx4wYAc+bM4cqVK6bxuoqIiHALZp3i4uJ48OBBl8eUkpKCj6+vbFAghJDAVQghXD169IjMzEx+9rOfmWZCOysvL4958+Z5PHfu3DlTkApQW1trbPva3Nxs1GZ1zXUtKipqcwa3t01PSjK2b1XY0xji4uJ4+PAhYN8o4PXr18b1cXFxlDgWbDm1zn11FRcXx48//tj1cU2bxqRJk/juu+/azAMWQgwBErgKIYTd9evXuXfvHh988IHHTQM6UlNT47bwypXVajWlHbQOwPLz842tXYuLi41gVWMvNVVSUkJcXFyXx9UVrq974sSJ3L9/v93rXWdjnZYsWUJ2drbH65OTk92u76zx48eTlpbGb37zGxobG7vVhxBiEJNUASGEsLtw4QKNjY2sXbu2232cP3+elStXejxXWlpKdHS0qa2oqIgpU6YYx2VlZURFRQFw+/Ztpk2bZj/hCHBv3rxJkiOw7Uve3t40NzczYcIEI3B1rdEaGBjIq1evAPdUAYDQ0FBqa2vb7D8kNLTLC7WcwsLC+OSTT9i1axeVVVXd6kMIIQY6CVyFEB5VVVWx/8ABYmJiSElJ6XY/9fX1WLy929yGNScnx62cVVFREZMnT/Z4vTO/taqqypjFdbb1tXnz5nHt+nVTRYHZs2cbC6Ra12sNCAigrq7O1Iefn59RoaC1Rampbc7IdoaPjw+fffYZ+Xl5nDt3TlIHhBhKZMZVCDEUWa1WfvjhBy5dusTmTZuMxU/ddfr0aVa2seEAtB10OmcsGxsbjWoDroFYXl4eM2fOpKWlpcvVDborKjqayooKU9uYMWN48uQJYJ9xdQ1UFy1a5FYtYNmyZVy6dMlj/xaLhdCwMKNqQXcopVizZg2TJk3i22+/7TClQQjxDpBUASHEUHTlyhX27NnD0qVLSU9P71Y+q6uqqioCAwPx8fHxeP7ps2eMHj3a1Na6Hmtubq4x41tcUmLMxNbV1REQEMC1a9dITk7u0Ti7IzIykpcvX7Z7TXBwsNuMa1BQkFubqyWLF3Pq1Kkejy8qKoqPPvqIV69esWvXLtPCMSHEO0gCVyHEUHH37l0OHDhAYGAgO3fuNFbz99Tx48dZunRpm+evX7vmVmkgLy/PFIhWVlYapbKKi4pITEw0Xf/y5UtiRo7slfF2RmhoKFVVVcydO9fYAMDb29vYXCAsLIwqlxxTrbXbR/atZ2ZdKaUYO3asUa2gp+bOncuOHTu4cOECmZmZ7ebYCiEGKZlxFUK866qrq9m/fz979+7F19eXzZs3uwWFPfHkyRNiY2M7zD1tPavb2NjYbrktpRTNzc1vLT2gtdlz5nD16lXTblpz587l5s2bAMyfP9+UCjB58mTu3btn6mP+/PluO2u5WrhwoSlXtqcsFgtpaWmsXLmSS5cu8f3333PhwgXJgRXiXTJEAtf++ckvhOgXr1+/5ty5c9TW1jJhwgTee+89vL29efbsWa8/6/z58+zcubPNvh88eMBYx7atTjabzRTIOtMBwJzfeuPGDWbOnElERATDhw/v9bG3Z+zYsVwLCgJ+CrpHjhxJeXk5AP7+/qaSVBMmTODIkSOmPlpf48m0adO4desW06dP77Wx+/j4sGbNGgCeP3/Ovn37qKioYPLkyYwcObLHqSFCiH40CIPQ7vj/2bvz6KiuPMHz36t9By0gJCRAQmwCJLSBWIzBmMUYg42Ny87Oypyu7vGp6qru6nU6q7pOr6dmcqa7a6prpqp6crJqOrMynU6btNOASduAwYABoV0IIYFAAi2gHa1oCenOHxHxHLtCKyHp9zknjvTuu+++G6AI/XTj3t+VwFWIeaytrY2ysjJGRkYA8/zKjIwMoqKiSExMnLH7VldXu80KYFVVVcWrr75qV1ZSUsLmzZuN44KCArZt2wbA3bt3WbNmDWAezc3JyaG0tJTMzMxp7r1n/v7+RoaEgIAAp61qvRUbG0tLS4tTKjCrzZs388EHH0xr4GorISGB48eP09TUxP0HDzh16pRxLj4+nmXLlk3qeQkhxEySwFWIOWxoaIiWlhaePHlizLe0sm6jevDgQbsAZCZGVx2Vl5fzW7/1W27PO46sWjU0NBiBKpgXallTXtXV1Tnlkn306BFbsrKmqdfeU0oxNjZGVlYWZWVlbN261QhiAeLi4mhra2PJkiXAt/Nio6OjjTby8vK4du0ab7zxhtv7bN26lYKCApKTk2f0uaStXk3iCy8YZU+ePOH8+fOYTCa7rXiDg4MJDQ0lNjaWZcuWzUoKMiGEF6xzXBeABRO49vT0cObMGeO4w5LSxnF/9Jksl7bnZtvWlePetG3di96bNgDaOzpQXpZ3dnaitbYrCwoKYmxsjPj4eLKysuyCQWuAOtujZhUVFWRnZ3usc/XqVZe5Ycf7qNrV+efx8fa6deuoqalhw4YN3Lx5E4BNmzZRWVnJqlWryMvL4/z58xw+fBgw74p1/fp14xjMGxeMjY2htXb7HFJTUyksLCQpKWlWn+eyZcuMDSNsR+YHBwe5efMmd+/epa6uzpi+0dHRgdbamLZhVw7ETfLnXill91qznS7i6XWslJo37z+z3fZ8ez6z0bbPkMB1fomKjLT7WNL6S93x49KZLJe2527bSqlZ6/dkn48vzE/UWlNXV8ehQ4c81mtrayMtLc2uzHZ3LIDe3l4iIiKMY+vza2homNERSG+krVnDZ2fO2O3uFR8fT1lZGWD+Y8E6PcN6bB2NtbVlyxbKy8vZsmWL23vt3buXS5cusWvXrml8BpMTEhJi/L/56uu4qalpxtqej+9tvnDPud62T5AR13lIKbtf7NbvHX/Zz2S5tD232xbjKygoID8/32MdxzytVjdv3uSVV14xFjnZttXQ0GD8wigvL+fQoUMMDAwQFhY2zc/AO35+fnajf96szrduDWu7g9jq1av5+OOPPQauS5cupaury0i3JTybr+8/8vvLd9v2GQskcF0Yz1IIMeP6+/vp6Ohwu9jI6tKlS+zZs8epfHR01C7FVX9/vzHiWl5eboxuWuuVlZU9l/mtjlatWsXDhw+NY2sQu2zZMrsRmby8PAoLC52uDwwMdDkaa+ull17iyy+/nKYeCyHmpQWSDmvu9VgI4ZM+/fRTp8VTroyMjDjNux0vL6tjUAvYLX56HqwBp3VuK8DypCQePXoEmHO7lpSUGPUTEhJ48uSJUzt79uzh0qVLHu8VHh5OQkICd+7cmb4nIISYP6xTBSRwFUKI8V27ds1YWe9JbW0tq1evdiq/fv0627dvN467u7tZvHixU73+/n7CLTlUn7fNmzdz69Yt/P39GR0dBWD9unXGRgQBAQFGuSeRkZFebcealZVFaWmp3dxZIYSYaUqpQ0qpGqVUrVLqBy7O/z2lVIXlcU0plWlzrl4pdUspVaaUKpqO/kjgKoSYkqdPn9Le3u602MoVdwuRbLd1BSgtLTWyDvT39xubEFRUVNhtB/s8LU9KMhYCWY0XrCYmJjpdA+Z5rC0tLePe8/jx43zyyScT76wQYv6bgRFXpZQ/8JfAK0A68K5SKt2hWh3wotY6A/hPwI8czu/VWm/RWk/Lm7cErkKIKTlz5gxHjhwZt97Y2JjXeT+HhoaMYLW4uNgIVnt6eli8eDFPnz418rs+L7YLM9yNmiYnJ9sFqrm5uRQVOQ867Nixw+MWsFYhISGsW7fOyF4ghBDATE4V2ArUaq0faK2HgQ+AY7YVtNbXtNZdlsMbQNK0Pz8bErgKISbt4sWLvPjii14FpFevXnWZ0unBgwekpKS4va6rq4uYmBi7spKSErJzcibe4RmSm5tLeXk5YJ6Pag1iMzMzuX37tlHPMRuBbbk1p+t4MjMzuXv3Ls+ePZum3gsh5oXJB65xSqkim8d7Nq0uBxpsjhstZe78A8B2j2sNfKmUKnZod/JPczoaEUIsPO3t7QwNDXmdU9XdYqpbt26RkZFhHHd2djoFqmC/21ZfXx9RUVGT7Pn0CQsLo7+/n6ioKCNYtR1V9ff3dwpGg4ODGRoacmpry5YtdkGuJ2+88YZMGRBC2Jt84Nqutc61edh+1O8q55fLv7CVUnsxB67/2qZ4p9Y6G/NUg99XSu2e8tOcagPeUkolK6UuKqXuKKVuK6X+0FIeo5Q6p5S6Z/kabXPNH1kmA9copQ7alOdYJvvWKqX+QvlcMjUh5jetNRcvXvQqiwCYP+L3FGjavoTLysqMQNY26Lt37x5r1qyZZI9nxhbLlq+2Fi9eTHd3t12Z7fPYvn270/a8YN4ly5qRYDyBgYFkZ2fbZS0QQixgMzdVoBGwHZ1IApx2XlBKZQA/Bo5prY0txbTWzZavrcAnmKceTMlsjriagH+htd4A5GOOvNOBHwAXtNZrgAuWYyzn3gE2AoeAv7JMEgb4a+A9YI3l4XmbHiHEtDp37hx79uzxOgH39Rs3XOZuHRgYMOayWo2MjBAcHAzA3bt3WbduHQD19fWsWrVqSv2ebnFxcca2j0oplwuzVq5caZfndfHixfT09LhsLyAgwOVorCvr16+nvb2dtra2SfRcCDHvzEzgWgisUUqlKKWCMMdlp2wrKKVWAB8Dv621vmtTHq6UirR+DxwAKqf8NKfagLe01o+11iWW73uBO5jnSRwDfmKp9hPgdcv3x4APtNZDWus6oBbYqpRKAKK01te1eRjjpzbXCCFm2MWLF0lNTZ1QDtWR4WECAwOdyouKitixY4fb62pqali7dq1xrJTiyZMn425y8DysXbuWe/fuAeZ+jo2NAbBu3Tpq7t71dKlh586dXi3Sstq/fz9Xr17l6dOnE++wEGL+mKERV621CfgD4AvMcduHWuvbSqnfVUr9rqXavwViMQ8w2qa9igeuKqXKgZvAZ1rrz6f6VL3a8lUplQq8CKwCQoE2oAT4Rms9ONGbKqVWAVlAARCvtX4M5uBWKWXdrHw55tVpVtYJwSOW7x3LXd3nPcwjsyxf7mkusRDCG9evXyc6OpqlS5eOX9ni1q1bbNy40eW5gYEBY3csgMePH9sFxFrrbxd+WUZ3y8rK2LN37yR6P7NWrlzJl+fOAbBhwwaqq6tJT083j0o7zHNNSUnh/v37Tvuh2y7s8oZSitdff51PP/2Ut956y2dy3Aoh5g+t9VngrEPZf7f5/h8C/9DFdQ+ATMfyqfIYaluSyt7EPNr5vwJHgB3A38f8JFqUUn+llFrp7Q2VUhHAr4B/qrV2/XmZpaqLMu2h3LlQ6x9ZJxvb5ogUQkxcSUkJfn5+LvOwelJfX+8ya4CrFfTFxcV2C7WsBgYGCA0JAcypskIs3/uC6OhoOjs77QLUtLQ0Y/TVyvb52o7OOtq0adOE5q4qpfjud7/Lhx9+OO7WsUKIeWyh75yllCoF/inmj+9Xaq0TtNY5WutdWut0IArzx/l+QJFS6sR4N1NKBWIOWn+utf7YUtxi+fgfy9dWS7m7CcGN2OcIczlRWAgxfaqqqujt7WXbtm0Tuq6hocFpVNHqdlUV6en2eaxtt3bt6uoyds8qKytzO2r7vGVlZ1NaWmo+sIwKO879TUtLs9uuVSnlNvXVqlWrePDgwYT64O/vz3e+8x1+/vOfe7VblxBiHlrogSvwJ1rrPK31X2qtGxxPWuaeXtJa/y6wAaj3dCPLyv+/Ae5orf/M5tQp4PuW778PfGpT/o5SKlgplYJ5EdZNy7SCXqVUvqXN79lcI4SYZvX19TQ0NPDiiy9O+NobN26QnZ3t8lxjQwMrVqxwe21RUZGx8UB7ezuxsbForb1eEDZbIiIi6O/vByDA39/llqypqalOI6yxsbFuF1YlJyd7nWHAKjg4mLfffpuf/exnXuWDFULMIzOXVcDnuO2x1vozbxvRWrdrrQvHqbYT+G3gJcvk3TKl1GHgh8B+pdQ9YL/lGK31beBDoAr4HPh9rbV1KOH3MKddqAXuY5/sVggxTerr66m5e9frtFe2ent7iYiI8DrQfPjwoV0gOzAw4DRn89GjRx43K3je1q9fT2WledFsbGws7e3tgPMILEBOTg43btxwKgfYunUrN2/enPD9w8PDOXr0KCdPnpSRVyEWmoUeuLpiybm6XimVbvvw5lqt9VWttdJaZ1j2rN2itT6rte7QWu/TWq+xfO20ueZPtdartdbrtNa/sSkv0lpvspz7Ay3DC0JMu3PnztHS0sLBAwcmdf358+d5+eWXXZ6rrq5m9erVdmXl5eVkZrqex299id+7d48N6V695TwXiYmJxkhpTk6OXb5W20wDYP5438WC2/4AACAASURBVF1wqZQiIiKC3t7eCfchOjqaV199lU8++cRuu1khxDwmI672lFJZSqkyzNkEbgO3LI9Ky1chxDzR39/PT3/6U9LT0yc8p9VqdHSUsbExlymwwBy4Om4mYJtBwGQyGXNde3p6iIyMNLc7NmaU+5KEhASePHmCUsoYXQ0NDWVw8NukK5mZmVRUVNhdFxUV5bRZgdXLL7/MhQsXJtWfsLAw3nrrLW7fvs2VK1cm1YYQYo6RwNXO3wJNwEuYNwRItzw2WL4KIeaBO3fu8Nlnn/Gd73xnSinkLly4wL59+7yu7/ihyZ07d4zsAmVlZWRlZU26L7MhIzPTWHzl7gMgx40IAHbt2sXVq1dd1g8ICEBrPaWP/A8cOEBCQgK/+MUvJOOAEGJe8DZwXQP8odb6a611tda6xvYxkx0UQsy8sbExzp07R3d3N2+//faURzV7enqMjACO6uvrWbnSPoNebW0taWlpxnFzczPJyeakIk+fPiU6OprR0VH8fGxhllVwcDDDlkVZISEhxkhrYGCgy8VaVkFBQR4DypdeeomvvvpqSn1LS0vj+PHjnDlzhvr6+im1JYTwYTLiaucq5tFVIcQ8YjKZOHv2LGfPniUvL4/8/Pwpt1lWVkZOTo7H8465YKtcpMaysp3f6ji9wBdlZGQYUwK2bNnC7du3jXP+/v6YTCa7+mFhYQwMDLhsa9GiRW6nEkxEcHAwx48f5+nTp3z00UdUV1dPuU0hhA+ROa5O/gHwj5RSf6iU2qeU2m37mMkOCiGm3+DgIKdOneLUqVO88MILHDlyxO0I6UQ1NDSMu/Lf1Sr78bIPPHz0iJWrVk2lazNOa23MdwXzYq2WlhbjfHZ2ttPmAi+88ILHeai5ubmUlZVNS/+2bNnCiRMnGBoa4sMPP6S8vHxa2hVC+IAFErh6+3ngGmAL4Conjgb8p61HQogZc/fuXb7++msCAgJ49913jR2oJrN63ZWGhgaSkpLcnn/y5Anx8fF2ZY5zQh8/fmzU6erqIjo6GoDFixaxbNmyaennTMjOyjLyubqb55qYmEhhYaHdv5GnEVcwb0jw5ZdfTnjHMk8yMzPJzMykpqaGU6dOERUVxdGjR+223xVCzCHWEdcFwNvA9f8BLgD/G9CCmy1WhRC+ZWhoiIsXLxofN69Zs4bDhw+jlJqRbVNLSko4duyY2/MFBQW89tprdmWO0wSqqqp44YUXACgtLSUvLw8wf8zu7++7fyOnb9zIuS+/ZO3atRO+NigoiKGhIbfnV6xYQV1dndtdyCZr3bp1REZG8uzZM65fv24E3ps3byY0NHRa7yWEmGESuNpJAg5rre/PZGeEEJPX39/PnTt3aGpqQilFR2cnAf7+HDlyxBi1BPPCp5lw9+5dVo3zUb5tyiur2tpajh49ahybTCaCgoIA80hwZGQkY2NjPrdjlqPAwEBj/mp4eDj9/f2Eh4eTmJhIU3OzEXQGBgYyPDxsPEf4NrvAhg2ulxJkZGTw608/ZefOnTPS99DQUPbv3w+Y/48qKyu5fPkyKEVsTAxBQUGsW7fOaVGdEMKHSOBq5xyQg3mXKiHELBgeHqazs5Pe3l76+vqoq6ujt7fXaTepzs5ONLAiOZkNGzaQk5ODUsoIUG2D1plUXFzscVvYzs5Ot30ZLyitq6vz6R2zHG3ZsoWysjJ27tzJhg0buHjxInmW7Wvz8vK4du2aMZIM5kVYPT09HtvMyc7mxo0b07KAzhOlFJs3byY2NhYwT28YGhri7t27fPbZZ7R3dKDA2IIXzP+3kZGRpKSkEBERQWRkJBEREYyNjTn9oSKEEFPhbeD6OfBflVIZmDccsMvvorX+eLo7Nt16eno4c+aMcdzR0QFgvDnPRrm07Ttta619ot+2QYBj/eDgYFauXElERAQRERGsWLGCiIgIUlNT7epaA9Tp/hh5Iq5duzbuaOC1a9ecto51HEl99uyZ3RQG67mamhr2T3IHr+chLi6Oa9euAeZ8rLY7Zi1ZsoTOzk6na6wZB9ylIktOTubq1avk5eXN+pSJ4OBgNm/ezObNm13+vDU1NRmj4319fTQ1NdHX18ejR48YGxsjLi7OqKu1dvtz76p8Nt4jbPs33W3PtffN+fZ8ZqNtnyBzXJ38leXrH7s4NycWZ0VFRXHkyBHj2N0v+5ksl7al7em4p68xmUw0NjayY8cOj300mUxOO2lVVVXZbfNaXFzM5s2bAWhtbWXJkiVur/VFixcvtltQNhHbt2/n6tWrHncrO3ToEJ9//jmvvvrqVLo57ZRSREVFzbnXmrTtG/ec6237jAUSuHr1LLXWfh4ePh+0CiFmztmzZzl8+LDHOn19fS5XrDc1NdnNm+zo6CAmJgYw53u1DWrnggwX27qCeQ6pdeETmEcwn9lsBwvuR2JtRUVFAYw7rUAIscBIHlchhBhfd3c3AQEB46ZRunnzJrt27ZpQ28+ePSMsLGwq3Zt1ixcvNjI4REZGGt9nZGRQVFRk1MvKyqLUIZ8rmEcubacVuGIddRVCCDsLPXBVSn1XebmMVym1Sin1wvR1SwgxF3z++eccOnRo3HrDw8NO6bdMJpPdwh3H3KfWt5+urq5p2xxhNmVlZVFaWgqYA9qnT58a59wtxsrIyBh3swF/f3+Sk5Opq6ub3g4LIea2hR64Ar8D1Cil/lgptckxiFVKxSiljiqlPgRuAotmsqNCCN9SX19PSkrKuKvGe3t7XY6cljps/Xrv3j2XOVArKirImGNTBsAcrE70I/3ExEQeP348br3t27dTUFAw2a4JIeYbmSoAWuuXgH8GvAiUA31KqTql1B2l1BOgDfPGBLXARq31GXdtCSHmn7KyMrZu3TpuvWvXr7N9+3an8o72dmPxFUB1dTXr1q0DzLtnWRdBdHd3z6kR14CAAEZGRpzKHacBxMTE0NbW5lQvMDCQQYf5r67k5eUZI7pCCLHgA1cArfVnWuuDQDzw94A/B34C/AmwFViutf5jrbXzu68QYt4qLCwkOzvbq7qjbjICOM5Est2c4M6dO0Z2gblm/fr1VFdXuyyvqakxjrOysrh586ZTvV27dnHx4sVx77N69WoePXrkMkgWQoj5ytusAu1a619rrf+b1vqHWusfa62LtdaeVxEIIead5uZm+vr6WLFixbh1q6qqWLNmjVN5a2urkT3AlRGTieDg4Cn183lZlZJCfX09YB5V7ezqAszb7d69e9eoZ7vTlq2wsDAGBga8utfBgwft8lMLIRYomSoghBDORkZGuHDhAnv37vWqfnV1tcvAtbCwkKysLOPY3QKs4eFhtwn5fZWfn58xJWDLli3crqwEXO8O5i6LQFJSEg0NDePeKyQkhLy8PC5cuDDFXgsh5jwJXIUQwt5HH33EiRMnvKo7MjLiNuh0PFdUVESuZUtUrTVYMgxUV1ezYcOGKfb6+YmIiGDg2TO3561bwzraunUrhYWFXt0jKSmJkJAQu2kIQogFRkZchRDC3oULF9i5c6dTWit3Ll26xJ49e5zKHbd5BRgYGCA8PByAxsZGkpKSAHPmglUpKVPr+HPimN4LzNtFtre3G8crVqxwObJq/fcZL6er1c6dO6moqKC3t3eSvRVCzHkSuAohhFlNTQ3BwcF2u1yNp7e319jpyVZJSYnHhV137941sgtorV1+xO7rli9f/u12kDYBbE5ODsXFxV61sWPHDq5fv+71Pd98800+/vhjlwGzEGIBkMBVCCHM27WWl5dPaOerJ0+eEB8f7/JcY2MjycnJxrHjtAHT6Oicm9fqaOOmTVRa5rYuWbKE1tZWwLz1q2Oqq6ioKGOHLVvLli2jpaXF63v6+fnx2muv8emnn06h50KIOUmmCjhTSm2zbEbw50qpv7B9zGQHhRDPj9aazz77jLfeemtC112/fp0dO3Z4VbeiooJMFxsMzOWRQ9sANT09naqqKrd1t2/f7nZkNTIyckKbGMTExJCamjru7ltCCOEtpdQhpVSNUqpWKfUDF+eVJR6sVUpVKKWyvb12MrwKXJVS/xK4DvxPwBZgs81j03R0RAjhW0wmEydPnuTgwYPj7o5lS2vt9iP+rq4uFi2y32TPdk6r7ZzO5uZmli9fPsne+46QkBCGhoeNY8cNCkJCQhgaGnJ57Z49e7h06dKE7peRkcHg4CDl5eWT6q8QYo6agRFXpZQ/8JfAK0A68K5SKt2h2ivAGsvjPeCvJ3DtxJ+ml/X+EPgnWuu1Wus9Wuu9No+XptoJIYRv6e/v5+/+7u848tprE961qqysjLy8PJfnbty44XIXLava2lpSLYuxKisr2bhp/v1dnJWVZUwjsLIG+44CAwMntcFAfn4+SimvNjIQQswDMzdVYCtQq7V+oLUeBj4AjjnUOQb8VJvdABYrpRK8vHbCvA1co4CzU72ZEML3tba28vHHH/O9732PUC8zCNh6/Pix3RxWW0NDQx6zEtTU1LB69WoABgcHCQ0NnfD9fUV4eDj9/f3GsTUwTUxMNOa8Wm3cuNHtdIINGzZw7969Cd8/IyOD5cuXc+rUqQlfK4SYg2YmcF0O2KY+abSUeVPHm2snzNvA9RfAoaneTAjh2+7fv8/Vq1f57ne/i7+//4SvHxgYcBtsuhpRbGpuNqYJWOtMZFqCL9uckcGtW7cAWJ6Y6HFDgbS0NLfBaXp6+qQCV4C1a9eSl5fH+++/73VqLSHE3KRRk3oAcUqpIpvHezbNukrr4vhm7q6ON9dOmNulu0qpf25z2AD8B6XUTqACsPvsSmv9Z1PtiBDi+bp9+zYAx48fn3Qb165d44UXXnDb/iaHj/7vVFXx7rvvTvp+viw+Pp4b16+zYsUK1q1bR2VlpbFNruPUgPFSfvk7zIudiISEBI4cOcKPf/xj3njjjUm1IYTwfVP427Rda53r5lwjYPsRWhLQ7GWdIC+unTBPQxv/2ObxD4E+YAfwuw7n/mCqnRBCPD8DAwOcPn0ak8nE/v37J92O1pqBgQGCg4Ndnq+trSUtLc2uzGQyERgYaHxvHeW13ZBgPnCcq5qUlERTU5NdnbCwMAYGBlxev3PHDi5fvjzp+0dFRfHmm2/yxRdfUFBQMOl2hBC+SWtz4DqZxzgKgTVKqRSlVBDwDuA4/+gU8D1LdoF8oFtr/djLayfM7Yir1npublcjhPCK1povv/ySwcFBXnnllSnnTr106ZLHFFjjpbey3d71zp07bN22bUr98WXr16/n4sWLbN261SjbsWMHZ86cYffu3U71IyIiGBgYYHR0dFJTOMAcPB89epTBwUF+8YtfkJ+fT8oc3ZVMCDE7tNYmpdQfAF8A/sDfaq1vK6V+13L+v2NeA3UYqAUGgL/v6dqp9smr31RKqX8L/Bet9YBDeSjwr7TW/3GqHRFCzJ7KykouX77M/v37iY2N/XaXp0nSWtPa2mrseOWov7/faQR1YGCAsLAw4/jBgwe89tprPH78mPb2drcbGMwlfn5+jI2N4efnh1LKSBMWEBDA6OioXV1rcOrO7t27OX/+PAcPHpxSn1JTU0lNTeX69evcvHmTrKwsIiIiptSmEOL5m6lp7Frrszgs0LcErNbvNfD73l47Vd6ugvh3gKt3tjDLOSGEjzOZTFy6dIlTp04RHBzMO++8Q2xs7LS0/c0337id2wpQVFTkNBpbWlrKli1b7Mrm4vaunqxevZr6+nrj+/v37xvnJvpcFy1aRE9Pz7Qtstq+fTtvvfUW165d4+zZszx8+HBa2hVCzL4ZnCrgc7z9bFDheiVYFtA5fd0RQkwnrTWFhYU0NDTg7+/Prl27WLt27bTf5/Hjx+zatcvtyO3AwIDTqF5fXx9RUVHT3hdfsnbdOn7+s5+RmprK+vXr+c1vfmPM842Ojqa9vZ24uDij/sqVK6mrqyMxMdFle3v37uXixYvs27dvWvrn7+/PgQMH0Frz+PFjiouL8ff3Z+fOndPSvhBi9szFIHQyPAauSqlezAGrBh4opWyDV38gBPjvrq4VQsw+rTUPHjzgzp07tLW1MTY2xoEDB+w2BJjqtABHN27cYJuH+ajebN06PDxsLNIaHR2dNyOvAQEBxgipv7+/3fSAzMxMCgsLeeWVV4yy9evX88UXX7gNHOPi4ujo6HC7M9lkKaXIzc0lNzeX0dFRvvnmG+7du4efvz+pKSlkZWXN+z8yhJjrJHA1+wPMo61/C/wboNvm3DBQr7V2vcm2EGLG9Pf309jYSGNjI48aGtBjY8TGxqKUYvXq1bzyyiu0tLQAuB29my4NDQ3k5+e7PV9RUUFGRoZT/23zvd66dYvNmzcDUF9fvyAWDQUHBzNssxUsYMyD9eTFF1/k66+/Zs+ePTPSL39/f3bv3m2MDIeFhVFcXExvby9aazo7O1FKsWHDBpKTk+fFXGQh5jrrVIGFwGPgqrX+CYBSqg64prWeXCJBHzA4OGjkqQSMnWu6urrs6s1kubTt221bA73Ozk6X5R0dHXZtaK1pa2sDvs3L2dbWhtaa5uZmo2xsbIzW1lbGxsaIjo5mdHSU0dFRTCaT0Y7tXFOlFO3t7QB25R0dHWggNiaG8PBwkpKSyM/PN1biz3SA6kpRURE5OTke6zQ1NZGZmWlXdvPmTbv5rY2NjWRnZwPmf/9DNqOQc92iRYuM4M7Pz89pUZaj+Ph4mpqaWL7c9QYz8fHxXLp0yauR7OmwePFi9u7daxw3NzczNjZGYGAgjY2NlJaW0mp5HcQ5zJnu7Ox0+vkG88+yn58f8fHx+Pv74+/vT0BAAJ1dXSjMz1EphZ+fH+3t7SilaGlpMUaZlVLGa8/2dQnm16ZSyul1bC331fcfX2l7vj2f2WjbV0jgakNr/bVSKkQp9dtAuqW4CviF1vrZjPVuGvkpZTfCY9120nGXn5ksl7Z9q23bFe22x46r38PDw1FKERkZaZRZV38vXrzY7pepNShJTEw0fvEqpQgPD8fPz4+kpCTjl7S/vz8tLS34+fk5BZ3Wj/Nty12VAXR3d/O81NXVkZvrLm81bj/S7unpccpAYFvPXS7YuWjp0qV0dXURFxfH+vXrqampYfHixYD5DxPHea5ZWVkUFha6DVwBdu3axTfffENqauqM998Va9BpDcjd/Wy6K29qamJsbIz4+HhMJpPxx1xjYyNaa+Lj4xkbGzN+frTWxr+R9Q/CoaEhtNZ2r0vA2GbX8XVsfX3bvu5DQ0PRWs+797a5ds+53rYvkBFXB0qpbOAMEArcshT/DvCnSqlXtdYlM9S/aRMUHGz3Jm/9gXN8Q53Jcmnbt9u2BkvelAcFBbmsa82x6VhuMpkA8+ibrbm8vWnl7dtOI6mOioqKyBinznyXkZlJcVERe/fuJS0tjdOnTxvBfl5eHl999ZXdPFdvpgssX778uQauU6WUwt/fn6CgIOO1BN/+Qbh06VKjzPpv4fiass6Jdix399p09Tp295qfb+9tvn7Pud62mF3e/tb8EXAVSNJa79Za78a8jddlyzkhxAJT9+DBuBkKGhsbWe7wC6C/v99u1OvZs2d2oxjzZWGWVVRUFL29vYDzcwsODmZoaMjpmuXLl9PY2Oix3W3btlFS4vNjBkKIWbJQ0mF5G7huBP691rrfWmD5/j9azgkhFpDq6mq3mw1YuRs1LCgosNsxqqyszJjv2tbWNm25ZX3JROej5uXlUVRU5LHOypUraWhomLW5rkII37WQ8rh6G7hWA65WfiQAd6evO0IIXzc6OsqdO3fGHW0tLCy0S8Nl1dPTYzdloq2tzfho+NatW/N+akFAQAAjI9+uc42LizMWGll5M10AID8/nytXrkx7H4UQc48Ervb+BPgLpdQ7SqlVlsc7wJ8D/0YpFWN9zFxXhRC+4NSpUxw4cGDcek1NTSQlJU2o7b6+PqfFNvOB7ZSAjRs3UnP327/38/LyKCwsdLomKSmJhoYGj+1aFzH52upmIcTsk8DV3mlgPfA+cN/yeB9zhoFPgTag3fJVCDFP3bt3j8TERKcV247cjRY6zm/19rq5Lj09naqqKgBWrFhBU1OTcc5VPleA3NzccacLgDmv6xdffDFv/+2EEONbSFMFvN3yde/4VYQQ89no6CiFhYV85zvfGXf3rcLCQrt5rFYFBQV2u2z19fU5bQU7HyWvWEFpaSlZWVleLz6bSL2XX36ZCxcu8PLLL0+lm0KIOWwuBqGT4XUe15nuiBDCt506dYqjR496Vbepqcll4Oo4v7WystJIbj84ODhv08sopTwGoq7muQIkJyfz6NEjAgI8v1UnJCRQUVFBa2urXSopIYSYb7xOIqmU2qyU+r+VUr9RSiVYyl5XSmXNXPeEEL7g3r17JCQkeDU6OjY25jZIcyzv7u4mOjoagKqqKtLT011dNi/YfpQfFBjI4OCgcewui0BOTg7FxcVetX/gwAG+/PLLqXdUCDHnLKSpAl4FrkqpA0AhsBx4CfNGBACrgX83M10TQvgC6xSB/Px8r+qXlZW5zCYw3vzWhoYGkpKTJ93PucAavKanp3Pnzh2j3N0814nktFVKsW/fPs6fPz/1jgoh5hwJXO39J+Cfa63fAGzfXS8Bzp8HCiHmjXPnznk9RQDM+3e72q7UcX6ro/E+Tp/rVq1axaNHjwBzNgBvMwGsWLFi3M0IrBISEjCZTHR0dEy6n0KIuUkCV3sbgbMuyjsBSYElxDx1584dli5d6vUCKk/TBHp7e4mKijKOO7u6WLx4sXE831fFb7DJLOBKXFycy4AzOzubW7duubjCtYMHD3L+/Hljm2EhxPwnUwWcdWGeJuAoG/BuKEAIMadUVVXR3t5Odna219eUlZWR6eUGArcqKsjIyADMQet8Hm0FCAoKcjkdwCo3N5fy8nKn8on+uyilOHrsGCdPnmR0dHTC/RRCzE0SuNp7H/jPSqkkQAMBSqkXgf8C/HSmOieEeD7u3r1LY2MjL7zwwoSue/LkCcuWLXMqHxgYcJrfOjg4SGioebr8w4cPWbVq1aT7O1fYBqHR0dG0t7cbx8HBwXY7atlKTk7m4cOHXt8nNCSEo0eP8rOf/YyxufibSQgxITLi6uxPgDrgIRABVAFfAVeBP/WmAaVUiFLqplKqXCl1Wyn1HyzlMUqpc0qpe5av0TbX/JFSqlYpVaOUOmhTnqOUumU59xdqvg/VCDGLHjx4QG1trVe7Y9nq6+tzu/iqpKTE4/zWqqoq1m/YMKH7zUW20yE2Z2R4nTFg06ZNE5ouABAWFsYbb7zBz3/+83k/DUMIsXB4FbhqrUe01n8PWAu8DXwHWK+1/m2ttbefRQ0BL2mtM4EtwCGlVD7wA+CC1noNcMFyjFIqHXgH8/zaQ8BfKaX8LW39NfAesMbyOORlH4QQHjx69IjKykoOHz484WsvXLjAzp07XZ7r7++3m99qMpnw8/v27WdkZISgoKCJd3iOWbRoEd3d3YB5VNQ2JRZATEyM24VVoaGh9Pf3T+h+UVFRHDlyhPfff1+CVyHmORlxdUFrfV9rfVJr/aHW+t4Er9Va6z7LYaDloYFjwE8s5T8BXrd8fwz4QGs9pLWuA2qBrZYcslFa6+va/E78U5trhBCT9PjxY4qLiyeUQcBKa83o6CiBgYFuz9uqqKggfeNG43ihfGiSkZlJRUWF+/MZGZSVlbk8t2vXLi5cuDDhe0ZHR3Pw4EE+PXVqwtcKIeaOhRK4ut2ORSn1t942orX+HW/qWUZMi4E04C+11gVKqXit9WNLO4+VUtZtX5YDN2wub7SUjWC/IMxa7up+72EemXWZnkcIYVZdXU19fT2/8ztevZSdXL16lV27drlcye6YPQDMOVtd5Xqd72JiYujq6jKOAwICGBkZMQJ+T/NcrbleJ7OQLS4ujp07dnDy5Enee++9ebtDmRALlXWO60LgacR1icPjTeANzEFnGuZRzuNAnLc301qPaq23AEmYR083eaju6p1Zeyh3db8faa1ztda5sbGx3nZTiAVjZGSEjz76CJPJxKFDk59x42mr0eKiInJyctxe+/TpU7ttYBeSTBcjsEoptwuqduzYwbVr1yZ1ryVLlnDs2DFOnz5NaWnppNoQQviuhTLi6jZw1Vq/Zn0A14AvgCSt9W6t9W4gGfgcKJjoTbXWTzFvXnAIaLHZQjYBsGblbrTcwyoJaLaUJ7koF0JMQFVVFb/61a84cuQImzZ5+hvSswcPHpCSkuL2vKspBLYjhhUVFWR4mUJrvklKSnLaXCAjI8Pl9q8AiYmJPH78eNL3CwwM5MSJEwQEBPDBBx8wNDQ06baEEL5Dsgo4+yfAv9daGysDLN//J+Afe9OAUmqJUmqx5ftQ4GWgGjgFfN9S7fvAp5bvTwHvKKWClVIpmBdh3bRMK+hVSuVbsgl8z+YaIcQ4TCYTZ86c4dmzZ7zzzjtGSqrJKi0tdZvrdWRkBH9/f7uyx48fEx8fbxw/ffqU6Ohox0vnLev0AHcSEhJobnb/t/jKlSsnlBrLlc2bN3P8+HFOnTrlcVMEIcTcIYGrvQgg0UV5AuB+83HnuheVUhVAIXBOa30G+CGwXyl1D9hvOUZrfRv4EHPqrc+B37fJYPB7wI8xL9i6D/zGyz4IsWD19/dz5swZvvjiC/bt2+fx4/uJtOkuBRbAjRs3nO5TVlZGVlbWlO89V61bt4779+9P+vrc3FwKCwun3I+goCBOnDgBwNmzZykpKZlym0KI52ehBK5uF2c5+BXw/yml/hXfLpjKB/534GNvGtBaVwBOv6201h3APjfX/Cku8sRqrYuAyX+2KcQCUl1dTVVVFWFhYezfv39a97G/cOGCx7mxHR0drF692q5soaS+ciclNZUrV66wfv16wPzxf3NzM4mJ344NJCYm0tTU5HJRqVKKkJAQnj17Ni39SU9PJz09naGhIX71q18RFBTEvn0u35KFEMKOUioG+CWwCqgH3tZadznUScacAWoZMAb8J7WLxgAAIABJREFUSGv93yzn/j3wPwNtlup/rLU+6+me3gauvwf8V+B/YE5jBWAC/gb4l162IYSYBVpr7t+/z5UrVxgdHWX79u0cP358Ru4zmSDUNjXWyMgIAQHevg3ND35+fnarSTMzMzl//rxd4Jqbm8vp06fdZkN5+eWXOXfu3LSMmlulpKSQkpLC0NAQX331FU1NTURFRfHKK68QGRk5bfcRQky/55hVwJqL/4dKqR9Yjv+1Qx0T8C+01iVKqUigWCl1Tmttnaf0f2qt/4u3N/TqN4bW+hnwjywjrqsxr+yvtZ3zKoR4PoaHh6mpqbH7+DgtLY39+/fj5+dnFxBNp8LCQrcbDgDcu3ePtLQ0u7KhoSG7QLe2ttYYeVyogoKCnOa8+vn5edwwICQkhKGhoUmlxhpPcHAwr7zyCs3NzfT29nLz5k36+swpuAMDA0lISHCbQUII8fw8p8D1GLDH8v1PMC+8twtcLWuTrGlPe5VSdzCnMZ3UBPsJDXVYAlX32bOFENPGZDLR3t5OZ2cnXV1d1NbWMjwyQmxMjF29np4e1q1b55QX1dMCn+nQ1tbGsmXL3J6vrKzk9ddft1sF77iQq6Ghgb0vvTSj/fRV4+1kZZ0O4G7xXH5+PsXFxeTm5s5E9wCIjIy0mzYwPDzMuXPnKCsvt/s57OjsBCBl1Sqio6ONx0wE1kIIZ89xxNVdLn6XlFKrME8btc1I9QdKqe8BRZhHZrtcXGpYMJ/R9XR3c/r0aePYOs/PMb/rTJZL2/OjbaXUuHVjHILL9o4OFOZE8Hbl7e0opZzaaW9vJyAggNWrVxMdHc2qVatYunQpwcHBTiOoMx2gutLY2EhSUtK49RyDltbWVvLz841jDXZbvy4Uy+LjaWlpMaYCBAcHO23/unPnTq5evcr+/ftdtpGUlMRnn3024321FRQUZCyss/05bG5uRmtNZGQkXV1ddHZ2cv/+fSP7wXg/99Yg3vo6sX09dFqCYk+vS9s/AnzhPWIutz3fns9stO0rphC4ximlbHPw/Uhr/SPrgVLqPOb5qY7+zURuopSKwLxm6p9qrXssxX+NOUOVtnz9r4DHnXAWTOAatWgRr732mnFs/WXvLgiYiXJpW9qejnv6gqKiIl5/3f1Oy93d3URFRc1ij+aWtevWcbOgwBh9zs7OpqSkhFWrVhl1IiMjjY/o3VmzZg137tyZsekgE6GUIioqiqioKFauXAn4/mtN2vaNe871tn3FFALXdq21249utNYvuzunlGpRSiVYRlttc/E71gvEHLT+XGttLOrXWrfY1Pl/gTPjdXbhDXUIIaaktLSUjRs3eqxz7do1p/mvWmu7kbHxPiqfz0JDQxm0Sf6/dOlS2tranOoppTz+O61fv56ampoF/W8phHiuGxC4y8VvsOTc/xvgjtb6zxzOJdgcvgFUjndDCVyFEF4bGxujpqaGNWvWeKw3NDRESEiIXdmjR4+MkTgwz+HdmJ4+I/30dfHx8Sz2YpvbjIwMpy1hHe3evZtz585NV9eEEGIiXObiV0olKqWsaa12Ar8NvKSUKrM8DlvO/R9KqVuWHP97gX823g0XzFQBIcTUffHFFxw8eNBjDtHR0VGX81YrKys5ePCgcVxVVcW+l91+AjWv+fv7O+0oBjgtZkpNTeXXv/41S5YscdtWTEwMtbW1DAwMeNwMQggxvz2PxVnucvFrrZuBw5bvr2LORuXq+t+e6D1lxFUI4ZXe3l5MJtO427OWlZU5ZTgA8wirbc7Whb4RQWxsLO3t7cbxqlWraGhomFRbr7766qwv1BJC+I7nOFVg1kngKoTwytmzZzl8+PC49dra2khISBi33kK3JSuL0tJS43jTpk1UV1c71VuyZIldgOtKYGAgy5cvN1bxCyEWHglchRDC4v79+6SkpLj8eNuRq4VCjh9jy2IiCA8PZ2BgwDj29/d3+e+ybds2SkpKxm1vx44dXL9+fVr7KISYOyRwFUIIi5s3b7J169Zx6zU2NrrcprSiosIuUX5dXR2pqanT2se5yJvk/AEBAYyOjnrV3rZt27hx48ZUuyWEmGNkqoAQQlgUFBSwa9cur+pWVlayadMmp/Lunh67ubFVVVWs37Bh2vo4X4SGhdHf77yTdkBAAMPDw+Nen5KSQkNDAyaTaSa6J4TwYRK4CiEWvOHhYVpbW0lOTvaqvruMAq7q2S7UWqgSEhLskphnZmRQXl7uVC8/P9/rkdTDhw9z4auvpq2PQgjhSyRwFUK4pLXm008/5cCBA17Vv3//Pittdn6yGh0ddcqDIvvXm2VkZtrlaV20aBE9PT1O9bzZRcsqPDycpUuWcPv27WnrpxDCt8lUASHEgvfrX/+affv2ERwc7FX98vJyNrnYUevWrVts3rzZOB4bG5PA1SI4OJghmx20PImNjaW11eVuik6ysrJobW2ddHotIcTcI4GrEGLB+vrrr9m4cSMxMTFe1fc0RaClpcUuPdbdu3dZt27dtPRzPnAM4iMiIlyOuubl5fHNN9943e7evXu5evWq1yO1Qoi5TQJXIcSCdOvWLYKDg1m7dq3X11y9etXrBVz37t0jbZwtYxca2zRYOTk5Luez+vn5MTY2NqFUYr/1W7/FyZMnvc5KIISYm2SqgBBiQWpububRo0fk5+dP6Lr29nbi4uKcyvv7+wkNDbUr01p7tYBroVi5ciWPHj0yjkNDQ+3yu9rKycnxKqerlZ+fHydOnOCXv/zllPsphPBtErgKIRaUgYEBLl68yKuvvjqh67q6uli8eLHLczdu3CA7O3s6ujdvpW/cSGVlpVd1V61aNeHdscLDw3nxxRe5cOHCZLonhJgDZMRVCLGgDA4O8umpU7zzzjsTvvby5cu8+OKLLs/19fURERFhHJtMJq9231pIAgMDnfKuLl++nMbGRpf1g4ODefbs2YTusXz5chISEmRzAiHmMQlchRALQn19PZ9//jlvvfnmpILKieRkraqqIj09fcL3mO8cF2hlZ2e7nRKwd+9eLl68OOF7pKenExsby8mTJxmbi7+thBACCVyFWNAuX75MXV0dr7/+OoGBgRO+/vbt224D0ZaWFpYuXWpXVl9fz6qUlEn1dT5TStkFk/7+/m6Dy7CwMAYHByd1nzVr1nDw4EH+7u/+jo6Ojkm1IYTwPTJVQAgxr5lMJj744AMSExPZu3fvpNuprq5m/fr1Ls8VFRWRl5dnV6a1lhyuLqSlpXH//n27MqWU2wwCSUlJdgu6JiIyMpLvfe97fPPNN5SVlU2qDSGE75HAVQgxL7W2tvLJJ59w9OhR0tLSJt3OyMiIx1Fak8kk27p6ae26ddTU1NiVbdq0ye2irby8PIqKiiZ9P6UUR48eRWvNuXPnJpRiSwjhmyRwFULMK21tbXz00UdU19Tw1ltvERYWNqX2rl+/zp49e1yecxUIDQ0NERQUNKV7zleupgasXr3aaRTWyjpqPdW5qllZWeTk5HD69Gm++uormfsqxBy1kKYKyHCIEPPcw4cPuXnzJnFxcbz11ls8fvx4Wtrt6+sjKirK5bmamhqn3bFu3bpFRkbGtNx7PproqOeOHTsoKChwmo4xUTExMRw9epSgoCA+/vhjwsLC2L9//5TaFELMvrkYhE6GBK5CzEOjo6OUlJTQ1NTEli1bOHHixLS2397eTmxsrNvzNTU1HD161K6submZ3CkGWfOZv78/o6OjdpkdgoKCGBoacll/2bJltLW1Tdv9rX/Y9PX1cebMGTo7O8nJySExMXHa7iGEmBnWEdeFQAJXIeaJuro6Kioq0Frj7+9PYmIi2dnZMxJ43Lhxg8OHD3us47gIS+ZRerZhwwZqa2vtRqq3bdtGQUGB27nI0dHRtLa2Tuv/cUREBG+88QaPHj2ioqKChw8forUmMjKS7du3T9t9hBBiMiRwFWKO6e7u5t69ezQ3NwPQ0dnJ2OgoOTk5vPbaa8Z2qtbz062zs5OoqCi327bKJgOTk7p6NZevXLELXGNjY+ns7HR7TX5+PqdOnWLLli3T3p+AgAC7P3x6enq4cuUKTU1NKD8/YmNiCA4OJi0tjcDAQFmIJ8RzJiOu88zY2Bj9/f3GsXUvcNuymS6Xtn27betxX1+fXbn1uLe3165Ma013dzdaa2M0saurC415N6SxsTHj0fz4MWOjo/T392MymRgZGcFkMtHc3MzQ0BBhYWGMjIwYo5TtlhybsTExxj07OjtBa1JSUli7di05OTkopYwAdbY+0r1w4QK7du1ye76srIxt27bZlT179mzKi8Hmu8mkCVNKkbh8OY8ePWLFihUz0KtvRUVFcfDgQbuft8HBQe7fv88333zD6NiY3c8rWH5mMf8cW59faGgo/f39BAYG0traSkBAgBH4dnZ2GvX8/Pzw8/MzB+5KERISglLKeFhfj7avSzC/NpVSTq/j/v5+lFI++/7jK23Pt+czG237Cglc55mBgQEKCgqM4/b2dsA8r8vWTJZL277ftlLKaatNa7n1F7ZSymijpaXF+EWrlDKSuvf19hq/eP38/Ojq7MTf35+oqCgCAwMJDQ0lMDAQf39/QkJCSE1NtUst5SoYne0A1ZWWlhaWLFnidrQVoKOjg/j4eLuyytu35WNmb7iYTrF48WKePn3K4sWLXV6Sl5vLlStXZjxwdSUkJISNGzcSHR0NOP9sOv7Maq3Nwe6DB4wMDxMbG2v8ETc4OEjX06dgyfVr/aOvpaUFrTVPu7qMNrTWtLe3o7XmyZMndtNQrPN+HV/H1nJffv/xhbbn2/OZjbZ9gcxxnYciIiJ46aWXjGN3QcBMlkvb0rZjuTXoncyuVc/D119/zYkTJyacmaCzo8NpFy3hLCAggOHhYbuy/Px8Tp48aff+5Wj16tXU1tZOKS/vbFBKERoaSoybQNdVADwXXsfzqe359nxmo21fsVACV8njKoTwSkNDA8uXL/f4kXZfX5/rKQGyW5ZX1m/YwN27d+3KQkJCnIJZR7m5uRQXF89k14QQPmwh5XGVwFUI4ZXr16+zc+dOj3VKSkrIycmxK4uPj2eRm3yvwl5WVpbT3ExvrV+/nqqqqmnukRBirpDAVQghLO7fv09KSsq49QYGBpxGXNva2iQXqJcCAgJcZmRITk7m4cOHHq/NzMzk1q1bM9U1IYTwCRK4CiHGVVxcPO4OTaOjoy6nEZSUlJDtMAorPHPMeZuens7t27fHvS4jI4Py8vKZ6pYQwoc9jxFXpVSMUuqcUuqe5Wu0m3r1SqlbSqkypVTRRK+3JYGrEMKj2tpa1q9fP26969evO00TABgZGSEoKGgmujYvpaamUldXZ1fmbaqsDRs2UF1dPRPdEkL4sOc4x/UHwAWt9RrgguXYnb1a6y1a69xJXg9I4CqEGEdVVRUZGRnj1mtra3NKISMmbuOmTVRWVjqVp6SkOC3cciUvL4+ysrKZ6JoQwoc9p8D1GPATy/c/AV6f6eslcBVCuFVaWsrGjRvHredut6zOzk4jxZHwjp+fn8vtcdevX+8yoHWUmppKfX09IyMjM9E9IYQPeo4jrvFa68fmPujHgLu8hxr4UilVrJR6bxLXGyRwFUK41NLSQmdnJ6tXrx637tWrV13uplVYWEje1q0z0b0FZyI7ax06dIgzZ87MYG+EEL5mCoFrnFKqyOZhG1iilDqvlKp08Tg2ge7t1FpnA68Av6+U2j3Z5ymBqxDCyejoKF988YXHpPe2urq6iHHY7hNgcHCQ0NDQ6e7evLd8+XKnnZ8ANm7c6NWoa0hICFlZWXz99dcz0T0hhA+aQuDarrXOtXn8yLZdrfXLWutNLh6fAi1KqQQAy9dWV33TWjdbvrYCnwDWEQ2vrrclgasQwsknn3zC8ePHvRrlGx4enjM7f80VW7KyXM5TXbdunVfzXAFWrVqFyWTi0aNH0909IYSPeY5TBU4B37d8/33gU8cKSqlwpVSk9XvgAFDp7fWOJHAVQtgpKChg48aNREREeFX/ypUr7N7t/KlPb2+v120IewEBAYyOjro972oOrCv79u3j8uXL4+68JYQQk/RDYL9S6h6w33KMUipRKXXWUiceuKqUKgduAp9prT/3dL0nAdP8BIQQc9iTJ0/o7Oxk27ZtXl/T09NDlIudsQoKCtiWnz+d3ROYd9cqKysjKyvLq/onTpzg5MmT7NmzZ2Y7JoR4rp7HLlha6w5gn4vyZuCw5fsHQOZErvdERlyFEIB5Xuu5c+c4dOiQ19c8e/aMkJAQl+f6+vqIjIycru4tOEuWLKG11Xm6V0pKCvX19V63ExwcTH5+PtevX5/G3gkhfMlznCow6yRwFUIA8Jvf/Mbrea1Wly9fdjlNQExdbl4eRUVFbs97O10AzCmyRkdHaWhomI6uCSF8kASuQogFQWvNmTNnyMjIIDw8fELXDgwMuLxmYGBAsglMUVBQkNtcrHl5edy8eXNC7e3atYuqO3dkZy0h5ikJXIUQ897w8DA//elP2blzJytWrJjQtf39/W4D3cLCQrZOYJ6smJikpCSampomfN3BAwdobW3lxo0bM9ArIcTzIlMFhBDzXldXF++//z7vvvvupHa3unHjhttpAl1dXbJj1jRYvHgxXV1dLs/5+fl5zDzgzu7duwkLC+Pzzz8fv7IQYs6QwFUIMW81NDRw7tw5vv/97xMUFDSpNoaHh90uzBLTI2/rVgoLC12e2759OyUlJZNqNyMjg/T0dD744APG5uJvLiHEgiXpsIRYYG7dukVnZyfvvvvupNvo7u52m6NVNiSYPmFhYTx79szlufj4eNrb2yfd9ooVK1i0aBF/8zd/w7FjE9m5UQjha6xTBRaCWR9xVUr5K6VKlVJnLMcxSqlzSql7lq/RNnX/SClVq5SqUUodtCnPUUrdspz7CzWRZdBCLFB1dXV88MEHBAQE8OKLL06prRs3brjN9VpeUUFubu6U2hfeCQwM5Nng4KSvX7RoEW+++SaXr1zh9OnTbheDCSF8n0wVmDl/CNyxOf4BcEFrvQa4YDlGKZUOvANsBA4Bf6WU8rdc89fAe8Aay8P7xJNCLDBPnjzhl7/8Ja2trbzzzjts2LBhSu2Njo5iMpncTjHoaG8nftmyKd1DfCs8PJz+/n6X51544QUuX748pfYDAwM5eOAAL730EqdOneKLL76Q6QNCzEESuM4ApVQS8CrwY5viY8BPLN//BHjdpvwDrfWQ1roOqAW2KqUSgCit9XVtTmT4U5trhBAWnV1dnDp1iurqat5+++0J7YblyVdffcXOnTunpS0xvq3btlFaWuryXHBwMGOWPySmKjw8nDfffJOtW7dy8uRJrl27JgGsEHPEQsoqMNtzXP8c+F8A2+104rXWjwG01o+VUkst5csB25wtjZayEcv3juVCLHgPHjygoqICrTUmk4kjR46QlJQ0be1rrXn69CkbN250ed5kMuHnJ2s+p1NUVJTbEVcw52e9cOECBw8edFtnIqKjo3n77bcpLy/n3LlzREdHEx4ezq5duyQ3rxA+bC4GoZMxa4GrUuoI0Kq1LlZK7fHmEhdl2kO5q3u+h3lKAcuXS2wr5hetNQ0NDVy7do3+/n5iY2NJSUnh2LFjKKVobm6e9nteu3aNHTt2uD1/+/ZtNm7aNO33Fe5FRkbS09OD1npCu56NZ8mSJRw8eJDExER6e3v5+uuvGRwcpKuri/j4eKKiotwu0BNCzK6FtDhrNkdcdwJHlVKHgRAgSin1M6BFKZVgGW1NAKybczcCyTbXJwHNlvIkF+VOtNY/An4EkJmZ6f3+iEL4AJPJREtLC21tbbS2tvLw0SMAYmNiAFBKkZycTN7WrYSGhJCYmDjjfWpubmbnzp1ug+LHjx+TuWXLjPdjoQkKCmLQwyKs3bt3c+XKlRnbfjcyMpJDh8xLCZqammhtbeXmzZv09fUB0NHZCcCSuDhiY2NZunQpS5cunfZgWgghZi1w1Vr/EfBHAJYR13+ptf6uUuo/A98Hfmj5+qnlklPA+0qpPwMSMS/Cuqm1HlVK9Sql8oEC4HvA/zXe/Xu6uzl9+rRx3NHRAUBsbKxdvZksl7afT9txcXFOdbXWLttQSk2631prc9tAnEMb7R0dKBf99lTu7+fHunXrWLp0Kdu2bWP9+vUATgHqTIysulJRUUFGRobHOpGRkcTHx89KfxaSQ6+8QklxMampqS7Px8fHT3mRlreUUsTHx5OVlWWUWX8G4+Pj6erqorW1leLiYurr68d9PZiXKpjbdfV68PSa9/b1Chipw6b6HuGuL+7anmvvm/Pt+cxG275CRlxnzw+BD5VS/wB4BJwA0FrfVkp9CFQBJuD3tdbWbWJ+D/gfQCjwG8vDo6hFi3jttdeMY+sbrbsgYCbKpW1peyrl3d3dPE81NTWcOHHC7fnu7m5iYmLw9/d3W0dMTmxsrDG66U5WVhYlJSVkZ2fPUq+c+fv7ExcXR1xcHOnp6T7/WpO2feOec71tXyGB6wzSWl8CLlm+7wD2uan3p8CfuigvAmQinRCz5MGDB6SkpHisc/XqVV7ev3+WerTwKKUYGxtzu/gtLS2Njz766LkGrkKI52MhzXGV5b9CiHGVlJSMu6nA0NAQwcHBs9SjhScnJ4fi4mKPddasWcPdu3dnqUdCCF+yUNJhSeAqhPCovb2dJUuWeKwzNDTkdkMCMT2SV6ygsbHRY50tW7ZQXl4+Sz0SQviKhZTHVQJXIYRHN27cGHe1+jfffMPOXbtmqUfCk2XLlvHkyZPn3Q0hxCyTwFUIseD19PQQFhY2bkqj7u5uoqOjZ6lXC1daWhr37t3zWGfXrl3cKCiYpR4JIXyFBK5CiAXv/Pnz7Nmzx2OdsbExydU5SzZt3kxlZaXHOkop0lavpqqqapZ6JYQQs0cCVyGES1euXCEvL2/cLVyfdwqmhcTbPxA2bdrEvXv3GBoamuEeCSF8gcxxFUIsaJ2dnXR3d5OcnDxu3YaGBlasXDkLvRJg3oq1tbV13HqHDh3i17/+9Sz0SAjhCyRwFUIsWJ999hmvvvrq8+6GcCF/+3Zu3Lgxbr3g4GA2btxIaWnpLPRKCPE8yYirEGLB+uqrr9i7d69XH0vX/v/t3XtwlfWdx/H3NyeHQKBcIxguFktBLtYNQgMoF62gaMFAix1RUbedabvb7rTd3Zl2L7NrZ6c7trvdTv/Ybbfd7YxbCqwUW8ELoCgrCFpAUUHiilVEyHJJIjEJkNt3/zhPaAg5JxfOyZNzns9rJpNzfs/z/J5vvvyS8+V3nvP8Dh9mwoQJvRCVtMrPz6e5ubnzHUlcMvDOO+9w9uzZDEclImFT4SoikXPq1CnOnz/P2LFju7T/G2+8waeuuy7DUUl7hYWF1NXVdWnfsrIyHn/88QxHJCJh0oyriESOu7N582YWL17creN0R4HeN2/+fHbu3NmlfePxOCUlJezfvz/DUYlImFS4ikikvPDCCyxatKjLhWhlZSVFRUUZjko6UlhYSH19fZf3nzx5MsePH+/yLK2ISF+lwlVEOHjwIIWFhVx55ZVdPmbvvn3MueGGDEYlqcRiMZqamrq8/2233cbGTZtoaGjIYFQiEpYwZlzNbLiZPWNmbwffL1mJxsyuMbP9bb5qzOybwbaHzOxYm213dHZOFa4iEbd3717q6ur49Kc/3a3jWpqbyc/Pz1BU0pk5c+awb9++Lu8fi8X43PLlrF69mnPnzmUwMhHpbSFe4/odYJu7TwS2Bc/bxeZvuXuJu5cAM4B64DdtdvlR63Z3f6qzE6pwFYmw3bt309TURGlpabeOO3v2LAMGDMhQVNIVV4wcSVVVVbeOKSgo4P7772fdunW6bEAkx4RUuJYBjwSPHwGWdbL/LcA77n6kpydU4SoSUTt27KBfv37Mnj2728e+9NJLlM6alYGopLtauvnKk5+fz6pVq9iwYQNnzpzJUFQi0ptCnHEd5e4ViRi8AhjZyf53A2vbtX3dzF43s190dKlBeypcRSJo586dDBkyhBkzZvTo+Hg8ztVXX53mqKS7lixZQnl5ebePi8VirFq1ik2bNlFdXZ2ByESkt11G4VpkZnvbfH25bb9m9qyZHejgq6w78ZlZP+BOYH2b5p8AE4ASoAL4YWf96AI1kQhxd7Zu3cr48eO5rof3Xy0vL2fq1KnEYrE0RyfdNerKK9mxY0ePjjUz7r33Xn76058yY8YMRo8eneboRKQ3Xcbs6Wl3n5lso7svTLbNzE6YWbG7V5hZMZBqPerbgVfc/USbvi88NrOfA090FqxmXEUi4uDBg6xbt44ZM2YwadKkHvdz4MABrv3Up9IYmVyOT37ykxw+fLhHx5oZZWVlHD9+nPXr12uFLRHpro3AA8HjB4BUq52spN1lAkGx22o5cKCzE6pwFclxVVVVrF27lqamJlauXMmIESN63FdNTQ2DBw9OY3RyuUqmT7/sxQVKS0tZtmwZmzdvZtu2bbh7mqITkd4Q4jWuDwOLzOxtYFHwHDMbbWYX7hBgZoXB9sfaHf8DM3vDzF4Hbga+1dkJdamASI5qbm5m27ZtFBcXc/fdd6dlhavnnnuOJUuXpiE6SaeBAwdSW1vLoEGDetxHPB5n+fLlnDhxgnXr1jF69GgmTpyYxihFJJPCWAXL3StJ3Cmgfftx4I42z+uBS2ZN3H1Vd8+pwlUkh7g7r776KkeOHKG6upp58+alrfhoaWmhqalJ927tg25ZuJCnn3qKsrJufVaiQ6NGjWLlypU888wzPP3001xxxRXMnTuX4cOHpyFSEcmE1hnXKNArkEiWc3cOHTrEyy+/DMD06dO5/vrrOX78eFrPs3PnTubPn5/WPiU9+vXrR2NjI+6elpl1gGnTpjFt2jRGjhzJiy++SFVVFfF4nAkTJjBkyJC0nENE0keFq4j0OQ0NDbz22mscOfKHezdXVlVxzaRJLFyY9IOfaXHy5EnmL1iQ0XNIz90kBH1NAAAOW0lEQVRwww3s2rWLG2+8Ma395ufnsyD4d29sbOS3v/0ttbW1F66V7t+/P0VFRYwaNSqt5xWR7lHhKiJp4+40NTVRX19PQ0MDjY2NNDQ0cPToUc6ePcvRo0epra2lvr4ed6cyWBFpRPD2rJlRWVlJfn4+c+fOZenSpRdm1tI9s9qRd999V/dt7eNGjxnDrl27MnqOeDx+oTBuvX1WfX0927dv57XXX79ovLYdx0UjRpCfn8+gQYMYNGgQtbW19O/fn7y8POLxOP369SMej9PS0kJenj4zLNJdulQgB9WcOcOmTZsuPK+srAS45BPWmWxX332r76KioovaT58+3eW+W5fabNvm7lRWVuIkXqjb95Gfn09xcfFFL9R1dXUUFhYyfvx4Bg0axIABA8jLy7tQjLa9t2ZHbb1l3759rLjrrl4/r3TPuHHjeP/993v1OuTCwkJKSkqAS8dm2zHb2NhIXV0dtbW11NTUUP3hhwAX/UeuoqICd+/R73HrnRBS7W9ml/Td/nxdOWdf/9uWbefM9r6ld0WmcB08ZAhL23waOlkRkMl29a2+k7X35bdZz549y4ABA8IOQ7qgdNYsHtuwgTlz5oQdyiXi8ThDhw5l6NChF2ZVc+33OBf6zrWfpzf67iuiMuOq92REJKUdO3awcNGisMOQLjAzCgoKOHfuXNihiEgvCvE+rr1OhauIJOXuNDQ0UFBQEHYo0kW3LFzIzp07ww5DRHpZVArXyFwqICLdd+jQIe64447Od5Q+Y8CAAfTv359hw4aFHYqI9KJsLEJ7QjOuItKh2tpaamtrGTtuXNihSDeVLVvGk08+GXYYItJLdKmAiETeE088oeVds1RBQQGjR4/m3XffDTsUEeklKlxFJLLefPNNrrnmGi3vmsVuuPFGdu3adeE2USKSuzTjKiKR1dLSwv79+5l+/fVhhyKX6ZZbbuG5554LOwwRkbRR4SoiF9m8eTO333572GFIGlxZXExdXR0fffRR2KGISIZpxlVEIuf06dPk5eUxLFi6U7LfZ5cs0Qe1RCJAhauIRM6WLVu4bfHisMOQNIrFYkyZMoXy8vKwQxGRDNE1riISOfv372fmzJmYWdihSJr9UUkJ5eXltGTjq5SIdIkKVxGJjJqaGj744AOumTw57FAkQz7zmc/w9NNPhx2GiGRAlGZcda8bkYirq6tj9+7d/PEXvxh2KJJBEydNAmDr1q3ceuutIUcjIumWjUVoT2jGVSTCzp8/z6OPPsr9DzxAPB4POxzJoFgsxuQpUxg7dizbt28POxwRkR5R4SoSUU1NTaxZs4b7Vq0iFouFHY70kqnTpjF06FB27doVdigikkZRuVRAhatIBLW0tLB69WpW3nOPZlojqGT6dPLz89mzZ0/YoYhIGkTpGlcVriIR4+5s2LCBFStW0L9//7DDkZCUzprF+fPnOXjwYNihiEgaqHAVkZxz7tw51q9fz6JFixj0sY+FHY6EbO68eVRXV/PKK6+EHYqIXIYozbjqrgIiEbFnzx6OHDnCV776Vfr16xd2ONJHfH7FCt4qL2fNmjUsWbKEwYMHhx2SiPRANhahPaHCVSTH1dTUsGnTJmbOnMmKu+4KOxzpY2KxGFOnTWPylCk8+cQTDB48mAULFoQdloh0kwpXEcl6u3fvJh6Ps/Kee8jL05VBklxeXh5L77yTo++/z+rVq7nuuusoKioKOywRkYuocBXJMefOneP555+npqaG0tJSrv7EJ8IOSbLIuKuu4t777mPrli2Ul5czdepUrr322rDDEpEUWq9xjQIVriI5wN15+eWXOXbsGAUFBdx0880MHDgw7LAkS5kZty1eDED5oUM89thjmBnz5s0LOTIRSUaFq4j0WS0tLRw+fJi33nqLxsZGmpubmT17NrNmzw47NMkxk6dMYfKUKTQ3N/Pizp2cPHmSvLw8hg4dyvTp0xk2bFjYIYpEXlgzrmZ2F/AQMAUodfe9SfZbDPwYiAH/4e4PB+3Dgf8GxgPvAV9w9+pU51ThKtJHNTc3U1FRwbFjxzhx4gSnTp3CgRHDh2NmTJw4kc8uWaJrV6VXxGIx5rf50FZNTQ37X32V6upqqqoTrzMjhg9n4MCBjBkzhjFjxoQVqkgkhTTjegD4HPDvyXYwsxjwr8Ai4ANgj5ltdPc3ge8A29z9YTP7TvD826lOGJnCtebMGTZt2nTheWVlJQAjRoy4aL9MtqvvaPTtQFG79tOVlVgH+7dtd3cg8TZtU1MTsViM4uJiRo8ZQ8n06ZgZgJZnlT5h8ODBFwrZ5uZmIDE2a2trOX7sGHv37uXMmTO4O/n5iZea1jFeWVXV6e9Dq+7+rmXD34i+3Heu/Ty90XdfEUbh6u6HgAuvT0mUAofd/ffBvuuAMuDN4PtNwX6PANtR4Zrw3pEjp+8sKzsSdhy9qAg4HXYQfZjyk5ryk5ryk5ryk5ryk1o25efjYQeQsG8LWE9vA9LfzNq+xf8zd/9ZOqIKjAGOtnn+ATAreDzK3SsA3L3CzEZ21llkCld3vyLsGHqTme1195lhx9FXKT+pKT+pKT+pKT+pKT+pKT/d5+6LM9W3mT0LXNnBpr9x98e70kUHbd7TeCJTuIqIiIhI97j7wsvs4gNgXJvnY4HjweMTZlYczLYWAyc760yf6hARERGRTNkDTDSzq82sH3A3sDHYthF4IHj8ANDpDK4K19yVzutTcpHyk5ryk5ryk5ryk5ryk5rykyXMbLmZfQDMAZ40sy1B+2gzewrA3ZuArwNbgEPAo+5+MOjiYWCRmb1N4q4DD3d6ztZPeYqIiIiI9GWacRURERGRrKDCVURERESyggrXHGFm75nZG2a2v/V+bGY23MyeMbO3g++RWZvRzH5hZifN7ECbtqT5MLO/MrPDZvaWmd0WTtS9J0l+HjKzY8EY2m9md7TZFpn8mNk4M3vezA6Z2UEz+0bQrvFDyvxo/ABm1t/MfmdmrwX5+W7QrvFDyvxo/EiX6BrXHGFm7wEz3f10m7YfAFVtllIb5u4pV6TIFWY2H6gF/svdrw3aOsyHmU0F1pJY3WM08Cwwyd2bQwo/45Lk5yGg1t3/ud2+kcpPcEuWYnd/xcw+BuwDlgEPovGTKj9fQOMHMzNgoLvXmlkc2Al8g8SymBo/yfOzGI0f6QLNuOa2MhJLqBF8XxZiLL3K3V8Aqto1J8tHGbDO3c+7+7vAYRJ/JHNWkvwkE6n8uHuFu78SPP6IxKdgx6DxA6TMTzJRy4+7e23wNB58ORo/QMr8JBOp/EjnVLjmDge2mtk+M/ty0HbRUmpAp0up5bhk+ehoObpUL8S57Otm9npwKUHrW5mRzY+ZjQemAy+j8XOJdvkBjR8AzCxmZvtJ3Ez9GXfX+GkjSX5A40e6QIVr7rjR3a8Hbge+FrwVLF2T1uXosthPgAlACVAB/DBoj2R+zGwQsAH4prvXpNq1g7Yo5kfjJ+Duze5eQmKFoFIzuzbF7spPIj8aP9IlKlxzhLsfD76fBH5D4q2UE8H1aK3XpXW6lFqOS5aPVMvRRYa7nwheUFqAn/OHt+Mil5/g2rsNwK/c/bGgWeMn0FF+NH4u5e4fAttJXL+p8dNO2/xo/EhXqXDNAWY2MPiQBGY2ELgVOEAPllLLccnysRG428wKzOxqYCLwuxDiC1Xri2pgOYkxBBHLT/Dhkf8EDrn7v7TZpPFD8vxo/CSY2RVmNjR4PABYCJSj8QMkz4/Gj3RVftgBSFqMAn6TeD0hH1jj7pvNbA/wqJl9CXgfuCvEGHuVma0FbgKKLLEc3d+TWErukny4+0EzexR4E2gCvpbrn1hNkp+bzKyExNtw7wFfgUjm50ZgFfBGcB0ewF+j8dMqWX5WavwAUAw8YmYxEpNDj7r7E2a2G40fSJ6fX2r8SFfodlgiIiIikhV0qYCIiIiIZAUVriIiIiKSFVS4ioiIiEhWUOEqIiIiIllBhauIiIiIZAUVriISOWa2wMz+N7glD2b2kJkd6Oy4Hpzn12b25+nuV0QkqlS4ikgU/RPwvV64H+R3gb81syEZPo+ISCSocBWRSDGzG4DJwPpMn8vd3wB+D9yX6XOJiESBClcRyUrB0pEVZvZ3bdquM7NzZrYixaH3AM+6e32Kvq8ys3Ize8TM8s3sQTOrNbPbg/Z6M9toZkPMbIWZvW1mZ4LVfwa0624jsPLyfloREQEVriKSpdz9FPAgibfi5wQF41pgrbv/OsWh84C9yTaa2RTgReAp4EF3bwo2FQB/AdwL3ALMBH5NYt35zwPLgCXAn7br8ndAaQcFrYiIdFN+2AGIiPSUu28xs38DfgX8D4ni8s86OezjQEVHG8yslETB+iN3/167zfkk1kl/K9h3DfAtYJS7nw7aHgduBn7Y5rjjQBwYDbzT9Z9ORETa04yriGS7bwMNwP3Ave5e28n+A4BzHbSPAbYB3++gaAU431q0Bk4A/9datLZpG9nuuLNtzisiIpdBhauIZLvxwDjAgU90Yf/TwLAk7S8Bd5tZR9ub2j13oLGDtvZ/V4cH3091ITYREUlBhauIZC0zi5O4TGAj8JfAT8zsqk4OexWY2kH7eeBOoBp4Jknx2hPXAsfd/USa+hMRiSwVriKSzf6BxFvzfwL8mMSM6S/NLNXfti3A3I42uPtZYClwhkTxOjQNMc4DNqehHxGRyFPhKiJZycwWkPiU//3u/qG7O4m7DEwhcd1rMquBSWY2raONQfG6hDQUr2bWH1gO/LynfYiIyB9Y4m+9iEh0mNnDwBXu/qUMn+drQJm735rJ84iIRIVmXEUkiv4R+L2ZxTJ8nkY6vz2XiIh0kWZcRURERCQraMZVRERERLKCClcRERERyQoqXEVEREQkK6hwFREREZGsoMJVRERERLKCClcRERERyQr/DxZ2141mPKh7AAAAAElFTkSuQmCC\n",
+      "text/plain": [
+       "<Figure size 864x864 with 4 Axes>"
+      ]
+     },
+     "metadata": {
+      "needs_background": "light"
+     },
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# plot difference to reference (reference is taken to be the experiment in the list)\n",
+    "\n",
+    "var_max = 1\n",
+    "var_min = -1\n",
+    "\n",
+    "fig, axarr = plt.subplots(len(datasets)-1, 1, sharex=True, sharey=True, figsize=(12,6*(len(datasets)-1)) )\n",
+    "for i in range(1,len(datasets)):\n",
+    "    plt.sca(axarr[i-1])                        # set the current axes instance \n",
+    "    for j in range(len(datasets[i][0])):\n",
+    "        plt.pcolor(trimmed_datasets[i][0],trimmed_datasets[i][1], ( abs(trimmed_datasets[i][2])-abs(trimmed_datasets[0][2]) )/ abs(trimmed_datasets[0][2]),vmin=var_min,vmax=var_max, cmap='bwr')\n",
+    "    plt.ylabel('depth (m)',fontsize=14)  # set x label\n",
+    "    plt.title(exp_names[i]+'-'+exp_names[0], fontsize='14')\n",
+    "    for j in range(len(datasets[i][1])):\n",
+    "        plt.plot(trimmed_datasets[i][0][j], trimmed_datasets[i][1][j], color='black', linewidth = 0.3)\n",
+    "    plt.plot(trimmed_datasets[i][0][:], trimmed_datasets[i][1][:], color='black', linewidth=0.2)\n",
+    "    plt.colorbar()\n",
+    "plt.xlabel('x (km)',fontsize=14)  # set x label\n",
+    "axarr[i-1].invert_yaxis()\n",
+    "plt.show()"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 45,
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "text/plain": [
+       "<matplotlib.legend.Legend at 0x7fa4285dee48>"
+      ]
+     },
+     "execution_count": 45,
+     "metadata": {},
+     "output_type": "execute_result"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<Figure size 864x432 with 1 Axes>"
+      ]
+     },
+     "metadata": {
+      "needs_background": "light"
+     },
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "# plot the time series of maximum spurious velocities from run.stat.nc file\n",
+    "\n",
+    "file_names = []\n",
+    "for exp_name in exp_names:\n",
+    "    file_names.append(f'../{exp_base}{exp_name}/run.stat.nc')\n",
+    "var_name = 'abs_u_max'\n",
+    "var_list = []\n",
+    "time_list = []\n",
+    "for file_name in file_names:\n",
+    "    ncfile = Dataset(file_name, mode='r')\n",
+    "    data = ncfile.variables[var_name][:]\n",
+    "    var_list.append( data.squeeze() )\n",
+    "    time = np.array(range( len(data.squeeze() ) )) * (432 / 60 / 60 / 24)\n",
+    "    ncfile.close()\n",
+    "    \n",
+    "colour_list = ['black', 'orange', 'cornflowerblue','yellow']\n",
+    "linestyles = ['-', '--', '-.', ':']\n",
+    "xmin = 0; xmax = time[-1]\n",
+    "ymin = 0; ymax = np.amax(var_list)\n",
+    "plt.figure(figsize=(12,6)) \n",
+    "i = 0\n",
+    "for var in var_list:\n",
+    "    exp_names[i]\n",
+    "    colour_list[i]\n",
+    "    plt.plot(time, var, label=exp_names[i], color=colour_list[i], linestyle=linestyles[i])\n",
+    "    plt.axis([xmin, xmax, ymin, 1.1 * ymax])\n",
+    "    plt.annotate(exp_names[i],xy = (0.75 * xmax,var[1500]),xytext = (0.9*xmax,1.2 * var[1500]), arrowprops=dict(color=colour_list[i], width=1.1, headwidth=10), color=colour_list[i], fontsize=14)\n",
+    "    i = i+1\n",
+    "plt.ylabel('|U_max| (m/s)',fontsize=14)\n",
+    "plt.xlabel('Time (days)',fontsize=14)\n",
+    "plt.title('4050m SEAMOUNT', fontsize='18')\n",
+    "plt.legend(fontsize = '14')"
+   ]
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "default-current",
+   "language": "python",
+   "name": "default-current"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.6.10"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 2
+}
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-an05_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-an05_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-an05_cfg	(revision 15719)
@@ -0,0 +1,283 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration with ICE, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF-AN05_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 2  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs = .true.    !  use the cool-skin parameterization
+      ln_skin_wl = .true.    !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !!   
+   !! Bulk transfer coefficients over sea-ice: (relevant IF: nn_ice >=1 )
+   ln_Cx_ice_cst = .false.    ! use constant ice-air bulk transfer coefficients (value given below)
+      rn_Cd_i  = 1.4e-3       ! sea-ice drag coefficient
+      rn_Ce_i  = 1.4e-3       !    "    sublimation coefficient
+      rn_Ch_i  = 1.4e-3       !    "    sensible heat flux coefficient
+   ln_Cx_ice_AN05  = .true.   !  (Andreas et al. 2005)
+   ln_Cx_ice_LU12  = .false.  !  (Lupkes et al. 2012)
+   ln_Cx_ice_LG15  = .false.  !  (Lupkes & Gryanik 2015)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+   !! Following only needed with STATION_ASF compiled with "sea-ice" support: "key_si3" (ice fraction, ice surface temperature and sea-ice albedo:
+   sn_ifr  = '<SFORC>', 1.         , 'siconc'  ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tic  = '<SFORC>', 1.         , 'istl1'   ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ial  = '<SFORC>', 1.         , 'ialb'    ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-cstc_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-cstc_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-cstc_cfg	(revision 15719)
@@ -0,0 +1,283 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration with ICE, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF-CSTC_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 2  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs = .true.    !  use the cool-skin parameterization
+      ln_skin_wl = .true.    !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !!   
+   !! Bulk transfer coefficients over sea-ice: (relevant IF: nn_ice >=1 )
+   ln_Cx_ice_cst = .true.     ! use constant ice-air bulk transfer coefficients (value given below)
+      rn_Cd_i  = 1.4e-3       ! sea-ice drag coefficient
+      rn_Ce_i  = 1.4e-3       !    "    sublimation coefficient
+      rn_Ch_i  = 1.4e-3       !    "    sensible heat flux coefficient
+   ln_Cx_ice_AN05  = .false.  !  (Andreas et al. 2005)
+   ln_Cx_ice_LU12  = .false.  !  (Lupkes et al. 2012)
+   ln_Cx_ice_LG15  = .false.  !  (Lupkes & Gryanik 2015)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+   !! Following only needed with STATION_ASF compiled with "sea-ice" support: "key_si3" (ice fraction, ice surface temperature and sea-ice albedo:
+   sn_ifr  = '<SFORC>', 1.         , 'siconc'  ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tic  = '<SFORC>', 1.         , 'istl1'   ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ial  = '<SFORC>', 1.         , 'ialb'    ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-lg15_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-lg15_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-lg15_cfg	(revision 15719)
@@ -0,0 +1,283 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration with ICE, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF-LG15_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 2  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs = .true.    !  use the cool-skin parameterization
+      ln_skin_wl = .true.    !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !!   
+   !! Bulk transfer coefficients over sea-ice: (relevant IF: nn_ice >=1 )
+   ln_Cx_ice_cst = .false.    ! use constant ice-air bulk transfer coefficients (value given below)
+      rn_Cd_i  = 1.4e-3       ! sea-ice drag coefficient
+      rn_Ce_i  = 1.4e-3       !    "    sublimation coefficient
+      rn_Ch_i  = 1.4e-3       !    "    sensible heat flux coefficient
+   ln_Cx_ice_AN05  = .false.  !  (Andreas et al. 2005)
+   ln_Cx_ice_LU12  = .false.  !  (Lupkes et al. 2012)
+   ln_Cx_ice_LG15  = .true.   !  (Lupkes & Gryanik 2015)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+   !! Following only needed with STATION_ASF compiled with "sea-ice" support: "key_si3" (ice fraction, ice surface temperature and sea-ice albedo:
+   sn_ifr  = '<SFORC>', 1.         , 'siconc'  ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tic  = '<SFORC>', 1.         , 'istl1'   ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ial  = '<SFORC>', 1.         , 'ialb'    ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-lu12_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-lu12_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce+ice/namelist_ecmwf-lu12_cfg	(revision 15719)
@@ -0,0 +1,283 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration with ICE, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF-LU12_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 2  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs = .true.    !  use the cool-skin parameterization
+      ln_skin_wl = .true.    !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !!   
+   !! Bulk transfer coefficients over sea-ice: (relevant IF: nn_ice >=1 )
+   ln_Cx_ice_cst = .false.    ! use constant ice-air bulk transfer coefficients (value given below)
+      rn_Cd_i  = 1.4e-3       ! sea-ice drag coefficient
+      rn_Ce_i  = 1.4e-3       !    "    sublimation coefficient
+      rn_Ch_i  = 1.4e-3       !    "    sensible heat flux coefficient
+   ln_Cx_ice_AN05  = .false.  !  (Andreas et al. 2005)
+   ln_Cx_ice_LU12  = .true.   !  (Lupkes et al. 2012)
+   ln_Cx_ice_LG15  = .false.  !  (Lupkes & Gryanik 2015)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+   !! Following only needed with STATION_ASF compiled with "sea-ice" support: "key_si3" (ice fraction, ice surface temperature and sea-ice albedo:
+   sn_ifr  = '<SFORC>', 1.         , 'siconc'  ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tic  = '<SFORC>', 1.         , 'istl1'   ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ial  = '<SFORC>', 1.         , 'ialb'    ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_andreas_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_andreas_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_andreas_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ANDREAS_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .true.     ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .false. !  use the cool-skin parameterization
+      ln_skin_wl   = .false. !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_coare3p6_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_coare3p6_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_coare3p6_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-COARE3p6_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .true.     ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .true.  !  use the cool-skin parameterization
+      ln_skin_wl   = .true.  !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_ecmwf_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_ecmwf_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_ecmwf_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs = .true.    !  use the cool-skin parameterization
+      ln_skin_wl = .true.    !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_ncar_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_ncar_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/ERA5/oce/namelist_ncar_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, <FORCING> forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [ERA5_NorthGreenland station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-NCAR_<FORCING>'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF
+!-----------------------------------------------------------------------
+   rn_lat1d    =   84. !  Column latitude    [ERA5_NorthGreenland station]
+   rn_lon1d    =  324. !  Column longitude   [ERA5_NorthGreenland station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .true.     ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .false. !  use the cool-skin parameterization
+      ln_skin_wl   = .false. !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .true.  !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .false. !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = '<SFORC>',  1.  ,  'u10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = '<SFORC>',  1.  ,  'v10'    ,   .true.    , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = '<SFORC>',  1.  ,  'ssrd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = '<SFORC>',  1.  ,  'strd'   ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = '<SFORC>',  1.  ,  't2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = '<SFORC>',  1.  ,  'd2m'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = '<SFORC>',  1.  ,  'tp'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = '<SFORC>',  1.  ,  'sf'     ,   .false.   , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = '<SFORC>',  1.  ,  'msl'    ,   .true.    , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = '<SFORC>', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = '<SFORC>', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = '<SFORC>', 1.         , 'sst'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = '<SFORC>', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = '<SFORC>', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_andreas_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_andreas_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_andreas_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, PAPA forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ANDREAS_PAPA'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .true.     ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.5    !  Air temperature & humidity reference height (m) [PAPA station]
+      rn_zu        =  4.     !  Wind vector reference height (m)                [PAPA station]
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .false. !  use the cool-skin parameterization
+      ln_skin_wl   = .false. !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'u_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'v_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_sw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_lw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 't_air',    .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rh_air',   .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'Station_PAPA_50N-145W_precip_daily', 24., 'precip',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'Station_PAPA_50N-145W_precip_daily', 24., 'snow',     .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'slp',      .true.     , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sst',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_coare3p6_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_coare3p6_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_coare3p6_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, PAPA forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-COARE3p6_PAPA'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .true.     ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.5    !  Air temperature & humidity reference height (m) [PAPA station]
+      rn_zu        =  4.     !  Wind vector reference height (m)                [PAPA station]
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .true.  !  use the cool-skin parameterization
+      ln_skin_wl   = .true.  !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'u_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'v_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_sw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_lw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 't_air',    .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rh_air',   .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'Station_PAPA_50N-145W_precip_daily', 24., 'precip',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'Station_PAPA_50N-145W_precip_daily', 24., 'snow',     .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'slp',      .true.     , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sst',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_ecmwf_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_ecmwf_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_ecmwf_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, PAPA forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF_PAPA'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.5    !  Air temperature & humidity reference height (m) [PAPA station]
+      rn_zu        =  4.     !  Wind vector reference height (m)                [PAPA station]
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs = .true.    !  use the cool-skin parameterization
+      ln_skin_wl = .true.    !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'u_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'v_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_sw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_lw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 't_air',    .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rh_air',   .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'Station_PAPA_50N-145W_precip_daily', 24., 'precip',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'Station_PAPA_50N-145W_precip_daily', 24., 'snow',     .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'slp',      .true.     , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sst',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_ncar_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_ncar_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/PAPA/oce/namelist_ncar_cfg	(revision 15719)
@@ -0,0 +1,269 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!             STATION_ASF configuration, PAPA forcing
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-NCAR_PAPA'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =    8760   !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20180101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    8760   ! 1 year at dt=3600s / frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =    8760   ! 1 year at dt=3600s / frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .true.     ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.5    !  Air temperature & humidity reference height (m) [PAPA station]
+      rn_zu        =  4.     !  Wind vector reference height (m)                [PAPA station]
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .false. !  use the cool-skin parameterization
+      ln_skin_wl   = .false. !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'u_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'v_air',    .true.     , .false. , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_sw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rad_lw',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 't_air',    .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'rh_air',   .true.     , .false. , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'Station_PAPA_50N-145W_precip_daily', 24., 'precip',   .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'Station_PAPA_50N-145W_precip_daily', 24., 'snow',     .false.    , .false. , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'Station_PAPA_50N-145W_atm_hourly',  1.  , 'slp',      .true.     , .false. , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssu'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssv'     ,   .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sst',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'sss',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'Station_PAPA_50N-145W_oce_hourly', 1.         , 'ssh',        .true.    , .false. , 'yearly'  ,    ''            ,    ''    ,    ''
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/analyze_output.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/analyze_output.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/analyze_output.py	(revision 15719)
@@ -0,0 +1,271 @@
+#!/usr/bin/env python3
+# -*- Mode: Python; coding: utf-8; indent-tabs-mode: nil; tab-width: 4 -*-
+#
+#######################################################################################
+# This script analyzes the output of STATION_ASF test-case with IDEALIZED forcing
+# in order to test the validity of computed fluxes and bulk transfer coefficient.
+# Beside an explicit standard output message, a result file is spawned:
+#    * SBCBLK.success => the test passed !
+#    * SBCBLK.fail    => the test failed !
+#
+#   Brodeau, 2020
+#
+########################################################################################
+
+import sys
+from os import path as path
+import math
+import numpy as nmp
+from netCDF4 import Dataset
+
+l_t_shift = False  ; # because time interp. is set to FALSE into "&namsbc_blk" of NEMO...
+#                    #  ==> so time array is shifted by 30 minutes but fluxes are the same (persitence of input fields ???)
+
+l_alg = [ 'ECMWF' , 'NCAR' , 'COARE3p0', 'COARE3p6', 'ANDREAS' ]
+nb_alg     =    len(l_alg)
+
+
+# Variables to check:
+l_var_rf = [  'Qsen'   ,   'Qlat'   ,  'Qlw'   ,   'Tau',   'Cd'  ,   'Ce'   ] ; # In forcing file "IDEALIZED/input_output_VALIDATION_IDEALIZED.nc"
+l_var_ot = [ 'qsb_oce' , 'qla_oce'  , 'qlw_oce',  'taum', 'Cd_oce', 'Ce_oce' ] ; # names in the NEMO/STATION_ASF output file (check file_def_oce.xml)
+nb_var  = len(l_var_rf)
+
+dir_figs='.'
+size_fig=(13,8)
+fig_ext='png'
+
+
+rDPI=100.
+
+
+class fclrs:
+    OKGR = '\033[92m'
+    FAIL = '\033[91m'
+    ENDC = '\033[0m'
+
+
+
+# Getting arguments:
+narg = len(sys.argv)
+if not narg in [3,4]:
+    print('Usage: '+sys.argv[0]+' <forcing_+_validation_file> <NEMO-STATION_ASF_output_directory> (<m> for more/debug)'); sys.exit(0)
+cf_rf = sys.argv[1]
+cdir_out = sys.argv[2]
+l_more = False
+if narg==4:
+    l_more = ( sys.argv[3] in ['m','M'] )
+    import matplotlib as mpl
+    mpl.use('Agg')
+    import matplotlib.pyplot as plt
+
+
+
+    
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+# Populating and checking existence of files to be read
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+def chck4f(cf):
+    cmesg = 'ERROR: File '+cf+' does not exist !!!'
+    if not path.exists(cf): print(cmesg) ; sys.exit(0)
+
+print('\n')
+
+# Input forcing/valid file:
+chck4f(cf_rf)
+id_rf = Dataset(cf_rf)
+vt = id_rf.variables['time'][:]
+cunit_t = id_rf.variables['time'].units
+id_rf.close()
+Nt_rf = len(vt)
+vtime_rf = nmp.zeros(Nt_rf); vtime_rf[:]  = vt[:]
+del vt
+print(' *** in forcing/valid file, "time" is in "'+cunit_t+'", Nt = '+str(Nt_rf)+'\n')
+
+
+# STATION_ASF output files (1 file per algorithm):
+cf_nemo = []
+for ja in range(nb_alg):
+    cfi = cdir_out+'/STATION_ASF-'+l_alg[ja]+'_IDEALIZED_1h_20200101_20200105_gridT.nc'
+    chck4f(cfi)
+    cf_nemo.append(cfi)
+print('\n *** NEMO/STATION_ASF output files we are goin to check:')
+for ja in range(nb_alg): print(cf_nemo[ja])
+print('\n')
+#-----------------------------------------------------------------
+
+# Getting time array from the first file:
+id_nm = Dataset(cf_nemo[0])
+vt = id_nm.variables['time_counter'][:]
+cunit_t = id_nm.variables['time_counter'].units ; print(' "time_counter" is in "'+cunit_t+'"')
+id_nm.close()
+Nt = len(vt)
+vtime_nm = nmp.zeros(Nt); vtime_nm[:]  = vt[:]
+del vt
+
+if Nt != Nt_rf-1: print('ERROR: the two files do not agree in terms of record lengrth: '+Nt_rf-1+' vs '+Nt)
+
+print('\n *** Excellent! We are going to look at surface fluxes under '+str(Nt)+' different scenarios of air-sea stability/wind-speed conditions...\n')
+
+# 30 minute shift, just like NEMO
+vtime = nmp.zeros(Nt)
+if l_t_shift:
+    vtime[:] = 0.5*(vtime_rf[:-1] + vtime_rf[1:])
+else:
+     vtime[:] =     vtime_rf[:-1]
+# Debug:
+#for jt in range(3):
+#    print(' Ref.  , Nemo "', vtime_rf[jt], vtime_nm[jt], vtime[jt])
+#sys.exit(0)
+
+
+
+
+##
+IREPORT = nmp.zeros((nb_alg,nb_var), dtype=int)
+
+
+
+
+# Loop on the fields to control...
+###################################
+
+jv=0
+for cv in l_var_rf:
+    cv_rf_m = cv+'_mean'
+    cv_rf_t = cv+'_tol'
+    cv_nemo = l_var_ot[jv]
+    print('\n\n ==== Checking variable '+cv_nemo+' against '+cv_rf_m+' !')
+
+    F_rf_m = nmp.zeros( Nt )
+    F_rf_t = nmp.zeros( Nt )
+    F_nemo = nmp.zeros((Nt,nb_alg))
+
+    wnd_rf = nmp.zeros( Nt ) ; #DEBUG
+    tzt_rf = nmp.zeros( Nt ) ; #DEBUG
+    qzt_rf = nmp.zeros( Nt ) ; #DEBUG
+    sst_rf = nmp.zeros( Nt ) ; #DEBUG
+    
+    id_rf = Dataset(cf_rf)
+    trf_m   = id_rf.variables[cv_rf_m][:] ; # Nt+1
+    trf_t   = id_rf.variables[cv_rf_t][:] ; # Nt+1
+    trf_wnd = id_rf.variables['wndspd'][:,1,1] ; # DEBUG
+    trf_tzt = id_rf.variables['t_air'][:,1,1] ; # DEBUG
+    trf_qzt = id_rf.variables['rh_air'][:,1,1] ; # DEBUG
+    trf_sst = id_rf.variables['sst'][:,1,1] ; # DEBUG
+    id_rf.close()
+    
+    if l_t_shift:
+        # 30 minute shift, just like NEMO
+        F_rf_m[:] = 0.5 * (trf_m[:-1] + trf_m[1:])
+        F_rf_t[:] = 0.5 * (trf_t[:-1] + trf_t[1:])
+    else:
+        F_rf_m[:] =        trf_m[:-1]
+        F_rf_t[:] =        trf_t[:-1]
+
+        wnd_rf[:] =        trf_wnd[:-1]        
+        tzt_rf[:] =        trf_tzt[:-1]
+        qzt_rf[:] =        trf_qzt[:-1]
+        sst_rf[:] =        trf_sst[:-1]        
+    
+    
+    for ja in range(nb_alg):
+        
+        calgo = l_alg[ja]
+
+        print(' *** '+calgo+' => '+cf_nemo[ja])
+
+        id_nemo = Dataset(cf_nemo[ja])
+        F_nemo[:,ja] = id_nemo.variables[cv_nemo][:,1,1] ; # it's 3x3 spatial domain, taking middle point !
+        id_nemo.close()
+
+
+        if l_more:
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+            # How does all this look on on a figure?
+            cfig = l_var_rf[jv]+'_'+calgo+'.'+fig_ext
+            print(' *** will plot '+cfig)
+            fig = plt.figure(num=1, figsize=size_fig, facecolor='w', edgecolor='k')
+            ax1 = plt.axes([0.08, 0.25, 0.9, 0.7])
+            #
+            plt.plot(vtime, F_nemo[:,ja], label='NEMO['+calgo+']', zorder=1)
+            plt.plot(vtime, F_rf_m[:], color='k', label='MEAN REF!', zorder=10)
+            # +- rtol enveloppe:
+            plt.fill_between(vtime, F_rf_m[:]-F_rf_t[:], F_rf_m[:]+F_rf_t[:], alpha=0.2)
+            #
+            ax1.grid(color='k', linestyle='-', linewidth=0.3)
+            plt.legend(loc='best', ncol=1, shadow=True, fancybox=True)
+            plt.savefig(cfig, dpi=int(rDPI), transparent=False)
+            plt.close(1)
+            print('')
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+
+        # Does the field look okay with respect to reference +- tolerance ?
+
+        l_overshoot_a = nmp.any( F_nemo[:,ja] > F_rf_m[:]+F_rf_t[:] )
+        l_overshoot_b = nmp.any( F_nemo[:,ja] < F_rf_m[:]-F_rf_t[:] )
+
+        if l_overshoot_a: print(fclrs.FAIL+'\n ***** BAD overshoot + for '+calgo+' for variable '+cv+' !!!\n'+fclrs.ENDC )
+            
+        if l_overshoot_b: print(fclrs.FAIL+'\n ***** BAD overshoot - for '+calgo+' for variable '+cv+' !!!'+fclrs.ENDC )
+
+        if l_overshoot_a or l_overshoot_b:
+            print(fclrs.FAIL+'\n ***** TEST NOT PASSED FOR '+calgo+' for variable '+cv+' !!!\n'+fclrs.ENDC )
+        else:
+            # We're all good !
+            IREPORT[ja,jv] = 1
+            if l_more: print(fclrs.OKGR+'\n ***** TEST PASSED FOR '+calgo+' for variable '+cv+' :D !!!\n'+fclrs.ENDC )
+                    
+    jv=jv+1
+
+
+
+l_ok =  nmp.sum(IREPORT[:,:]) == nb_var*nb_alg
+
+
+
+if l_ok:
+    ctxt      = 'PASSED'
+    ccol      = fclrs.OKGR
+    cf_report = 'SBCBLK.success'
+else:
+    ctxt      = 'FAILED'
+    ccol      = fclrs.FAIL
+    cf_report = 'SBCBLK.fail'
+    
+
+print(ccol+'\n\n ############ FINAL REPORT ############\n'+fclrs.ENDC)
+
+f = open(cf_report, 'w')
+
+f.write("### Sanity-check report for SBCBLK generated via 'STATION_ASF/EXP00/sbcblk_sanity_check.sh'\n\n")
+
+for ja in range(nb_alg):
+    calgo = l_alg[ja]
+    
+    if nmp.sum(IREPORT[ja,:]) == nb_var:
+        # Success for this algo
+        cbla = ' ***** Algorithm "'+calgo+'" PASSED sanity check !!!\n\n'
+        print(fclrs.OKGR+cbla+fclrs.ENDC ) ; f.write(cbla)
+    else:
+        # Algo FAILS!
+        cbla = ' ***** Algorithm "'+calgo+'" FAILED sanity check !!!\n'
+        print(fclrs.FAIL+cbla+fclrs.ENDC ) ; f.write(cbla)
+        (idx_fail,) = nmp.where(IREPORT[ja,:]==0)
+        for jv in idx_fail:
+            cbla = '   ==> on variable '+l_var_rf[jv]+' !\n\n'
+            print(fclrs.FAIL+cbla+fclrs.ENDC ) ; f.write(cbla)
+
+# Conclusion:
+clist=''
+for cc in l_var_ot: clist=clist+cc+', '
+cbla = ' Test performed on the following NEMO prognostic variables:\n   ==> '+clist[:-2]+'\n'
+print(ccol+cbla+fclrs.ENDC ) ; f.write(cbla+'\n')
+
+cbla = '    ####################################\n'  +\
+       '    ###   TEST '+ctxt+' FOR SBCBLK !   ###\n'+\
+       '    ####################################\n\n'
+
+print(ccol+cbla+fclrs.ENDC ) ; f.write(cbla)
+
+f.close()
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/context_nemo_OCE+ICE.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/context_nemo_OCE+ICE.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/context_nemo_OCE+ICE.xml	(revision 15719)
@@ -0,0 +1,50 @@
+<!--
+    ==============================================================================================
+    NEMO context
+    ==============================================================================================
+-->
+
+
+
+<context id="nemo">
+  <variable_definition>
+    <!-- Year/Month/Day of time origin for NetCDF files; defaults to 1800-01-01 -->
+    <variable id="ref_year"  type="int"> 1970 </variable>
+    <variable id="ref_month" type="int"> 01 </variable>
+    <variable id="ref_day"   type="int"> 01 </variable>
+  </variable_definition>
+
+  <!-- -->
+
+  <!-- Fields definition -->
+  <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+  <field_definition src="./field_def_nemo-ice.xml"/>    <!--  NEMO sea-ice model      -->
+
+  <!-- Files definition -->
+  <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+  <file_definition src="./file_def_nemo-ice.xml"/>     <!--  NEMO sea-ice model       -->
+
+  
+  <!--
+      ============================================================================================================
+      = grid definition = = DO NOT CHANGE =
+      ============================================================================================================
+  -->
+
+  <axis_definition>
+    <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+    <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+    <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+    <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+    <axis id="nfloat" long_name="Float number"      unit="-"                 />
+    <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+    <axis id="ncatice" long_name="Ice category"       unit="1"               />
+    <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+    <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+  </axis_definition>
+
+  <domain_definition src="./domain_def_nemo.xml"/>
+
+  <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/context_nemo_OCE.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/context_nemo_OCE.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/context_nemo_OCE.xml	(revision 15719)
@@ -0,0 +1,48 @@
+<!--
+    ==============================================================================================
+    NEMO context
+    ==============================================================================================
+-->
+
+
+
+<context id="nemo">
+  <variable_definition>
+    <!-- Year/Month/Day of time origin for NetCDF files; defaults to 1800-01-01 -->
+    <variable id="ref_year"  type="int"> 1970 </variable>
+    <variable id="ref_month" type="int"> 01 </variable>
+    <variable id="ref_day"   type="int"> 01 </variable>
+  </variable_definition>
+
+  <!-- -->
+
+  <!-- Fields definition -->
+  <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+  <!-- Files definition -->
+  <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+
+  
+  <!--
+      ============================================================================================================
+      = grid definition = = DO NOT CHANGE =
+      ============================================================================================================
+  -->
+
+  <axis_definition>
+    <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+    <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+    <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+    <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+    <axis id="nfloat" long_name="Float number"      unit="-"                 />
+    <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+    <axis id="ncatice" long_name="Ice category"       unit="1"               />
+    <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+    <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+  </axis_definition>
+
+  <domain_definition src="./domain_def_nemo.xml"/>
+
+  <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/file_def_nemo-ice.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/file_def_nemo-ice.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/file_def_nemo-ice.xml	(revision 15719)
@@ -0,0 +1,61 @@
+<?xml version="1.0"?>
+
+<file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1mo" min_digits="4">
+
+
+  <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."> <!-- 1h files -->
+
+    <file id="file21" name_suffix="_icemod" description="ice variables" enabled=".true." compression_level="3" >
+
+      <!-- heat -->
+      <field field_ref="icettop"          name="sittop" />  <!-- surface ice temperature -->
+
+
+      <!-- momentum -->
+      <!--
+          <field field_ref="uice"             name="sivelu"  />
+          <field field_ref="vice"             name="sivelv"  />
+          <field field_ref="icevel"           name="sivelo"  />
+          <field field_ref="utau_ai"          name="utau_ai" />
+          <field field_ref="vtau_ai"          name="vtau_ai" />
+      -->
+      <field field_ref="taum_ai"          name="taum_ai" />
+
+      <!-- heat fluxes -->
+
+      <!--
+          <field field_ref="qt_oce_ai"        name="qt_oce_ai"  />
+          <field field_ref="qtr_ice_top"      name="qtr_ice_top"/>
+          <field field_ref="qtr_ice_bot"      name="qtr_ice_bot"/>
+          <field field_ref="qemp_ice"         name="qemp_ice"   />
+          <field field_ref="albedo"           name="albedo"     />
+      -->
+      <field field_ref="iceconc"         name="iceconc" />
+      <field field_ref="qt_ice"          name="qt_ice"  />
+      <field field_ref="qns_ice"         name="qns_ice" />
+      <field field_ref="qla_ice"         name="qla_ice" />
+      <field field_ref="qsb_ice"         name="qsb_ice" />
+      <field field_ref="qsr_ice"         name="qsr_ice" />
+      <field field_ref="qlw_ice"         name="qlw_ice" />
+      <field field_ref="icealb_cat"      name="alb_ice" />
+      <field field_ref="Cd_ice"          name="Cd_ice"  />
+      <field field_ref="Ce_ice"          name="Ce_ice"  />
+      <field field_ref="Ch_ice"          name="Ch_ice"  />
+    </file>
+
+  </file_group>
+
+  <file_group id="1ts" output_freq="1ts" output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+  <file_group id="2h"  output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+  <file_group id="3h"  output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->
+  <file_group id="4h"  output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+  <file_group id="6h"  output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->
+  <file_group id="1d"  output_freq="1d"  output_level="10" enabled=".TRUE."/> <!-- 1d files -->
+  <file_group id="3d"  output_freq="3d"  output_level="10" enabled=".TRUE."/> <!-- 3d files -->
+  <file_group id="5d"  output_freq="5d"  output_level="10" enabled=".TRUE."/> <!-- 5d files -->
+  <file_group id="1m"  output_freq="1mo" output_level="10" enabled=".TRUE."/> <!-- real monthly files -->
+  <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+  <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+  <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+</file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,68 @@
+<?xml version="1.0"?>
+
+<file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1mo" min_digits="4">
+
+
+  <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."> <!-- 1h files -->
+
+    <file id="file1" name_suffix="_gridT" description="ocean T grid variables" compression_level="3" >
+      <field field_ref="t_skin"       name="t_skin"   />
+      <field field_ref="sst_m"        name="sst"      />
+      <field field_ref="sss_m"        name="sss"      />
+      <field field_ref="ssu_m"        name="ssu"      />
+      <field field_ref="ssv_m"        name="ssv"      />
+      <!--    -->
+      <field field_ref="rho_air"      name="rho_air"  />
+      <field field_ref="dt_skin"      name="dt_skin"  />
+      <!--    -->
+      <field field_ref="qt_oce"       name="qt_oce"   />
+      <field field_ref="qsr_oce"      name="qsr_oce"  />
+      <field field_ref="qns_oce"      name="qns_oce"  />
+      <field field_ref="qla_oce"      name="qla_oce"  />
+      <field field_ref="qsb_oce"      name="qsb_oce"  />
+      <field field_ref="qlw_oce"      name="qlw_oce"  />
+      <field field_ref="qemp_oce"     name="qemp_oce" />
+      <!-- -->
+      <field field_ref="evap_oce"     name="evap_oce" />
+      <field field_ref="precip"       name="precip" />
+      <!-- <field field_ref="empmr"   name="empmr" /> -->
+      <!-- -->
+      <field field_ref="taum"         name="taum"   />
+      <field field_ref="wspd"         name="windsp" />
+      <!-- -->
+      <field field_ref="Cd_oce"       name="Cd_oce" />
+      <field field_ref="Ce_oce"       name="Ce_oce" />
+      <field field_ref="Ch_oce"       name="Ch_oce" />
+      <!-- -->
+      <field field_ref="theta_zt"     name="theta_zt" />
+      <field field_ref="q_zt"         name="q_zt" />
+      <field field_ref="theta_zu"     name="theta_zu" />
+      <field field_ref="q_zu"         name="q_zu" />
+      <field field_ref="ssq"          name="ssq" />
+      <field field_ref="wspd_blk"     name="wspd_blk" />      
+    </file>
+
+    <file id="file2" name_suffix="_gridU" description="ocean U grid variables" compression_level="3" >
+      <field field_ref="utau"         name="tauuo"    />
+    </file>
+
+    <file id="file3" name_suffix="_gridV" description="ocean V grid variables" compression_level="3" >
+      <field field_ref="vtau"         name="tauvo"    />
+    </file>
+
+  </file_group>
+
+  <file_group id="1ts" output_freq="1ts" output_level="10" enabled=".TRUE."/> <!-- 1 time step files -->
+  <file_group id="2h"  output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+  <file_group id="3h"  output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->
+  <file_group id="4h"  output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+  <file_group id="6h"  output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->
+  <file_group id="1d"  output_freq="1d"  output_level="10" enabled=".TRUE."/> <!-- 1d files -->
+  <file_group id="3d"  output_freq="3d"  output_level="10" enabled=".TRUE."/> <!-- 3d files -->
+  <file_group id="5d"  output_freq="5d"  output_level="10" enabled=".TRUE."/> <!-- 5d files -->
+  <file_group id="1m"  output_freq="1mo" output_level="10" enabled=".TRUE."/> <!-- real monthly files -->
+  <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+  <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+  <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+</file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">false</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string">oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/launch_sasf.sh
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/launch_sasf.sh	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/launch_sasf.sh	(revision 15719)
@@ -0,0 +1,233 @@
+#!/bin/bash
+
+################################################################
+#
+# Script to launch a set of STATION_ASF simulations
+#
+#  Ocean-only version....
+#
+# L. Brodeau, 2020
+#
+################################################################
+
+CONFIG="STATION_ASF" ; # general name of the configuration
+CONFIG_BLD="STATION_ASF2" ; # name of config as build in NEMO... (directory inside "tests" actually contains the compiled test-case?)
+
+# Atmo + SSX forcing to use and sea-ice support?
+#     => FORCING: name of forcing
+#     => i_sea_ice: whether to compute fluxes over sea-ice as well
+#     => SFORC: string sufficient to copy relevant files as in "*${SFORC}*.nc"
+#FORCING="PAPA"                 ; i_sea_ice=0 ; SFORC="Station_PAPA_50N-145W"
+FORCING="ERA5_NorthGreenland" ; i_sea_ice=1 ; SFORC="ERA5_NorthGreenland_surface_84N_-36E_1h" ; # WITH ice/air flux computation
+#FORCING="ERA5_NorthGreenland" ; i_sea_ice=0 ; SFORC="ERA5_NorthGreenland_surface_84N_-36E_1h" ; # "ERA5_arctic" WITHOUT ice/air flux computation
+
+
+# Root directory NEMOGCM reference depository where to fetch compiled STATION_ASF nemo.exe + default namelists:
+NEMO_REF_DIR="`dirname ${PWD} | sed -e 's|/tests/STATION_ASF||g'`" ; # that should normally do the trick!
+
+# NEMOGCM root directory where to fetch compiled STATION_ASF nemo.exe:
+SASF_WRK_DIR="${NEMO_REF_DIR}/tests/${CONFIG_BLD}"
+
+# DATA_IN_DIR => Directory containing sea-surface + atmospheric forcings:
+DATA_IN_DIR="${NEMO_REF_DIR}/tests/${CONFIG}/input_data"
+
+# Directory where to run the simulation:
+PROD_DIR="${HOME}/tmp/${CONFIG}"
+
+# MPI launch command for your system
+# Even though we are running on 1 proc here, NEMO has likely been compiled with MPI,
+# if it's not the case then just leave "MPI_LAUNCH" void...
+MPI_LAUNCH="mpirun -n 1"
+
+####### End of normal user configurable section #######
+#================================================================================
+
+iconv_1d=1
+if [ "`which ncks`" = "" ]; then
+    echo
+    echo "WARNING: you do not seem to have NCO installed here... You should!"
+    echo "      => anyway! will do without, but output netCDF files will remaine 3x3 in space :( "
+    echo
+    iconv_1d=0
+    sleep 3
+fi
+
+HERE=`pwd`
+
+echo
+
+# Is the nemo.exe of STATION_ASF compiled with sea-ice support (SI3) ?
+i_si3=0
+FCPP="${SASF_WRK_DIR}/cpp_${CONFIG_BLD}.fcm"
+if [ ! -f ${FCPP} ]; then echo " Mhhh, we could not find 'cpp_STATION_ASF.fcm' into `dirname ${FCPP}` !"; exit; fi
+ca=`cat ${FCPP} | grep 'key_si3'`
+
+if [ "${ca}" = "" ]; then
+    echo " *** NEMO was NOT compiled with sea-ice support (SI3) !" ; echo
+    if [ ${i_sea_ice} -eq 1 ]; then
+        echo " ===> so you cannot request ice-air flux computation !"
+        echo "     ===> please set i_sea_ice=0 or compile STATION_ASF with CPP key 'key_si3' !"
+        echo ; exit
+    fi
+else
+    echo " *** NEMO was apparently compiled with sea-ice support (SI3) !" ; echo
+    i_si3=1
+fi
+
+# Ok things are a bit different whether we compute fluxes over open ocean only or open ocean + sea-ice
+
+DIR_F=`echo ${FORCING} | cut -d'_' -f1` ; # "ERA5_blabla" => "ERA5" !
+
+if [ ${i_sea_ice} -eq 1 ]; then
+    # OPEN-OCEAN/AIR + SEA-ICE/AIR flux computation
+    #   - simpler if we only use one Open-ocean/air algo (ECMWF)
+    LIST_OA_ALGOS="ECMWF" ;          # list of air-sea algorithms to test
+    LIST_IA_ALGOS="AN05 LG15 LU12 CSTC" ; # list of air-ice algorithms to test
+    DIR_NL=${DIR_F}/oce+ice ; # where to fetch the namelists from...
+else
+    # Only OPEN-OCEAN/AIR flux computation
+    LIST_OA_ALGOS="NCAR ECMWF COARE3p6 ANDREAS"; # list of air-sea algorithms to test
+    LIST_IA_ALGOS=""
+    DIR_NL=${DIR_F}/oce ; # where to fetch the namelists from...
+fi
+if [ ! -d ${DIR_NL} ]; then echo " Mhhh, ${DIR_NL} not found !"; exit; fi
+
+
+
+# NEMO executable to use is:
+NEMO_EXE="${SASF_WRK_DIR}/BLD/bin/nemo.exe"
+if [ ! -f ${NEMO_EXE} ]; then echo " Mhhh, no compiled 'nemo.exe' found into `dirname ${NEMO_EXE}` !"; exit; fi
+
+SASF_EXPREF=`pwd`  ; # STATION_ASF EXPREF directory from which to use namelists and XIOS xml files...
+
+CFGS_SHARED="${NEMO_REF_DIR}/cfgs/SHARED"
+if [ ! -d ${CFGS_SHARED} ]; then echo "PROBLEM!!! => could not find directory ${CFGS_SHARED} !"; exit; fi
+
+if [ ! -d ${DATA_IN_DIR} ]; then echo "PROBLEM!!! => could not find directory 'input_data' with input forcing..."; exit; fi
+
+cdt_cmpl="`\ls -l ${NEMO_EXE} | cut -d' ' -f 6,7,8`"
+
+echo "###########################################################"
+echo "#        S T A T I O N   A i r  -  S e a   F l u x        #"
+echo "###########################################################"
+echo
+echo "  * NEMO reference root directory is: ${NEMO_REF_DIR}"
+echo "  * STATION_ASF work directory is: ${SASF_WRK_DIR}"
+echo "       ==> NEMO EXE to use: ${NEMO_EXE}"
+echo "           ==> compiled: ${cdt_cmpl} !"
+echo
+echo "  * Input forcing data into: ${DATA_IN_DIR}"
+echo "  * Production will be done into: ${PROD_DIR}"
+echo "  * Directory in which namelists and xml files are fetched:"
+echo "       ==> ${SASF_EXPREF}"
+echo
+sleep 2
+
+mkdir -p ${PROD_DIR}
+
+rsync -avP ${NEMO_EXE}          ${PROD_DIR}/
+ln -sf      ${NEMO_EXE}          ${PROD_DIR}/nemo.exe.lnk
+
+
+# XIOS xml file
+################
+
+list_xml_ref="field_def_nemo-oce.xml domain_def_nemo.xml grid_def_nemo.xml"
+list_xml_cfg="iodef.xml file_def_nemo-oce.xml"
+fcntxt="context_nemo_OCE.xml"
+if [ ${i_sea_ice} -eq 1 ]; then
+    list_xml_ref+=" field_def_nemo-ice.xml"
+    list_xml_cfg+=" file_def_nemo-ice.xml"
+    fcntxt="context_nemo_OCE+ICE.xml"
+fi
+
+# The "context_nemo.xml" file:
+if [ ! -f ${SASF_EXPREF}/${fcntxt} ]; then echo " Mhhh, ${fcntxt} not found into ${SASF_EXPREF} !"; exit; fi
+rsync -avPL ${SASF_EXPREF}/${fcntxt} ${PROD_DIR}/context_nemo.xml
+
+# All remaining "*.xml" files:
+for ff in ${list_xml_cfg} ; do
+    if [ ! -f ${SASF_EXPREF}/${ff} ]; then echo " Mhhh, ${ff} not found into ${SASF_EXPREF} !"; exit; fi
+    rsync -avPL ${SASF_EXPREF}/${ff} ${PROD_DIR}/
+done
+for ff in ${list_xml_ref} ; do
+    if [ ! -f ${CFGS_SHARED}/${ff} ]; then echo " Mhhh, ${ff} not found into ${CFGS_SHARED} !"; exit; fi
+    rsync -avPL ${CFGS_SHARED}/${ff} ${PROD_DIR}/
+done
+
+
+# Copy forcing to work directory:
+echo ; echo "Forcing files to use:"
+\ls -l ${DATA_IN_DIR}/*${SFORC}*.nc
+echo
+rsync -avPL ${DATA_IN_DIR}/*${SFORC}*.nc ${PROD_DIR}/
+echo; echo
+
+
+if [ "${LIST_IA_ALGOS}" = "" ]; then LIST_IA_ALGOS="none"; fi
+
+echo
+
+for OA_A in ${LIST_OA_ALGOS}; do
+    for IA_A in ${LIST_IA_ALGOS}; do
+
+        echo        
+        CASE="${OA_A}"
+        if [ ${i_sea_ice} -eq 1 ] && [ "${IA_A}" != "none" ]; then CASE="${OA_A}-${IA_A}"; fi
+
+        echo ; echo
+        echo "======================================================================="
+        echo " Going for experiment: ${CASE} bulk param. with ${FORCING} forcing "
+        echo "======================================================================="
+        echo
+
+        scase=`echo "${CASE}" | tr '[:upper:]' '[:lower:]'`
+
+        rm -f ${PROD_DIR}/namelist_cfg
+        fnml="${SASF_EXPREF}/${DIR_NL}/namelist_${scase}_cfg"
+        if [ ! -f ${fnml} ]; then echo " Mhhh, test namelist ${fnml} not found !"; exit; fi
+
+        echo "   ===> namelist to use is: ${DIR_NL}/namelist_${scase}_cfg !"; echo
+        
+        # The namelists:
+        #rsync -avPL ${fnml} ${PROD_DIR}/namelist_cfg
+        sed -e "s|<FORCING>|${FORCING}|g" -e "s|<SFORC>|${SFORC}|g" ${fnml} > ${PROD_DIR}/namelist_cfg
+
+        rsync -avPL ${CFGS_SHARED}/namelist_ref                    ${PROD_DIR}/namelist_ref
+        if [ ${i_sea_ice} -eq 1 ]; then
+            rsync -avPL ${SASF_EXPREF}/namelist_ice_cfg ${PROD_DIR}/namelist_ice_cfg
+            rsync -avPL ${CFGS_SHARED}/namelist_ice_ref ${PROD_DIR}/namelist_ice_ref
+        fi
+    
+        cd ${PROD_DIR}/
+        echo
+        echo "Launching NEMO ! (==> ${MPI_LAUNCH} ./nemo.exe)"
+        ${MPI_LAUNCH} ./nemo.exe 1>out_nemo.out 2>err_nemo.err
+        echo "Done!"
+        echo
+
+        # Moving output files:
+        mkdir -p output
+        mv -f ${CONFIG}-${CASE}_${FORCING}_*_grid*.nc output/
+        if [ ${i_sea_ice} -eq 1 ]; then mv -f ${CONFIG}-${CASE}_${FORCING}_*_icemod.nc output/; fi
+
+        # Saving logs:
+        mkdir -p ${CASE}_${FORCING}_log
+        mv -f *.out *.err ocean.output output.namelist.dyn ${CASE}_${FORCING}_log/
+
+        if [ ${iconv_1d} -eq 1 ]; then
+        # Making 3x3 to 1 !
+        cd output/
+        list=`\ls ${CONFIG}*${CASE}_${FORCING}_*.nc | grep -v '_restart_'| grep -v '_1p.nc'`
+        for ff in ${list}; do
+            echo
+            fn=`echo ${ff} | sed -e "s|.nc|_1p.nc|g"`
+            CMD="ncks -O -d x,1 -d y,1 ${ff} -o ${fn}"
+            echo " *** ${CMD}"; ${CMD}
+            echo
+        done
+        fi
+
+    done
+
+done
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/namelist_ice_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/namelist_ice_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/namelist_ice_cfg	(revision 15719)
@@ -0,0 +1,85 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! SI3 configuration namelist: Overwrites SHARED/namelist_ice_ref
+!!              1 - Generic parameters                 (nampar)
+!!              2 - Ice thickness discretization       (namitd)
+!!              3 - Ice dynamics                       (namdyn)
+!!              4 - Ice ridging/rafting                (namdyn_rdgrft)
+!!              5 - Ice rheology                       (namdyn_rhg)
+!!              6 - Ice advection                      (namdyn_adv)
+!!              7 - Ice surface boundary conditions    (namsbc)
+!!              8 - Ice thermodynamics                 (namthd)
+!!              9 - Ice heat diffusion                 (namthd_zdf)
+!!             10 - Ice lateral melting                (namthd_da)
+!!             11 - Ice growth in open water           (namthd_do)
+!!             12 - Ice salinity                       (namthd_sal)
+!!             13 - Ice melt ponds                     (namthd_pnd)
+!!             14 - Ice initialization                 (namini)
+!!             15 - Ice/snow albedos                   (namalb)
+!!             16 - Ice diagnostics                    (namdia)
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!
+!------------------------------------------------------------------------------
+&nampar         !   Generic parameters
+!------------------------------------------------------------------------------
+   jpl              =   1             !  number of ice  categories
+/
+!------------------------------------------------------------------------------
+&namitd         !   Ice discretization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn         !   Ice dynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rdgrft  !   Ice ridging/rafting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_rhg     !   Ice rheology
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdyn_adv     !   Ice advection
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namsbc         !   Ice surface boundary conditions
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd         !   Ice thermodynamics
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_zdf     !   Ice heat diffusion
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_da      !   Ice lateral melting
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_do      !   Ice growth in open water
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_sal     !   Ice salinity
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namthd_pnd     !   Melt ponds
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namini         !   Ice initialization
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namalb         !   albedo parameters
+!------------------------------------------------------------------------------
+/
+!------------------------------------------------------------------------------
+&namdia         !   Diagnostics
+!------------------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/plot_station_asf_ICE.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/plot_station_asf_ICE.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/plot_station_asf_ICE.py	(revision 15719)
@@ -0,0 +1,280 @@
+#!/usr/bin/env python3
+# -*- Mode: Python; coding: utf-8; indent-tabs-mode: nil; tab-width: 4 -*-
+#
+##########################################################################################
+# Post-diagnostic of STATION_ASF for air-ice fluxes (over sea-ice)
+#
+#  L. Brodeau, 2020
+##########################################################################################
+
+import sys
+from os import path, listdir
+import argparse as ap
+from math import floor, ceil, copysign, log
+import numpy as nmp
+from netCDF4 import Dataset,num2date
+import matplotlib as mpl
+mpl.use('Agg')
+import matplotlib.pyplot as plt
+import matplotlib.dates as mdates
+
+dir_figs='.'
+size_fig=(13,8.5)
+size_fig0=(12,10)
+
+clr_red = '#AD0000'
+clr_mod = '#008ab8'
+
+rDPI=100.
+
+#ffed00: yellow ON
+#E8A727: ornage
+
+l_color = [ '0.3' , '#E8A727', '0.1'  , '#008ab8'  ] ; # colors to differentiate algos on the plot
+l_width = [   2   ,    2     ,  1.5   ,    2       ] ; # line-width to differentiate algos on the plot
+l_style = [  '-'  ,    '-'   , '--'   ,   '-'      ] ; # line-style
+
+
+# Variables to compare between algorithms
+############################################
+crealm = 'sea-ice'
+L_VNEM = [   'Cd_ice',   'Ch_ice',   'qla_ice' ,   'qsb_ice'   ,  'qt_ice'    ,  'qlw_ice'  ,  'qsr_ice'  , 'taum_ai'   ]
+L_VARO = [     'Cd'  ,     'Ch'  ,   'Qlat'    ,    'Qsen'     ,   'Qnet'     ,   'Qlw'     ,    'Qsw'    ,  'Tau'      ]
+L_VARL = [ r'$C_{D}$', r'$C_{H}$', r'$Q_{lat}$', r'$Q_{sens}$' , r'$Q_{net}$' , r'$Q_{lw}$' , r'$Q_{sw}$' , r'$|\tau|$' ]
+L_VUNT = [     ''    ,     ''    , r'$W/m^2$'  , r'$W/m^2$'    , r'$W/m^2$'   , r'$W/m^2$'  , r'$W/m^2$'  , r'$N/m^2$'  ]
+L_BASE = [    0.0005 ,    0.0005 ,      5.     ,     5.        ,     5.       ,    5.       ,     5.      ,    0.05     ]
+L_PREC = [     3     ,     3     ,      0     ,      0        ,      0      ,      0        ,     0       ,     2       ]
+L_ANOM = [   False   ,   False   ,   True      ,    True       ,    True      ,    True     ,    True     ,   True      ]
+L_MAXT = [  10000.   ,     10000.,  10000.   ,  10000.      ,  10000.    ,  10000.      , 10000.     ,      1.5    ]
+L_MINT = [    0.001  ,     0.001 , -10000.   , -10000.      , -10000.    , -10000.      ,-10000.     ,   -10000.   ]
+
+
+# About STATION_ASF output files to read:
+cpref = 'STATION_ASF-'          ; np = len(cpref)
+csuff = '_icemod.nc'            ; ns = len(csuff)
+cclnd = '_1h_YYYY0101_YYYY1231' ; nc = len(cclnd)
+
+
+################## ARGUMENT PARSING / USAGE ################################################################################################
+parser = ap.ArgumentParser(description='Generate pixel maps of a given scalar.')
+#
+requiredNamed = parser.add_argument_group('required arguments')
+requiredNamed.add_argument('-d', '--dirout' , required=True,                 help='Path to (production) directory where STATION_ASF was run')
+requiredNamed.add_argument('-f', '--forcing', required=True, default="PAPA", help='Name of forcing (ex: PAPA, ERA5_arctic')
+#
+parser.add_argument('-C', '--conf',   default="STATION_ASF",  help='specify NEMO config (ex: STATION_ASF)')
+parser.add_argument('-s', '--ystart', default="2018",         help='specify first year of experiment (ex: 2018)')
+parser.add_argument('-e', '--yend',   default="2018",         help='specify last  year of experiment (ex: 2018)')
+#
+parser.add_argument('-t', '--itype',   default="png",         help='specify the type of image you want to create (ex: png, svg, etc.)')
+#parser.add_argument('-l', '--lev' , type=int, default=0,    help='specify the level to use if 3D field (default: 0 => 2D)')
+#parser.add_argument('-I', '--ice' , action='store_true',    help='draw sea-ice concentration layer onto the field')
+#
+args = parser.parse_args()
+#
+cdir_data = args.dirout
+cforcing  = args.forcing
+#
+CONF      = args.conf
+cy1       = args.ystart
+cy2       = args.yend
+#
+fig_ext   = args.itype
+#jk    = args.lev
+#lshow_ice = args.ice
+#
+#print(''); print(' *** cdir_data = ', cdir_data); print(' *** cforcing  = ', cforcing)
+#print(' *** CONF = ', CONF); print(' *** cy1 = ', cy1); print(' *** cy2 = ', cy2)
+###############################################################################################################################################
+
+
+
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+# Populating and checking existence of files to be read
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+
+dir_out = cdir_data+'/output'
+ldir = listdir(dir_out)
+cf_in    = []
+list_exp = []
+list_ext = [] ; # for title
+list_frc = []
+for fn in ldir:
+    fpn = dir_out+'/'+fn
+    if path.isfile(fpn):
+        if fn[:np]==cpref and fn[-ns:]==csuff and cforcing in fn:
+            print('\n file: '+fn)
+            clab = fn[np:-nc-ns]
+            [ cexp, cfrc ] = str.split(clab, '_', 1)
+            cexp = cexp.split('-')[1] ; # removing air-sea algo name...
+            cext = cexp
+            if   cexp == "LG15":
+                cext ="Lüpkes & Gryanik, 2015"
+            elif cexp == "LU12":
+                cext ="Lüpkes et al., 2012"
+            elif cexp == "AN05":
+                cext ="Andreas et al., 2005"
+            elif cexp == "CSTC":
+                cext ="Constant coefficients"
+            print('  ===> Experiment = '+cexp+' ('+cext+'), Forcing = '+cfrc)
+            list_exp.append(cexp)
+            list_ext.append(cext)
+            list_frc.append(cfrc)
+            cf_in.append(fpn)
+nbf = len( set(list_frc) )
+
+
+
+if nbf == 0:
+    print('PROBLEM: we found no files corresponding to a forcing!')
+    sys.exit(0)
+print("list_frc =>",list_frc)
+if not nbf == 1:
+    print('PROBLEM: we found files for more that one forcing: ', set(list_frc))
+    sys.exit(0)
+
+nb_exp = len(list_exp)
+
+
+print('\n\nThere are '+str(nb_exp)+' experiments to compare:')
+for ja in range(nb_exp): print('  * '+list_exp[ja]+'\n'+'     ==> '+cf_in[ja]+'\n')
+
+if nb_exp > len(l_color):
+    print('PROBLEM: the max number of experiments for comparison is '+str(len(l_color))+' for now...')
+    sys.exit(0)
+
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+
+
+def round_bounds( x1, x2,  base=5, prec=3 ):
+    rmin =  base * round( floor(float(x1)/base), prec )
+    rmax =  base * round(  ceil(float(x2)/base), prec )
+    return rmin, rmax
+
+
+# Getting time array from the first file:
+id_in = Dataset(cf_in[0])
+vt = id_in.variables['time_counter'][:]
+cunit_t = id_in.variables['time_counter'].units ; print(' "time_counter" is in "'+cunit_t+'"')
+id_in.close()
+Nt = len(vt)
+
+vtime = num2date(vt, units=cunit_t) ; # something human!
+vtime = vtime.astype(dtype='datetime64[D]')
+
+ii=Nt/300
+ib=max(ii-ii%10,1)
+xticks_d=int(30*ib)
+
+rat = 100./float(rDPI)
+params = { 'font.family':'Open Sans',
+           'font.size':       int(15.*rat),
+           'legend.fontsize': int(15.*rat),
+           'xtick.labelsize': int(15.*rat),
+           'ytick.labelsize': int(15.*rat),
+           'axes.labelsize':  int(16.*rat)
+}
+mpl.rcParams.update(params)
+font_inf = { 'fontname':'Open Sans', 'fontweight':'normal', 'fontsize':18.*rat }
+font_x   = { 'fontname':'Open Sans', 'fontweight':'normal', 'fontsize':15.*rat }
+
+
+# Now we compare output variables from bulk algorithms between them:
+
+nb_var = len(L_VNEM)
+
+xF  = nmp.zeros((Nt,nb_exp))
+xFa = nmp.zeros((Nt,nb_exp))
+
+
+for jv in range(nb_var):
+    print('\n *** Treating variable: '+L_VARO[jv]+' !')
+
+    for ja in range(nb_exp):
+        #
+        id_in = Dataset(cf_in[ja])
+        xF[:,ja] = id_in.variables[L_VNEM[jv]][:,1,1]  ; # only the center point of the 3x3 spatial domain!
+        if ja == 0: cvar_lnm = id_in.variables[L_VNEM[jv]].long_name
+        id_in.close()
+        #
+        id_toolarge, = nmp.where( xF[:,ja] > L_MAXT[jv] ) # 
+        xF[id_toolarge,ja] = L_MAXT[jv]
+        id_toosmall, = nmp.where( xF[:,ja] < L_MINT[jv] ) ; print("id_toosmall =", id_toosmall)
+        xF[id_toosmall,ja] = L_MINT[jv]
+
+    idx_okay = nmp.where( nmp.abs(xF) < 1.e+10 )
+
+    #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+    fig = plt.figure(num = jv, figsize=size_fig, facecolor='w', edgecolor='k')
+    ax1 = plt.axes([0.083, 0.23, 0.9, 0.7])
+    ax1.set_xticks(vtime[::xticks_d])
+    #ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))
+    ax1.format_xdata = mdates.DateFormatter('%Y-%m-%d %H:%M:%S')
+    plt.xticks(rotation='60', **font_x)
+
+    for ja in range(nb_exp):
+        fplot = nmp.ma.masked_where( xF[:,ja]==0., xF[:,ja] )
+        plt.plot(vtime, fplot, '-', color=l_color[ja], \
+                 linestyle=l_style[ja], linewidth=l_width[ja], label=list_ext[ja], alpha=0.6 ) #zorder=10+ja)
+
+    fmin, fmax = round_bounds( nmp.min(xF[idx_okay]) , nmp.max(xF[idx_okay]), base=L_BASE[jv], prec=L_PREC[jv])
+    ax1.set_ylim(fmin, fmax) ; ax1.set_xlim(vtime[0],vtime[Nt-1])
+    plt.ylabel(L_VARL[jv]+' ['+L_VUNT[jv]+']')
+
+    ax1.grid(color='k', linestyle='-', linewidth=0.3)
+    plt.legend(loc='best', ncol=1, shadow=True, fancybox=True)
+    ax1.annotate(cvar_lnm+', station: '+cforcing, xy=(0.5, 1.04), xycoords='axes fraction', \
+                 ha='center', bbox={'facecolor':'w', 'alpha':1., 'pad':10}, \
+                 zorder=50, **font_inf)
+    plt.savefig(L_VARO[jv]+'_'+cforcing+'_'+crealm+'.'+fig_ext, dpi=int(rDPI), transparent=False)
+    plt.close(jv)
+    #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+
+
+
+    def symetric_range( pmin, pmax ):
+        # Returns a symetric f-range that makes sense for the anomaly of "f" we're looking at...
+        from math import floor, copysign, log, ceil
+        zmax = max( abs(pmax) , abs(pmin) )
+        romagn = floor(log(zmax, 10)) ; # order of magnitude of the anomaly  we're dealing with
+        rmlt = 10.**(int(romagn)) / 2.
+        frng = copysign( ceil(abs(zmax)/rmlt)*rmlt , zmax)
+        return frng
+
+
+    if L_ANOM[jv]:
+
+        for ja in range(nb_exp): xFa[:,ja] = xF[:,ja] - nmp.mean(xF,axis=1)
+
+        if nmp.sum(nmp.abs(xFa[:,:])) == 0.0:
+            print('     Well! Seems that for variable '+L_VARO[jv]+', choice of algo has no impact a all!')
+            print('          ==> skipping anomaly plot...')
+
+        else:
+
+            yrng = symetric_range( nmp.min(xFa) , nmp.max(xFa) )
+
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+            fig = plt.figure(num = 10+jv, figsize=size_fig, facecolor='w', edgecolor='k')
+            ax1 = plt.axes([0.09, 0.23, 0.9, 0.7])
+            ax1.set_xticks(vtime[::xticks_d])
+            ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))
+            plt.xticks(rotation='60', **font_x)
+
+            for ja in range(nb_exp):
+                fplot = nmp.ma.masked_where( xF[:,ja]==0., xF[:,ja] )
+                plt.plot(vtime, fplot, '-', color=l_color[ja], \
+                         linewidth=l_width[ja], label=list_exp[ja], alpha=0.6) #, zorder=10+ja)
+
+            ax1.set_ylim(-yrng,yrng) ; ax1.set_xlim(vtime[0],vtime[Nt-1])
+            plt.ylabel(L_VARL[jv]+' ['+L_VUNT[jv]+']')
+            ax1.grid(color='k', linestyle='-', linewidth=0.3)
+            plt.legend(bbox_to_anchor=(0.45, 0.2), ncol=1, shadow=True, fancybox=True)
+            ax1.annotate('Anomaly of '+cvar_lnm+', station: '+cforcing, xy=(0.5, 1.04), xycoords='axes fraction', \
+                         ha='center', bbox={'facecolor':'w', 'alpha':1., 'pad':10}, \
+                         zorder=50, **font_inf)
+            plt.savefig(L_VARO[jv]+'_'+cforcing+'_anomaly_'+crealm+'.'+fig_ext, dpi=int(rDPI), transparent=False)
+            plt.close(10+jv)
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/plot_station_asf_OCE.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/plot_station_asf_OCE.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/EXPREF/plot_station_asf_OCE.py	(revision 15719)
@@ -0,0 +1,314 @@
+#!/usr/bin/env python3
+# -*- Mode: Python; coding: utf-8; indent-tabs-mode: nil; tab-width: 4 -*-
+#
+##########################################################################################
+# Post-diagnostic of STATION_ASF for air-sea fluxes (over open ocean)
+#
+#  L. Brodeau, 2020
+##########################################################################################
+
+import sys
+from os import path, listdir
+import argparse as ap
+from math import floor, ceil, copysign, log
+import numpy as nmp
+from netCDF4 import Dataset,num2date
+import matplotlib as mpl
+mpl.use('Agg')
+import matplotlib.pyplot as plt
+import matplotlib.dates as mdates
+
+dir_figs='.'
+size_fig=(13,8.5)
+size_fig0=(12,10)
+
+clr_red = '#AD0000'
+clr_mod = '#008ab8'
+
+rDPI=100.
+
+#l_color = [ '0.85'    ,  '#ffed00' , '#008ab8' , '0.4'  ] ; # colors to differentiate algos on the plot
+#l_width = [  4        ,     3      ,    2      ,  1     ] ; # line-width to differentiate algos on the plot
+#l_style = [ '-'       ,    '-'     ,   '-'     , '--'   ] ; # line-style
+
+#ffed00: yellow ON
+#E8A727: ornage
+
+l_color = [ '0.3' , '#E8A727', '0.1'  , '#008ab8'  ] ; # colors to differentiate algos on the plot
+l_width = [   2   ,    2     ,  1.5   ,    2       ] ; # line-width to differentiate algos on the plot
+l_style = [  '-'  ,    '-'   , '--'   ,   '-'      ] ; # line-style
+
+
+# Variables to compare between algorithms
+############################################
+crealm = 'open-ocean'
+L_VNEM = [   'Cd_oce'  ,   'Ce_oce'  ,   'qla_oce' , 'qsb_oce'     ,     'qt_oce' ,   'qlw_oce' ,  'taum'     ,    'dt_skin'         ]
+L_VARO = [     'Cd'    ,     'Ce'    ,   'Qlat'    ,    'Qsen'     ,     'Qnet'   ,   'Qlw'     ,  'Tau'      ,    'dT_skin'         ] ; # name of variable on figure
+L_VARL = [ r'$C_{D}$'  , r'$C_{E}$'  , r'$Q_{lat}$', r'$Q_{sens}$' , r'$Q_{net}$' , r'$Q_{lw}$' , r'$|\tau|$' , r'$\Delta T_{skin}$' ] ; # name of variable in latex mode
+L_VUNT = [     ''      ,     ''      , r'$W/m^2$'  , r'$W/m^2$'    , r'$W/m^2$'   , r'$W/m^2$'  , r'$N/m^2$'  ,      'K'             ]
+L_BASE = [    0.0005   ,    0.0005   ,      5.     ,      5.       ,       5      ,      5.     ,    0.05      ,       0.05           ]
+L_PREC = [      3      ,      3      ,      0      ,      0        ,       0      ,      0      ,     2       ,        3             ]
+L_ANOM = [   False     ,   False     ,   True      ,    True       ,    True      ,    True     ,   True      ,      False           ]
+L_MAXT = [  10000.   ,     10000.,  10000.   ,  10000.      ,  10000.    ,  10000.      , 10000.     ,      1.5    ]
+L_MINT = [    0.001  ,     0.001 , -10000.   , -10000.      , -10000.    , -10000.      ,-10000.     ,   -10000.   ]
+
+# About STATION_ASF output files to read:
+cpref = 'STATION_ASF-'          ; np = len(cpref)
+csuff = '_gridT.nc'             ; ns = len(csuff)
+cclnd = '_1h_YYYY0101_YYYY1231' ; nc = len(cclnd)
+
+
+################## ARGUMENT PARSING / USAGE ################################################################################################
+parser = ap.ArgumentParser(description='Generate pixel maps of a given scalar.')
+#
+requiredNamed = parser.add_argument_group('required arguments')
+requiredNamed.add_argument('-d', '--dirout' , required=True,                 help='Path to (production) directory where STATION_ASF was run')
+requiredNamed.add_argument('-f', '--forcing', required=True, default="PAPA", help='Name of forcing (ex: PAPA, ERA5_arctic')
+#
+parser.add_argument('-C', '--conf',   default="STATION_ASF",  help='specify NEMO config (ex: STATION_ASF)')
+parser.add_argument('-s', '--ystart', default="2018",         help='specify first year of experiment (ex: 2018)')
+parser.add_argument('-e', '--yend',   default="2018",         help='specify last  year of experiment (ex: 2018)')
+#
+parser.add_argument('-t', '--itype',   default="png",         help='specify the type of image you want to create (ex: png, svg, etc.)')
+#parser.add_argument('-l', '--lev' , type=int, default=0,    help='specify the level to use if 3D field (default: 0 => 2D)')
+#parser.add_argument('-I', '--ice' , action='store_true',    help='draw sea-ice concentration layer onto the field')
+#
+args = parser.parse_args()
+#
+cdir_data = args.dirout
+cforcing  = args.forcing
+#
+CONF      = args.conf
+cy1       = args.ystart
+cy2       = args.yend
+#
+fig_ext   = args.itype
+#jk    = args.lev
+#lshow_ice = args.ice
+#
+#print(''); print(' *** cdir_data = ', cdir_data); print(' *** cforcing  = ', cforcing)
+#print(' *** CONF = ', CONF); print(' *** cy1 = ', cy1); print(' *** cy2 = ', cy2)
+###############################################################################################################################################
+
+
+
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+# Populating and checking existence of files to be read
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+
+dir_out = cdir_data+'/output'
+ldir = listdir(dir_out)
+
+cf_in    = []
+list_exp = []
+list_frc = []
+for fn in ldir:
+    fpn = dir_out+'/'+fn
+    if path.isfile(dir_out+'/'+fn):
+        if fn[:np]==cpref and fn[-ns:]==csuff and cforcing in fn:
+            print('\n file: '+fn)
+            clab = fn[np:-nc-ns]
+            [ cexp, cfrc ] = str.split(clab, '_', 1)
+            print('  ===> Experiment = '+cexp+', Forcing = '+cfrc)
+            list_exp.append(cexp)
+            list_frc.append(cfrc)
+            cf_in.append(fpn)
+nbf = len( set(list_frc) )
+if not nbf == 1:
+    print('PROBLEM: we found files for more that one forcing: ', set(list_frc))
+    sys.exit(0)
+
+nb_exp = len(list_exp)
+
+
+print('\n\nThere are '+str(nb_exp)+' experiments to compare:')
+for ja in range(nb_exp): print('  * '+list_exp[ja]+'\n'+'     ==> '+cf_in[ja]+'\n')
+
+if nb_exp > len(l_color):
+    print('PROBLEM: the max number of experiments for comparison is '+str(len(l_color))+' for now...')
+    sys.exit(0)
+
+
+
+#-----------------------------------------------------------------
+
+
+def round_bounds( x1, x2,  base=5, prec=3 ):
+    rmin =  base * round( floor(float(x1)/base), prec )
+    rmax =  base * round(  ceil(float(x2)/base), prec )
+    return rmin, rmax
+
+
+# Getting time array from the first file:
+id_in = Dataset(cf_in[0])
+vt = id_in.variables['time_counter'][:]
+cunit_t = id_in.variables['time_counter'].units ; print(' "time_counter" is in "'+cunit_t+'"')
+id_in.close()
+Nt = len(vt)
+
+vtime = num2date(vt, units=cunit_t) ; # something human!
+vtime = vtime.astype(dtype='datetime64[D]')
+
+ii=Nt/300
+ib=max(ii-ii%10,1)
+xticks_d=int(30*ib)
+
+rat = 100./float(rDPI)
+params = { 'font.family':'Open Sans',
+           'font.size':       int(15.*rat),
+           'legend.fontsize': int(15.*rat),
+           'xtick.labelsize': int(15.*rat),
+           'ytick.labelsize': int(15.*rat),
+           'axes.labelsize':  int(16.*rat)
+}
+mpl.rcParams.update(params)
+font_inf = { 'fontname':'Open Sans', 'fontweight':'normal', 'fontsize':18.*rat }
+font_x   = { 'fontname':'Open Sans', 'fontweight':'normal', 'fontsize':15.*rat }
+
+
+
+
+
+# First for each algorithm we compare some input vs out put variables:
+
+# t_skin
+vtemp_in = [ 'sst'           ,               'theta_zu'               ,               'theta_zt'               ,     't_skin'       ]
+vtemp_lb = [ 'SST (bulk SST)', r'$\theta_{zu}$ (pot. air temp. at zu)', r'$\theta_{zt}$ (pot. air temp. at zt)', 'Skin temperature' ]
+vtemp_cl = [  'k'            ,                clr_mod                 ,                'purple'                ,      clr_red       ]
+vtemp_lw = [   3             ,                   1.3                  ,                   1.3                  ,         0.7        ]
+vtemp_ls = [     '-'         ,                   '-'                  ,                   '--'                 ,         '-'        ]
+ntemp = len(vtemp_in)
+
+xxx = nmp.zeros((Nt,ntemp))
+
+for ja in range(nb_exp):
+    #
+    # Temperatures...
+    id_in = Dataset(cf_in[ja])
+    for jv in range(ntemp):
+        xxx[:,jv] = id_in.variables[vtemp_in[jv]][:,1,1] # only the center point of the 3x3 spatial domain!
+    id_in.close()
+
+    fig = plt.figure(num = 1, figsize=size_fig0, facecolor='w', edgecolor='k')
+    ax1 = plt.axes([0.07, 0.2, 0.9, 0.75])
+    ax1.set_xticks(vtime[::xticks_d])
+    ax1.format_xdata = mdates.DateFormatter('%Y-%m-%d %H:%M:%S')
+    #ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))
+    plt.xticks(rotation='60', **font_x)
+
+    for jv in range(ntemp):
+        plt.plot(vtime, xxx[:,jv], '-', color=vtemp_cl[jv], linestyle=vtemp_ls[jv], linewidth=vtemp_lw[jv], label=vtemp_lb[jv], zorder=10)
+
+    idx_okay = nmp.where( nmp.abs(xxx) < 1.e+10 )
+    fmin, fmax = round_bounds( nmp.min(xxx[idx_okay]) , nmp.max(xxx[idx_okay]), base=5, prec=0 )
+    ax1.set_ylim(fmin, fmax) ; ax1.set_xlim(vtime[0],vtime[Nt-1])
+    plt.ylabel(r'Temperature [$^{\circ}$C]')
+
+    ax1.grid(color='k', linestyle='-', linewidth=0.3)
+    plt.legend(loc='best', ncol=1, shadow=True, fancybox=True)
+    ax1.annotate('Algo: '+list_exp[ja]+', station: '+cforcing, xy=(0.5, 1.), xycoords='axes fraction', ha='center',  bbox={'facecolor':'w', 'alpha':1., 'pad':10}, zorder=50, **font_inf)
+    plt.savefig('01_temperatures_'+list_exp[ja]+'_'+cforcing+'.'+fig_ext, dpi=int(rDPI), transparent=False)
+    plt.close(1)
+
+
+del xxx
+
+
+
+# Now we compare output variables from bulk algorithms between them:
+
+nb_var = len(L_VNEM)
+
+xF  = nmp.zeros((Nt,nb_exp))
+xFa = nmp.zeros((Nt,nb_exp))
+
+
+for jv in range(nb_var):
+    print('\n *** Treating variable: '+L_VARO[jv]+' !')
+
+    for ja in range(nb_exp):
+        #
+        id_in = Dataset(cf_in[ja])
+        xF[:,ja] = id_in.variables[L_VNEM[jv]][:,1,1]  ; # only the center point of the 3x3 spatial domain!
+        if ja == 0: cvar_lnm = id_in.variables[L_VNEM[jv]].long_name
+        id_in.close()
+        #
+        id_toolarge, = nmp.where( xF[:,ja] > L_MAXT[jv] ) # 
+        xF[id_toolarge,ja] = L_MAXT[jv]
+        id_toosmall, = nmp.where( xF[:,ja] < L_MINT[jv] ) ; print("id_toosmall =", id_toosmall)
+        xF[id_toosmall,ja] = L_MINT[jv]
+
+    idx_okay = nmp.where( nmp.abs(xF) < 1.e+10 )
+
+    #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+    fig = plt.figure(num = jv, figsize=size_fig, facecolor='w', edgecolor='k')
+    ax1 = plt.axes([0.083, 0.23, 0.9, 0.7])
+    ax1.set_xticks(vtime[::xticks_d])
+    ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))
+    plt.xticks(rotation='60', **font_x)
+
+    for ja in range(nb_exp):
+        fplot = nmp.ma.masked_where( xF[:,ja]==0., xF[:,ja] )
+        plt.plot(vtime, fplot, '-', color=l_color[ja], \
+                 linestyle=l_style[ja], linewidth=l_width[ja], label=list_exp[ja], alpha=0.6 ) #zorder=10+ja)
+
+    fmin, fmax = round_bounds( nmp.min(xF[idx_okay]) , nmp.max(xF[idx_okay]), base=L_BASE[jv], prec=L_PREC[jv])
+    ax1.set_ylim(fmin, fmax) ; ax1.set_xlim(vtime[0],vtime[Nt-1])
+    plt.ylabel(L_VARL[jv]+' ['+L_VUNT[jv]+']')
+
+    ax1.grid(color='k', linestyle='-', linewidth=0.3)
+    plt.legend(loc='best', ncol=1, shadow=True, fancybox=True)
+    ax1.annotate(cvar_lnm+', station: '+cforcing, xy=(0.5, 1.04), xycoords='axes fraction', \
+                 ha='center', bbox={'facecolor':'w', 'alpha':1., 'pad':10}, \
+                 zorder=50, **font_inf)
+    plt.savefig(L_VARO[jv]+'_'+cforcing+'_'+crealm+'.'+fig_ext, dpi=int(rDPI), transparent=False)
+    plt.close(jv)
+    #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+
+
+
+    def symetric_range( pmin, pmax ):
+        # Returns a symetric f-range that makes sense for the anomaly of "f" we're looking at...
+        from math import floor, copysign, log, ceil
+        zmax = max( abs(pmax) , abs(pmin) )
+        romagn = floor(log(zmax, 10)) ; # order of magnitude of the anomaly  we're dealing with
+        rmlt = 10.**(int(romagn)) / 2.
+        frng = copysign( ceil(abs(zmax)/rmlt)*rmlt , zmax)
+        return frng
+
+
+    if L_ANOM[jv]:
+
+        for ja in range(nb_exp): xFa[:,ja] = xF[:,ja] - nmp.mean(xF,axis=1)
+
+        if nmp.sum(nmp.abs(xFa[:,:])) == 0.0:
+            print('     Well! Seems that for variable '+L_VARO[jv]+', choice of algo has no impact a all!')
+            print('          ==> skipping anomaly plot...')
+
+        else:
+
+            yrng = symetric_range( nmp.min(xFa) , nmp.max(xFa) )
+
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+            fig = plt.figure(num = 10+jv, figsize=size_fig, facecolor='w', edgecolor='k')
+            ax1 = plt.axes([0.09, 0.23, 0.9, 0.7])
+            ax1.set_xticks(vtime[::xticks_d])
+            ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))
+            plt.xticks(rotation='60', **font_x)
+
+            for ja in range(nb_exp):
+                fplot = nmp.ma.masked_where( xF[:,ja]==0., xF[:,ja] )
+                plt.plot(vtime, fplot, '-', color=l_color[ja], \
+                         linewidth=l_width[ja], label=list_exp[ja], alpha=0.6) #, zorder=10+ja)
+
+            ax1.set_ylim(-yrng,yrng) ; ax1.set_xlim(vtime[0],vtime[Nt-1])
+            plt.ylabel(L_VARL[jv]+' ['+L_VUNT[jv]+']')
+            ax1.grid(color='k', linestyle='-', linewidth=0.3)
+            plt.legend(bbox_to_anchor=(0.45, 0.2), ncol=1, shadow=True, fancybox=True)
+            ax1.annotate('Anomaly of '+cvar_lnm+', station: '+cforcing, xy=(0.5, 1.04), xycoords='axes fraction', \
+                         ha='center', bbox={'facecolor':'w', 'alpha':1., 'pad':10}, \
+                         zorder=50, **font_inf)
+            plt.savefig(L_VARO[jv]+'_'+cforcing+'_anomaly_'+crealm+'.'+fig_ext, dpi=int(rDPI), transparent=False)
+            plt.close(10+jv)
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/diawri.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/diawri.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/diawri.F90	(revision 15719)
@@ -0,0 +1,403 @@
+MODULE diawri
+   !!======================================================================
+   !!                     ***  MODULE  diawri  ***
+   !! Ocean diagnostics :  write ocean output files
+   !!=====================================================================
+   !! History :  OPA  ! 1991-03  (M.-A. Foujols)  Original code
+   !!            4.0  ! 1991-11  (G. Madec)
+   !!                 ! 1992-06  (M. Imbard)  correction restart file
+   !!                 ! 1992-07  (M. Imbard)  split into diawri and rstwri
+   !!                 ! 1993-03  (M. Imbard)  suppress writibm
+   !!                 ! 1998-01  (C. Levy)  NETCDF format using ioipsl INTERFACE
+   !!                 ! 1999-02  (E. Guilyardi)  name of netCDF files + variables
+   !!            8.2  ! 2000-06  (M. Imbard)  Original code (diabort.F)
+   !!   NEMO     1.0  ! 2002-06  (A.Bozec, E. Durand)  Original code (diainit.F)
+   !!             -   ! 2002-09  (G. Madec)  F90: Free form and module
+   !!             -   ! 2002-12  (G. Madec)  merge of diabort and diainit, F90
+   !!                 ! 2005-11  (V. Garnier) Surface pressure gradient organization
+   !!            3.2  ! 2008-11  (B. Lemaire) creation from old diawri
+   !!            3.7  ! 2014-01  (G. Madec) remove eddy induced velocity from no-IOM output
+   !!                 !                     change name of output variables in dia_wri_state
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   dia_wri       : create the standart output files
+   !!   dia_wri_state : create an output NetCDF file for a single instantaeous ocean state and forcing fields
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers
+   USE dom_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   USE dianam         ! build name of file (routine)
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   !
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE in_out_manager ! I/O manager
+   USE iom            !
+   USE ioipsl         !
+
+#if defined key_si3
+   USE ice
+   USE icewri
+#endif
+   USE lib_mpp         ! MPP library
+   USE timing          ! preformance summary
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   dia_wri                 ! routines called by step.F90
+   PUBLIC   dia_wri_state
+   PUBLIC   dia_wri_alloc           ! Called by nemogcm module
+
+   INTEGER ::   nid_T, nz_T, nh_T, ndim_T, ndim_hT   ! grid_T file
+   INTEGER ::   nid_U, nz_U, nh_U, ndim_U, ndim_hU   ! grid_U file
+   INTEGER ::   nid_V, nz_V, nh_V, ndim_V, ndim_hV   ! grid_V file
+   INTEGER ::   ndex(1)                              ! ???
+   INTEGER, SAVE, ALLOCATABLE, DIMENSION(:) :: ndex_hT, ndex_hU, ndex_hV
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: diawri.F90 12493 2020-03-02 07:56:31Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+#if defined key_iomput
+   !!----------------------------------------------------------------------
+   !!   'key_iomput'                                        use IOM library
+   !!----------------------------------------------------------------------
+   INTEGER FUNCTION dia_wri_alloc()
+      !
+      dia_wri_alloc = 0
+      !
+   END FUNCTION dia_wri_alloc
+
+
+   SUBROUTINE dia_wri( kt, Kmm )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dia_wri  ***
+      !!
+      !! ** Purpose :   Standard output of opa: dynamics and tracer fields
+      !!      NETCDF format is used by default
+      !!     STATION_ASF
+      !!
+      !! ** Method  :  use iom_put
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt      ! ocean time-step index
+      INTEGER, INTENT( in ) ::   Kmm     ! ocean time level index
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('dia_wri')
+      !
+      ! Output the initial state and forcings
+      IF( ninist == 1 ) THEN
+         CALL dia_wri_state( Kmm, 'output.init' )
+         ninist = 0
+      ENDIF
+      !
+      CALL iom_put(  "sst", sst_m(:,:) )    ! bulk surface temperature
+      CALL iom_put(  "sss", sss_m(:,:) )    ! surface salinity
+      !
+      CALL iom_put(  "ssu", ssu_m(:,:) )    ! ocean surface current along i-axis
+      CALL iom_put(  "ssv", ssv_m(:,:) )    ! ocean surface current along j-axis
+      !
+      IF( ln_timing )   CALL timing_stop('dia_wri')
+      !
+   END SUBROUTINE dia_wri
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option                                  use IOIPSL  library
+   !!----------------------------------------------------------------------
+
+   INTEGER FUNCTION dia_wri_alloc()
+      !!----------------------------------------------------------------------
+      INTEGER, DIMENSION(2) :: ierr
+      !!----------------------------------------------------------------------
+      IF( nn_write == -1 ) THEN
+         dia_wri_alloc = 0
+      ELSE
+         ierr = 0
+         ALLOCATE( ndex_hT(jpi*jpj) , ndex_T(jpi*jpj*jpk) ,     &
+            &      ndex_hU(jpi*jpj) , ndex_U(jpi*jpj*jpk) ,     &
+            &      ndex_hV(jpi*jpj) , ndex_V(jpi*jpj*jpk) , STAT=ierr(1) )
+         !
+         dia_wri_alloc = MAXVAL(ierr)
+         CALL mpp_sum( 'diawri', dia_wri_alloc )
+         !
+      ENDIF
+      !
+   END FUNCTION dia_wri_alloc
+
+
+
+   SUBROUTINE dia_wri( kt, Kmm )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dia_wri  ***
+      !!
+      !! ** Purpose :   Standard output of opa: dynamics and tracer fields
+      !!      NETCDF format is used by default
+      !!
+      !! ** Method  :   At the beginning of the first time step (nit000),
+      !!      define all the NETCDF files and fields
+      !!      At each time step call histdef to compute the mean if ncessary
+      !!      Each nn_write time step, output the instantaneous or mean fields
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt   ! ocean time-step index
+      INTEGER, INTENT( in ) ::   Kmm  ! ocean time level index
+      !
+      LOGICAL ::   ll_print = .FALSE.                        ! =T print and flush numout
+      CHARACTER (len=40) ::   clhstnam, clop, clmx           ! local names
+      INTEGER  ::   inum = 11                                ! temporary logical unit
+      INTEGER  ::   ji, jj, jk                               ! dummy loop indices
+      INTEGER  ::   ierr                                     ! error code return from allocation
+      INTEGER  ::   iimi, iima, ipk, it, itmod, ijmi, ijma   ! local integers
+      REAL(wp) ::   zsto, zout, zmax, zjulian                ! local scalars
+      !!----------------------------------------------------------------------
+      !
+      IF( ninist == 1 ) THEN     !==  Output the initial state and forcings  ==!
+         CALL dia_wri_state( Kmm, 'output.init' )
+         ninist = 0
+      ENDIF
+      !
+      IF( nn_write == -1 )   RETURN   ! we will never do any output
+      !
+      IF( ln_timing )   CALL timing_start('dia_wri')
+      !
+      ! 0. Initialisation
+      ! -----------------
+
+      ll_print = .FALSE.                  ! local variable for debugging
+      ll_print = ll_print .AND. lwp
+
+      ! Define frequency of output and means
+      clop = "x"         ! no use of the mask value (require less cpu time and otherwise the model crashes)
+#if defined key_diainstant
+      zsto = nn_write * rn_Dt
+      clop = "inst("//TRIM(clop)//")"
+#else
+      zsto=rn_Dt
+      clop = "ave("//TRIM(clop)//")"
+#endif
+      zout = nn_write * rn_Dt
+      zmax = ( nitend - nit000 + 1 ) * rn_Dt
+
+      ! Define indices of the horizontal output zoom and vertical limit storage
+      iimi = 1      ;      iima = jpi
+      ijmi = 1      ;      ijma = jpj
+      ipk = jpk
+
+      ! define time axis
+      it = kt
+      itmod = kt - nit000 + 1
+
+
+      ! 1. Define NETCDF files and fields at beginning of first time step
+      ! -----------------------------------------------------------------
+
+      IF( kt == nit000 ) THEN
+
+         ! Define the NETCDF files (one per grid)
+
+         ! Compute julian date from starting date of the run
+         CALL ymds2ju( nyear, nmonth, nday, rn_Dt, zjulian )
+         zjulian = zjulian - adatrj   !   set calendar origin to the beginning of the experiment
+         IF(lwp)WRITE(numout,*)
+         IF(lwp)WRITE(numout,*) 'Date 0 used :', nit000, ' YEAR ', nyear,   &
+            &                    ' MONTH ', nmonth, ' DAY ', nday, 'Julian day : ', zjulian
+         IF(lwp)WRITE(numout,*) ' indexes of zoom = ', iimi, iima, ijmi, ijma,   &
+            ' limit storage in depth = ', ipk
+
+         ! WRITE root name in date.file for use by postpro
+         IF(lwp) THEN
+            CALL dia_nam( clhstnam, nn_write,' ' )
+            CALL ctl_opn( inum, 'date.file', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, narea )
+            WRITE(inum,*) clhstnam
+            CLOSE(inum)
+         ENDIF
+
+         ! Define the T grid FILE ( nid_T )
+
+         CALL dia_nam( clhstnam, nn_write, 'grid_T' )
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam    ! filename
+         CALL histbeg( clhstnam, jpi, glamt, jpj, gphit,           &  ! Horizontal grid: glamt and gphit
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rn_Dt, nh_T, nid_T, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_T, "deptht", "Vertical T levels",      &  ! Vertical grid: gdept
+            &           "m", ipk, gdept_1d, nz_T, "down" )
+         !                                                            ! Index of ocean points
+         CALL wheneq( jpi*jpj    , tmask, 1, 1., ndex_hT, ndim_hT )      ! surface
+
+         ! Define the U grid FILE ( nid_U )
+
+         CALL dia_nam( clhstnam, nn_write, 'grid_U' )
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam    ! filename
+         CALL histbeg( clhstnam, jpi, glamu, jpj, gphiu,           &  ! Horizontal grid: glamu and gphiu
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rn_Dt, nh_U, nid_U, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_U, "depthu", "Vertical U levels",      &  ! Vertical grid: gdept
+            &           "m", ipk, gdept_1d, nz_U, "down" )
+         !                                                            ! Index of ocean points
+         CALL wheneq( jpi*jpj    , umask, 1, 1., ndex_hU, ndim_hU )      ! surface
+
+         ! Define the V grid FILE ( nid_V )
+
+         CALL dia_nam( clhstnam, nn_write, 'grid_V' )                   ! filename
+         IF(lwp) WRITE(numout,*) " Name of NETCDF file ", clhstnam
+         CALL histbeg( clhstnam, jpi, glamv, jpj, gphiv,           &  ! Horizontal grid: glamv and gphiv
+            &          iimi, iima-iimi+1, ijmi, ijma-ijmi+1,       &
+            &          nit000-1, zjulian, rn_Dt, nh_V, nid_V, domain_id=nidom, snc4chunks=snc4set )
+         CALL histvert( nid_V, "depthv", "Vertical V levels",      &  ! Vertical grid : gdept
+            &          "m", ipk, gdept_1d, nz_V, "down" )
+         !                                                            ! Index of ocean points
+         CALL wheneq( jpi*jpj    , vmask, 1, 1., ndex_hV, ndim_hV )      ! surface
+
+         ! No W grid FILE
+
+         ! Declare all the output fields as NETCDF variables
+
+         !                                                                                      !!! nid_T : 3D
+         CALL histdef( nid_T, "sst_m", "Sea Surface temperature"            , "C"      ,   &  ! sst
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sss_m", "Sea Surface Salinity"               , "PSU"    ,   &  ! sss
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sowaflup", "Net Upward Water Flux"              , "Kg/m2/s",   &  ! (emp-rnf)
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sosfldow", "downward salt flux"                 , "PSU/m2/s",  &  ! (sfx)
+            &         jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sohefldo", "Net Downward Heat Flux"             , "W/m2"   ,   &  ! qns + qsr
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "soshfldo", "Shortwave Radiation"                , "W/m2"   ,   &  ! qsr
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "soicecov", "Ice fraction"                       , "[0,1]"  ,   &  ! fr_i
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+         CALL histdef( nid_T, "sowindsp", "wind speed at 10m"                  , "m/s"    ,   &  ! wndm
+            &          jpi, jpj, nh_T, 1  , 1, 1  , -99 , 32, clop, zsto, zout )
+
+         CALL histend( nid_T, snc4chunks=snc4set )
+
+         !                                                                                      !!! nid_U : 3D
+         CALL histdef( nid_U, "ssu_m", "Velocity component in x-direction", "m/s"   ,         &  ! ssu
+            &          jpi, jpj, nh_U, 1  , 1, 1  , - 99, 32, clop, zsto, zout )
+         CALL histdef( nid_U, "sozotaux", "Wind Stress along i-axis"           , "N/m2"   ,   &  ! utau
+            &          jpi, jpj, nh_U, 1  , 1, 1  , - 99, 32, clop, zsto, zout )
+
+         CALL histend( nid_U, snc4chunks=snc4set )
+
+         !                                                                                      !!! nid_V : 3D
+         CALL histdef( nid_V, "ssv_m", "Velocity component in y-direction", "m/s",            &  ! ssv_m
+            &          jpi, jpj, nh_V, 1  , 1, 1  , - 99, 32, clop, zsto, zout )
+         CALL histdef( nid_V, "sometauy", "Wind Stress along j-axis"           , "N/m2"   ,   &  ! vtau
+            &          jpi, jpj, nh_V, 1  , 1, 1  , - 99, 32, clop, zsto, zout )
+
+         CALL histend( nid_V, snc4chunks=snc4set )
+
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'End of NetCDF Initialization'
+         IF(ll_print) CALL FLUSH(numout )
+
+      ENDIF
+
+      ! 2. Start writing data
+      ! ---------------------
+
+      ! ndex(1) est utilise ssi l'avant dernier argument est different de
+      ! la taille du tableau en sortie. Dans ce cas , l'avant dernier argument
+      ! donne le nombre d'elements, et ndex la liste des indices a sortir
+
+      IF( lwp .AND. MOD( itmod, nn_write ) == 0 ) THEN
+         WRITE(numout,*) 'dia_wri : write model outputs in NetCDF files at ', kt, 'time-step'
+         WRITE(numout,*) '~~~~~~ '
+      ENDIF
+
+      ! Write fields on T grid
+      CALL histwrite( nid_T, "sst_m", it, sst_m, ndim_hT, ndex_hT )   ! sea surface temperature
+      CALL histwrite( nid_T, "sss_m", it, sss_m, ndim_hT, ndex_hT )   ! sea surface salinity
+      CALL histwrite( nid_T, "sowaflup", it, (emp - rnf )  , ndim_hT, ndex_hT )   ! upward water flux
+      CALL histwrite( nid_T, "sosfldow", it, sfx           , ndim_hT, ndex_hT )   ! downward salt flux
+      ! (includes virtual salt flux beneath ice
+      ! in linear free surface case)
+
+      CALL histwrite( nid_T, "sohefldo", it, qns + qsr     , ndim_hT, ndex_hT )   ! total heat flux
+      CALL histwrite( nid_T, "soshfldo", it, qsr           , ndim_hT, ndex_hT )   ! solar heat flux
+      CALL histwrite( nid_T, "soicecov", it, fr_i          , ndim_hT, ndex_hT )   ! ice fraction
+      CALL histwrite( nid_T, "sowindsp", it, wndm          , ndim_hT, ndex_hT )   ! wind speed
+
+      ! Write fields on U grid
+      CALL histwrite( nid_U, "ssu_m"   , it, ssu_m         , ndim_hU, ndex_hU )   ! i-current speed
+      CALL histwrite( nid_U, "sozotaux", it, utau          , ndim_hU, ndex_hU )   ! i-wind stress
+
+      ! Write fields on V grid
+      CALL histwrite( nid_V, "ssv_m"   , it, ssv_m         , ndim_hV, ndex_hV )   ! j-current speed
+      CALL histwrite( nid_V, "sometauy", it, vtau          , ndim_hV, ndex_hV )   ! j-wind stress
+
+      ! 3. Close all files
+      ! ---------------------------------------
+      IF( kt == nitend ) THEN
+         CALL histclo( nid_T )
+         CALL histclo( nid_U )
+         CALL histclo( nid_V )
+      ENDIF
+      !
+      IF( ln_timing )   CALL timing_stop('dia_wri')
+      !
+   END SUBROUTINE dia_wri
+#endif
+
+   SUBROUTINE dia_wri_state( Kmm, cdfile_name )
+      !!---------------------------------------------------------------------
+      !!                 ***  ROUTINE dia_wri_state  ***
+      !!
+      !! ** Purpose :   create a NetCDF file named cdfile_name which contains
+      !!      the instantaneous ocean state and forcing fields.
+      !!        Used to find errors in the initial state or save the last
+      !!      ocean state in case of abnormal end of a simulation
+      !!
+      !! ** Method  :   NetCDF files using ioipsl
+      !!      File 'output.init.nc'  is created if ninist = 1 (namelist)
+      !!      File 'output.abort.nc' is created in case of abnormal job end
+      !!----------------------------------------------------------------------
+      INTEGER           , INTENT( in ) ::   Kmm              ! time level index
+      CHARACTER (len=* ), INTENT( in ) ::   cdfile_name      ! name of the file created
+      !!
+      INTEGER :: inum
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'dia_wri_state : single instantaneous ocean state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~   and forcing fields file created '
+      IF(lwp) WRITE(numout,*) '                and named :', cdfile_name, '...nc'
+
+#if defined key_si3
+      CALL iom_open( TRIM(cdfile_name), inum, ldwrt = .TRUE., kdlev = jpl )
+#else
+      CALL iom_open( TRIM(cdfile_name), inum, ldwrt = .TRUE. )
+#endif
+
+      CALL iom_rstput( 0, 0, inum, 'votemper', ts(:,:,:,jp_tem,Kmm) )    ! now temperature
+      CALL iom_rstput( 0, 0, inum, 'vosaline', ts(:,:,:,jp_sal,Kmm) )    ! now salinity
+      CALL iom_rstput( 0, 0, inum, 'sossheig', ssh(:,:,Kmm)              )    ! sea surface height
+      CALL iom_rstput( 0, 0, inum, 'vozocrtx', uu(:,:,:,Kmm)                )    ! now i-velocity
+      CALL iom_rstput( 0, 0, inum, 'vomecrty', vv(:,:,:,Kmm)                )    ! now j-velocity
+      CALL iom_rstput( 0, 0, inum, 'vovecrtz', ww             )    ! now k-velocity
+      CALL iom_rstput( 0, 0, inum, 'sowaflup', emp - rnf         )    ! freshwater budget
+      CALL iom_rstput( 0, 0, inum, 'sohefldo', qsr + qns         )    ! total heat flux
+      CALL iom_rstput( 0, 0, inum, 'soshfldo', qsr               )    ! solar heat flux
+      CALL iom_rstput( 0, 0, inum, 'soicecov', fr_i              )    ! ice fraction
+      CALL iom_rstput( 0, 0, inum, 'sozotaux', utau              )    ! i-wind stress
+      CALL iom_rstput( 0, 0, inum, 'sometauy', vtau              )    ! j-wind stress
+      !
+      CALL iom_close( inum )
+      !
+#if defined key_si3
+      IF( nn_ice == 2 ) THEN   ! condition needed in case agrif + ice-model but no-ice in child grid
+         CALL iom_open( TRIM(cdfile_name)//'_ice', inum, ldwrt = .TRUE., kdlev = jpl, cdcomp = 'ICE' )
+         CALL ice_wri_state( inum )
+         CALL iom_close( inum )
+      ENDIF
+      !
+#endif
+   END SUBROUTINE dia_wri_state
+
+   !!======================================================================
+END MODULE diawri
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/icesbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/icesbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/icesbc.F90	(revision 15719)
@@ -0,0 +1,343 @@
+MODULE icesbc
+   !!======================================================================
+   !!                       ***  MODULE  icesbc  ***
+   !! Sea-Ice :   air-ice sbc fields
+   !!=====================================================================
+   !! History :  4.0  !  2017-08  (C. Rousset)       Original code
+   !!            4.0  !  2018     (many people)      SI3 [aka Sea Ice cube]
+   !!----------------------------------------------------------------------
+#if defined key_si3
+   !!----------------------------------------------------------------------
+   !!   'key_si3' :                                     SI3 sea-ice model
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers
+   USE dom_oce        ! ocean space and time domain
+   USE ice            ! sea-ice: variables
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE sbc_ice        ! Surface boundary condition: ice   fields
+   USE usrdef_sbc     ! Surface boundary condition: user defined
+   USE sbcblk         ! Surface boundary condition: bulk
+   USE sbccpl         ! Surface boundary condition: coupled interface
+   USE icealb, ONLY : rn_alb_oce         ! sea-ice: albedo !#LB
+   !
+   USE in_out_manager ! I/O manager
+   USE iom            ! I/O manager library
+   USE lib_mpp        ! MPP library
+   USE lib_fortran    ! fortran utilities (glob_sum + no signed zero)
+   USE lbclnk         ! lateral boundary conditions (or mpp links)
+   USE timing         ! Timing
+   USE fldread        !!GS: needed by agrif
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC ice_sbc_tau   ! called by icestp.F90
+   PUBLIC ice_sbc_flx   ! called by icestp.F90
+   PUBLIC ice_sbc_init  ! called by icestp.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/ICE 4.0 , NEMO Consortium (2018)
+   !! $Id: icesbc.F90 13472 2020-09-16 13:05:19Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE ice_sbc_tau( kt, ksbc, utau_ice, vtau_ice )
+      !!-------------------------------------------------------------------
+      !!                  ***  ROUTINE ice_sbc_tau  ***
+      !!
+      !! ** Purpose : provide surface boundary condition for sea ice (momentum)
+      !!
+      !! ** Action  : It provides the following fields:
+      !!              utau_ice, vtau_ice : surface ice stress (U- & V-points) [N/m2]
+      !!-------------------------------------------------------------------
+      INTEGER                     , INTENT(in   ) ::   kt                   ! ocean time step
+      INTEGER                     , INTENT(in   ) ::   ksbc                 ! type of sbc flux
+      REAL(wp), DIMENSION(jpi,jpj), INTENT(  out) ::   utau_ice, vtau_ice   ! air-ice stress   [N/m2]
+      !!
+      INTEGER  ::   ji, jj                 ! dummy loop index
+      REAL(wp), DIMENSION(jpi,jpj) ::   zutau_ice, zvtau_ice
+      !!-------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('ice_sbc')
+      !
+      IF( kt == nit000 .AND. lwp ) THEN
+         WRITE(numout,*)
+         WRITE(numout,*)'ice_sbc_tau: Surface boundary condition for sea ice (momentum)'
+         WRITE(numout,*)'~~~~~~~~~~~~~~~'
+      ENDIF
+      !
+      SELECT CASE( ksbc )
+         !
+      CASE( jp_usr     )
+         CALL usrdef_sbc_ice_tau( kt )                 ! user defined formulation
+         !
+      CASE( jp_blk     )
+         CALL blk_ice_1( sf(jp_wndi)%fnow(:,:,1), sf(jp_wndj)%fnow(:,:,1),   &
+            &                                      theta_air_zt(:,:), q_air_zt(:,:),   &   ! #LB: known from "sbc_oce" module...
+            &                                      sf(jp_slp )%fnow(:,:,1), u_ice, v_ice, tm_su    ,   &   ! inputs
+            &                                      putaui = utau_ice, pvtaui = vtau_ice            )       ! outputs
+         !        CASE( jp_abl     )    utau_ice & vtau_ice are computed in ablmod
+      CASE( jp_purecpl )
+         CALL sbc_cpl_ice_tau( utau_ice , vtau_ice )   ! Coupled      formulation
+      END SELECT
+      !
+      IF( ln_mixcpl) THEN                                                        ! Case of a mixed Bulk/Coupled formulation
+         CALL sbc_cpl_ice_tau( zutau_ice , zvtau_ice )
+         DO_2D( 0, 0, 0, 0 )
+         utau_ice(ji,jj) = utau_ice(ji,jj) * xcplmask(ji,jj,0) + zutau_ice(ji,jj) * ( 1. - xcplmask(ji,jj,0) )
+         vtau_ice(ji,jj) = vtau_ice(ji,jj) * xcplmask(ji,jj,0) + zvtau_ice(ji,jj) * ( 1. - xcplmask(ji,jj,0) )
+         END_2D
+         CALL lbc_lnk_multi( 'icesbc', utau_ice, 'U', -1.0_wp, vtau_ice, 'V', -1.0_wp )
+      ENDIF
+      !
+      IF( ln_timing )   CALL timing_stop('ice_sbc')
+      !
+   END SUBROUTINE ice_sbc_tau
+
+
+   SUBROUTINE ice_sbc_flx( kt, ksbc )
+      !!-------------------------------------------------------------------
+      !!                  ***  ROUTINE ice_sbc_flx  ***
+      !!
+      !! ** Purpose : provide surface boundary condition for sea ice (flux)
+      !!
+      !! ** Action  : It provides the following fields used in sea ice model:
+      !!                emp_oce , emp_ice                        = E-P over ocean and sea ice                    [Kg/m2/s]
+      !!                sprecip                                  = solid precipitation                           [Kg/m2/s]
+      !!                evap_ice                                 = sublimation                                   [Kg/m2/s]
+      !!                qsr_tot , qns_tot                        = solar & non solar heat flux (total)           [W/m2]
+      !!                qsr_ice , qns_ice                        = solar & non solar heat flux over ice          [W/m2]
+      !!                dqns_ice                                 = non solar  heat sensistivity                  [W/m2]
+      !!                qemp_oce, qemp_ice, qprec_ice, qevap_ice = sensible heat (associated with evap & precip) [W/m2]
+      !!            + some fields that are not used outside this module:
+      !!                qla_ice                                  = latent heat flux over ice                     [W/m2]
+      !!                dqla_ice                                 = latent heat sensistivity                      [W/m2]
+      !!                tprecip                                  = total  precipitation                          [Kg/m2/s]
+      !!                alb_ice                                  = albedo above sea ice
+      !!-------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt     ! ocean time step
+      INTEGER, INTENT(in) ::   ksbc   ! flux formulation (user defined, bulk or Pure Coupled)
+      !
+      INTEGER  ::   ji, jj, jl      ! dummy loop index
+      REAL(wp) ::   zmiss_val       ! missing value retrieved from xios
+      REAL(wp), DIMENSION(:,:), ALLOCATABLE ::   zalb, zmsk00      ! 2D workspace
+      !!--------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('ice_sbc_flx')
+
+      IF( kt == nit000 .AND. lwp ) THEN
+         WRITE(numout,*)
+         WRITE(numout,*)'ice_sbc_flx: Surface boundary condition for sea ice (flux)'
+         WRITE(numout,*)'~~~~~~~~~~~~~~~'
+      ENDIF
+
+      ! get missing value from xml
+      CALL iom_miss_val( "icetemp", zmiss_val )
+
+      ! --- ice albedo --- !
+      !#LB:CALL ice_alb( t_su, h_i, h_s, ln_pnd_alb, a_ip_eff, h_ip, cloud_fra, alb_ice )
+
+      !
+      SELECT CASE( ksbc )   !== fluxes over sea ice ==!
+         !
+      CASE( jp_usr )              !--- user defined formulation
+         CALL usrdef_sbc_ice_flx( kt, h_s, h_i )
+         !
+      CASE( jp_blk, jp_abl )  !--- bulk formulation & ABL formulation
+         CALL blk_ice_2    ( t_su, h_s, h_i, alb_ice, &
+            &                theta_air_zt(:,:), q_air_zt(:,:),    &   ! #LB: known from "sbc_oce" module...
+            &                sf(jp_slp)%fnow(:,:,1), sf(jp_qlw)%fnow(:,:,1), &
+            &                sf(jp_prec)%fnow(:,:,1), sf(jp_snow)%fnow(:,:,1) )
+         !
+         IF( ln_mixcpl        )   CALL sbc_cpl_ice_flx( picefr=at_i_b, palbi=alb_ice, psst=sst_m, pist=t_su, phs=h_s, phi=h_i )
+         IF( nn_flxdist /= -1 )   CALL ice_flx_dist   ( t_su, alb_ice, qns_ice, qsr_ice, dqns_ice, evap_ice, devap_ice, nn_flxdist )
+         !                        !    compute conduction flux and surface temperature (as in Jules surface module)
+         IF( ln_cndflx .AND. .NOT.ln_cndemulate ) &
+            &                     CALL blk_ice_qcn    ( ln_virtual_itd, t_su, t_bo, h_s, h_i )
+      CASE ( jp_purecpl )         !--- coupled formulation
+         CALL sbc_cpl_ice_flx( picefr=at_i_b, palbi=alb_ice, psst=sst_m, pist=t_su, phs=h_s, phi=h_i )
+         IF( nn_flxdist /= -1 )   CALL ice_flx_dist   ( t_su, alb_ice, qns_ice, qsr_ice, dqns_ice, evap_ice, devap_ice, nn_flxdist )
+      END SELECT
+
+      !--- output ice albedo and surface albedo ---!
+      IF( iom_use('icealb') .OR. iom_use('albedo') ) THEN
+
+         ALLOCATE( zalb(jpi,jpj), zmsk00(jpi,jpj) )
+
+         WHERE( at_i_b < 1.e-03 )
+            zmsk00(:,:) = 0._wp
+            zalb  (:,:) = rn_alb_oce
+         ELSEWHERE
+            zmsk00(:,:) = 1._wp
+            zalb  (:,:) = SUM( alb_ice * a_i_b, dim=3 ) / at_i_b
+         END WHERE
+         ! ice albedo
+         CALL iom_put( 'icealb' , zalb * zmsk00 + zmiss_val * ( 1._wp - zmsk00 ) )
+         ! ice+ocean albedo
+         zalb(:,:) = SUM( alb_ice * a_i_b, dim=3 ) + rn_alb_oce * ( 1._wp - at_i_b )
+         CALL iom_put( 'albedo' , zalb )
+
+         DEALLOCATE( zalb, zmsk00 )
+
+      ENDIF
+      !
+      IF( ln_timing )   CALL timing_stop('ice_sbc_flx')
+      !
+   END SUBROUTINE ice_sbc_flx
+
+
+   SUBROUTINE ice_flx_dist( ptn_ice, palb_ice, pqns_ice, pqsr_ice, pdqn_ice, pevap_ice, pdevap_ice, k_flxdist )
+      !!-------------------------------------------------------------------
+      !!                  ***  ROUTINE ice_flx_dist  ***
+      !!
+      !! ** Purpose :   update the ice surface boundary condition by averaging
+      !!              and/or redistributing fluxes on ice categories
+      !!
+      !! ** Method  :   average then redistribute
+      !!
+      !! ** Action  :   depends on k_flxdist
+      !!                = -1  Do nothing (needs N(cat) fluxes)
+      !!                =  0  Average N(cat) fluxes then apply the average over the N(cat) ice
+      !!                =  1  Average N(cat) fluxes then redistribute over the N(cat) ice
+      !!                                                 using T-ice and albedo sensitivity
+      !!                =  2  Redistribute a single flux over categories
+      !!-------------------------------------------------------------------
+      INTEGER                   , INTENT(in   ) ::   k_flxdist  ! redistributor
+      REAL(wp), DIMENSION(:,:,:), INTENT(in   ) ::   ptn_ice    ! ice surface temperature
+      REAL(wp), DIMENSION(:,:,:), INTENT(in   ) ::   palb_ice   ! ice albedo
+      REAL(wp), DIMENSION(:,:,:), INTENT(inout) ::   pqns_ice   ! non solar flux
+      REAL(wp), DIMENSION(:,:,:), INTENT(inout) ::   pqsr_ice   ! net solar flux
+      REAL(wp), DIMENSION(:,:,:), INTENT(inout) ::   pdqn_ice   ! non solar flux sensitivity
+      REAL(wp), DIMENSION(:,:,:), INTENT(inout) ::   pevap_ice  ! sublimation
+      REAL(wp), DIMENSION(:,:,:), INTENT(inout) ::   pdevap_ice ! sublimation sensitivity
+      !
+      INTEGER  ::   jl      ! dummy loop index
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z1_at_i   ! inverse of concentration
+      !
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   z_qsr_m   ! Mean solar heat flux over all categories
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   z_qns_m   ! Mean non solar heat flux over all categories
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   z_evap_m  ! Mean sublimation over all categories
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   z_dqn_m   ! Mean d(qns)/dT over all categories
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   z_devap_m ! Mean d(evap)/dT over all categories
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   zalb_m    ! Mean albedo over all categories
+      REAL(wp), ALLOCATABLE, DIMENSION(:,:) ::   ztem_m    ! Mean temperature over all categories
+      !!----------------------------------------------------------------------
+      !
+      WHERE ( at_i (:,:) > 0._wp )
+         z1_at_i(:,:) = 1._wp / at_i (:,:)
+      ELSEWHERE
+         z1_at_i(:,:) = 0._wp
+      END WHERE
+
+      SELECT CASE( k_flxdist )       !==  averaged on all ice categories  ==!
+         !
+      CASE( 0 , 1 )
+         !
+         ALLOCATE( z_qns_m(jpi,jpj), z_qsr_m(jpi,jpj), z_dqn_m(jpi,jpj), z_evap_m(jpi,jpj), z_devap_m(jpi,jpj) )
+         !
+         z_qns_m  (:,:) = SUM( a_i(:,:,:) * pqns_ice  (:,:,:) , dim=3 ) * z1_at_i(:,:)
+         z_qsr_m  (:,:) = SUM( a_i(:,:,:) * pqsr_ice  (:,:,:) , dim=3 ) * z1_at_i(:,:)
+         z_dqn_m  (:,:) = SUM( a_i(:,:,:) * pdqn_ice  (:,:,:) , dim=3 ) * z1_at_i(:,:)
+         z_evap_m (:,:) = SUM( a_i(:,:,:) * pevap_ice (:,:,:) , dim=3 ) * z1_at_i(:,:)
+         z_devap_m(:,:) = SUM( a_i(:,:,:) * pdevap_ice(:,:,:) , dim=3 ) * z1_at_i(:,:)
+         DO jl = 1, jpl
+            pqns_ice  (:,:,jl) = z_qns_m (:,:)
+            pqsr_ice  (:,:,jl) = z_qsr_m (:,:)
+            pdqn_ice  (:,:,jl) = z_dqn_m  (:,:)
+            pevap_ice (:,:,jl) = z_evap_m(:,:)
+            pdevap_ice(:,:,jl) = z_devap_m(:,:)
+         END DO
+         !
+         DEALLOCATE( z_qns_m, z_qsr_m, z_dqn_m, z_evap_m, z_devap_m )
+         !
+      END SELECT
+      !
+      SELECT CASE( k_flxdist )       !==  redistribution on all ice categories  ==!
+         !
+      CASE( 1 , 2 )
+         !
+         ALLOCATE( zalb_m(jpi,jpj), ztem_m(jpi,jpj) )
+         !
+         zalb_m(:,:) = SUM( a_i(:,:,:) * palb_ice(:,:,:) , dim=3 ) * z1_at_i(:,:)
+         ztem_m(:,:) = SUM( a_i(:,:,:) * ptn_ice (:,:,:) , dim=3 ) * z1_at_i(:,:)
+         DO jl = 1, jpl
+            pqns_ice (:,:,jl) = pqns_ice (:,:,jl) + pdqn_ice  (:,:,jl) * ( ptn_ice(:,:,jl) - ztem_m(:,:) )
+            pevap_ice(:,:,jl) = pevap_ice(:,:,jl) + pdevap_ice(:,:,jl) * ( ptn_ice(:,:,jl) - ztem_m(:,:) )
+            pqsr_ice (:,:,jl) = pqsr_ice (:,:,jl) * ( 1._wp - palb_ice(:,:,jl) ) / ( 1._wp - zalb_m(:,:) )
+         END DO
+         !
+         DEALLOCATE( zalb_m, ztem_m )
+         !
+      END SELECT
+      !
+   END SUBROUTINE ice_flx_dist
+
+
+   SUBROUTINE ice_sbc_init
+      !!-------------------------------------------------------------------
+      !!                  ***  ROUTINE ice_sbc_init  ***
+      !!
+      !! ** Purpose :   Physical constants and parameters linked to the ice dynamics
+      !!
+      !! ** Method  :   Read the namsbc namelist and check the ice-dynamic
+      !!              parameter values called at the first timestep (nit000)
+      !!
+      !! ** input   :   Namelist namsbc
+      !!-------------------------------------------------------------------
+      INTEGER ::   ios, ioptio   ! Local integer
+      !!
+      NAMELIST/namsbc/ rn_cio, nn_snwfra, rn_snwblow, nn_flxdist, ln_cndflx, ln_cndemulate, nn_qtrice
+      !!-------------------------------------------------------------------
+      !
+      READ  ( numnam_ice_ref, namsbc, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namsbc in reference namelist' )
+      READ  ( numnam_ice_cfg, namsbc, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'namsbc in configuration namelist' )
+      IF(lwm) WRITE( numoni, namsbc )
+      !
+      IF(lwp) THEN                     ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) 'ice_sbc_init: ice parameters for ice dynamics '
+         WRITE(numout,*) '~~~~~~~~~~~~~~~~'
+         WRITE(numout,*) '   Namelist namsbc:'
+         WRITE(numout,*) '      drag coefficient for oceanic stress                       rn_cio        = ', rn_cio
+         WRITE(numout,*) '      fraction of ice covered by snow (options 0,1,2)           nn_snwfra     = ', nn_snwfra
+         WRITE(numout,*) '      coefficient for ice-lead partition of snowfall            rn_snwblow    = ', rn_snwblow
+         WRITE(numout,*) '      Multicategory heat flux formulation                       nn_flxdist    = ', nn_flxdist
+         WRITE(numout,*) '      Use conduction flux as surface condition                  ln_cndflx     = ', ln_cndflx
+         WRITE(numout,*) '         emulate conduction flux                                ln_cndemulate = ', ln_cndemulate
+         WRITE(numout,*) '      solar flux transmitted thru the surface scattering layer  nn_qtrice     = ', nn_qtrice
+         WRITE(numout,*) '         = 0  Grenfell and Maykut 1977'
+         WRITE(numout,*) '         = 1  Lebrun 2019'
+      ENDIF
+      !
+      IF(lwp) WRITE(numout,*)
+      SELECT CASE( nn_flxdist )         ! SI3 Multi-category heat flux formulation
+      CASE( -1  )
+         IF(lwp) WRITE(numout,*) '   SI3: use per-category fluxes (nn_flxdist = -1) '
+      CASE(  0  )
+         IF(lwp) WRITE(numout,*) '   SI3: use average per-category fluxes (nn_flxdist = 0) '
+      CASE(  1  )
+         IF(lwp) WRITE(numout,*) '   SI3: use average then redistribute per-category fluxes (nn_flxdist = 1) '
+         IF( ln_cpl )         CALL ctl_stop( 'ice_thd_init: the chosen nn_flxdist for SI3 in coupled mode must be /=1' )
+      CASE(  2  )
+         IF(lwp) WRITE(numout,*) '   SI3: Redistribute a single flux over categories (nn_flxdist = 2) '
+         IF( .NOT. ln_cpl )   CALL ctl_stop( 'ice_thd_init: the chosen nn_flxdist for SI3 in forced mode must be /=2' )
+      CASE DEFAULT
+         CALL ctl_stop( 'ice_thd_init: SI3 option, nn_flxdist, should be between -1 and 2' )
+      END SELECT
+      !
+   END SUBROUTINE ice_sbc_init
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option :         Empty module         NO SI3 sea-ice model
+   !!----------------------------------------------------------------------
+#endif
+
+   !!======================================================================
+END MODULE icesbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/icestp.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/icestp.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/icestp.F90	(revision 15719)
@@ -0,0 +1,317 @@
+MODULE icestp
+   !!======================================================================
+   !!                       ***  MODULE  icestp  ***
+   !! sea ice : Master routine for all the sea ice model
+   !!=====================================================================
+   !!
+   !! The sea ice model SI3 (Sea Ice modelling Integrated Initiative),
+   !!                        aka Sea Ice cube for its nickname
+   !!
+   !!    is originally based on LIM3, developed in Louvain-la-Neuve by:
+   !!       * Martin Vancoppenolle (UCL-ASTR, Belgium)
+   !!       * Sylvain Bouillon (UCL-ASTR, Belgium)
+   !!       * Miguel Angel Morales Maqueda (NOC-L, UK)
+   !!      thanks to valuable earlier work by
+   !!       * Thierry Fichefet
+   !!       * Hugues Goosse
+   !!      thanks also to the following persons who contributed
+   !!       * Gurvan Madec, Claude Talandier, Christian Ethe (LOCEAN, France)
+   !!       * Xavier Fettweis (UCL-ASTR), Ralph Timmermann (AWI, Germany)
+   !!       * Bill Lipscomb (LANL), Cecilia Bitz (UWa) and Elisabeth Hunke (LANL), USA.
+   !!
+   !! SI3 has been made possible by a handful of persons who met as working group
+   !!      (from France, Belgium, UK and Italy)
+   !!    * Clement Rousset, Martin Vancoppenolle & Gurvan Madec (LOCEAN, France)
+   !!    * Matthieu Chevalier & David Salas (Meteo France, France)
+   !!    * Gilles Garric (Mercator Ocean, France)
+   !!    * Thierry Fichefet & Francois Massonnet (UCL, Belgium)
+   !!    * Ed Blockley & Jeff Ridley (Met Office, UK)
+   !!    * Danny Feltham & David Schroeder (CPOM, UK)
+   !!    * Yevgeny Aksenov (NOC, UK)
+   !!    * Paul Holland (BAS, UK)
+   !!    * Dorotea Iovino (CMCC, Italy)
+   !!======================================================================
+   !! History :  4.0  !  2018     (C. Rousset)      Original code SI3
+   !!----------------------------------------------------------------------
+#if defined key_si3
+   !!----------------------------------------------------------------------
+   !!   'key_si3'                                       SI3 sea-ice model
+   !!----------------------------------------------------------------------
+   !!   ice_stp       : sea-ice model time-stepping and update ocean SBC over ice-covered area
+   !!   ice_init      : initialize sea-ice
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers
+   USE dom_oce        ! ocean space and time domain
+   USE c1d            ! 1D vertical configuration
+   USE ice            ! sea-ice: variables
+   USE ice1D          ! sea-ice: thermodynamical 1D variables
+   !
+   USE phycst         ! Define parameters for the routines
+   USE eosbn2         ! equation of state
+   USE sbc_oce        ! Surface boundary condition: ocean fields
+   USE sbc_ice        ! Surface boundary condition: ice   fields
+   !
+   USE icesbc         ! sea-ice: Surface boundary conditions
+   USE iceupdate      ! sea-ice: sea surface boundary condition update
+   USE icewri         ! sea-ice: outputs
+   !
+   !
+   USE in_out_manager ! I/O manager
+   USE iom            ! I/O manager library
+   USE lib_mpp        ! MPP library
+   USE lib_fortran    ! fortran utilities (glob_sum + no signed zero)
+   USE timing         ! Timing
+   USE prtctl         ! Print control
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   ice_stp    ! called by sbcmod.F90
+   PUBLIC   ice_init   ! called by sbcmod.F90
+
+   !! * Substitutions
+#  include "do_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/ICE 4.0 , NEMO Consortium (2018)
+   !! $Id: icestp.F90 13655 2020-10-21 14:15:13Z laurent $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE ice_stp( kt, Kbb, Kmm, ksbc )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE ice_stp  ***
+      !!
+      !! ** Purpose :   sea-ice model time-stepping and update ocean surface
+      !!              boundary condition over ice-covered area
+      !!
+      !! ** Method  :   ice model time stepping
+      !!              - call the ice dynamics routine
+      !!              - call the ice advection/diffusion routine
+      !!              - call the ice thermodynamics routine
+      !!              - call the routine that computes mass and
+      !!                heat fluxes at the ice/ocean interface
+      !!              - save the outputs
+      !!              - save the outputs for restart when necessary
+      !!
+      !! ** Action  : - time evolution of the LIM sea-ice model
+      !!              - update all sbc variables below sea-ice:
+      !!                utau, vtau, taum, wndm, qns , qsr, emp , sfx
+      !!---------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt       ! ocean time step
+      INTEGER, INTENT(in) ::   Kbb, Kmm ! ocean time level indices
+      INTEGER, INTENT(in) ::   ksbc     ! flux formulation (user defined, bulk, or Pure Coupled)
+      !
+      INTEGER ::   jl   ! dummy loop index
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start('ice_stp')
+      !
+      !                                      !-----------------------!
+      IF( MOD( kt-1, nn_fsbc ) == 0 ) THEN   ! --- Ice time step --- !
+         !                                   !-----------------------!
+         !
+         kt_ice = kt                              ! -- Ice model time step
+         !
+         u_oce(:,:) = ssu_m(:,:)                  ! -- mean surface ocean current
+         v_oce(:,:) = ssv_m(:,:)
+         !
+         CALL eos_fzp( sss_m(:,:) , t_bo(:,:) )   ! -- freezing temperature [Kelvin] (set to rt0 over land)
+         t_bo(:,:) = ( t_bo(:,:) + rt0 ) * tmask(:,:,1) + rt0 * ( 1._wp - tmask(:,:,1) )
+         !
+         !
+         !------------------------------------------------!
+         ! --- Dynamical coupling with the atmosphere --- !
+         !------------------------------------------------!
+         ! It provides the following fields used in sea ice model:
+         !    utau_ice, vtau_ice = surface ice stress [N/m2]
+         !------------------------------------------------!
+                                        CALL ice_sbc_tau( kt, ksbc, utau_ice, vtau_ice )
+         !
+         !------------------------------------------------------!
+         ! --- Thermodynamical coupling with the atmosphere --- !
+         !------------------------------------------------------!
+         ! It provides the following fields used in sea ice model:
+         !    emp_oce , emp_ice    = E-P over ocean and sea ice                    [Kg/m2/s]
+         !    sprecip              = solid precipitation                           [Kg/m2/s]
+         !    evap_ice             = sublimation                                   [Kg/m2/s]
+         !    qsr_tot , qns_tot    = solar & non solar heat flux (total)           [W/m2]
+         !    qsr_ice , qns_ice    = solar & non solar heat flux over ice          [W/m2]
+         !    dqns_ice             = non solar  heat sensistivity                  [W/m2]
+         !    qemp_oce, qemp_ice,  = sensible heat (associated with evap & precip) [W/m2]
+         !    qprec_ice, qevap_ice
+         !------------------------------------------------------!
+                                        CALL ice_sbc_flx( kt, ksbc )
+         !----------------------------!
+         ! --- ice thermodynamics --- !
+         !----------------------------!
+
+         fr_i  (:,:)   = at_i(:,:) !#LB...
+
+         !!#LB: lines stolen from "ice_update_flx()@iceupdate.F90"
+         !!=============================================================
+
+         ! --- case we bypass ice thermodynamics --- !
+         !IF( .NOT. ln_icethd ) THEN   ! we suppose ice is impermeable => ocean is isolated from atmosphere
+         qt_atm_oi  (:,:)   = ( 1._wp - at_i_b(:,:) ) * ( qns_oce(:,:) + qsr_oce(:,:) ) + qemp_oce(:,:)
+         qt_oce_ai  (:,:)   = ( 1._wp - at_i_b(:,:) ) *   qns_oce(:,:)                  + qemp_oce(:,:)
+         emp_ice    (:,:)   = 0._wp
+         qemp_ice   (:,:)   = 0._wp
+         qevap_ice  (:,:,:) = 0._wp
+         !ENDIF
+
+         ! output all fluxes
+         !------------------
+
+         ! --- mass fluxes [kg/m2/s] --- !
+         IF( iom_use('emp_oce'    ) )   CALL iom_put( 'emp_oce', emp_oce )   ! emp over ocean (taking into account the snow blown away from the ice)
+         IF( iom_use('emp_ice'    ) )   CALL iom_put( 'emp_ice', emp_ice )   ! emp over ice   (taking into account the snow blown away from the ice)
+         ! --- heat fluxes [W/m2] --- !
+         IF( iom_use('qsr_oce'    ) )   CALL iom_put( 'qsr_oce'    , qsr_oce * ( 1._wp - at_i_b )                               )   !     solar flux at ocean surface
+         IF( iom_use('qns_oce'    ) )   CALL iom_put( 'qns_oce'    , qns_oce * ( 1._wp - at_i_b ) + qemp_oce                    )   ! non-solar flux at ocean surface
+         IF( iom_use('qns_ice'    ) )   CALL iom_put( 'qns_ice'    , SUM( qns_ice * a_i_b, dim=3 ) + qemp_ice                   )   ! non-solar flux at ice surface
+         IF( iom_use('qsr_ice'    ) )   CALL iom_put( 'qsr_ice'    , SUM( qsr_ice * a_i_b, dim=3 )                              )
+         IF( iom_use('qt_oce'     ) )   CALL iom_put( 'qt_oce'     ,      ( qsr_oce + qns_oce ) * ( 1._wp - at_i_b ) + qemp_oce )
+         IF( iom_use('qt_ice'     ) )   CALL iom_put( 'qt_ice'     , SUM( ( qns_ice + qsr_ice ) * a_i_b, dim=3 )     + qemp_ice )
+         IF( iom_use('qemp_oce'   ) )   CALL iom_put( 'qemp_oce'   , qemp_oce                                                   )   ! Downward Heat Flux from E-P over ocean
+         IF( iom_use('qemp_ice'   ) )   CALL iom_put( 'qemp_ice'   , qemp_ice                                                   )   ! Downward Heat Flux from E-P over ice
+
+
+         !!=============================================================
+
+         !
+                                        CALL ice_wri( kt )            ! -- Ice outputs
+         !
+         !IF( lrst_ice )                 CALL ice_rst_write( kt )      ! -- Ice restart file
+         !
+         !IF( ln_icectl )                CALL ice_ctl( kt )            ! -- Control checks
+         !
+      ENDIF   ! End sea-ice time step only
+
+      !-------------------------!
+      ! --- Ocean time step --- !
+      !-------------------------!
+      !
+      IF( ln_timing )   CALL timing_stop('ice_stp')
+      !
+   END SUBROUTINE ice_stp
+
+
+   SUBROUTINE ice_init( Kbb, Kmm, Kaa )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE ice_init  ***
+      !!
+      !! ** purpose :   Initialize sea-ice parameters
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) :: Kbb, Kmm, Kaa
+      !
+      INTEGER ::   ierr
+      !!----------------------------------------------------------------------
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'Sea Ice Model: SI3 (Sea Ice modelling Integrated Initiative)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'ice_init: Arrays allocation & Initialization of all routines & init state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~'
+      !
+      !                                ! Load the reference and configuration namelist files and open namelist output file
+      CALL load_nml( numnam_ice_ref, 'namelist_ice_ref',    numout, lwm )
+      CALL load_nml( numnam_ice_cfg, 'namelist_ice_cfg',    numout, lwm )
+      IF(lwm) CALL ctl_opn( numoni , 'output.namelist.ice', 'UNKNOWN', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, 1 )
+      !
+      CALL par_init                ! set some ice run parameters
+      !
+      !                                ! Allocate the ice arrays (sbc_ice already allocated in sbc_init)
+      ierr =        ice_alloc        ()      ! ice variables
+      ierr = ierr + sbc_ice_alloc    ()      ! surface boundary conditions
+      ierr = ierr + ice1D_alloc      ()      ! thermodynamics
+      !
+      CALL mpp_sum( 'icestp', ierr )
+      IF( ierr /= 0 )   CALL ctl_stop('STOP', 'ice_init : unable to allocate ice arrays')
+      !
+      !
+      CALL ice_sbc_init                ! set ice-ocean and ice-atm. coupling parameters
+      !
+      fr_i  (:,:)   = at_i(:,:)        ! initialisation of sea-ice fraction
+      !
+      IF( ln_rstart )   CALL iom_close( numrir )  ! close input ice restart file
+      !
+   END SUBROUTINE ice_init
+
+
+   SUBROUTINE par_init
+      !!-------------------------------------------------------------------
+      !!                  ***  ROUTINE par_init ***
+      !!
+      !! ** Purpose :   Definition generic parameters for ice model
+      !!
+      !! ** Method  :   Read namelist and check the parameter
+      !!                values called at the first timestep (nit000)
+      !!
+      !! ** input   :   Namelist nampar
+      !!-------------------------------------------------------------------
+      INTEGER  ::   ios                 ! Local integer
+      !!
+      NAMELIST/nampar/ jpl, nlay_i, nlay_s, ln_virtual_itd, ln_icedyn, ln_icethd, rn_amax_n, rn_amax_s,  &
+         &             cn_icerst_in, cn_icerst_indir, cn_icerst_out, cn_icerst_outdir
+      !!-------------------------------------------------------------------
+      !
+      READ  ( numnam_ice_ref, nampar, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'nampar in reference namelist' )
+      READ  ( numnam_ice_cfg, nampar, IOSTAT = ios, ERR = 902 )
+902   IF( ios > 0 )   CALL ctl_nam ( ios , 'nampar in configuration namelist' )
+      IF(lwm) WRITE( numoni, nampar )
+      !
+      IF(lwp) THEN                  ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '   par_init: ice parameters shared among all the routines'
+         WRITE(numout,*) '   ~~~~~~~~'
+         WRITE(numout,*) '      Namelist nampar: '
+         WRITE(numout,*) '         number of ice  categories                           jpl       = ', jpl
+         WRITE(numout,*) '         number of ice  layers                               nlay_i    = ', nlay_i
+         WRITE(numout,*) '         number of snow layers                               nlay_s    = ', nlay_s
+         WRITE(numout,*) '         virtual ITD param for jpl=1 (T) or not (F)     ln_virtual_itd = ', ln_virtual_itd
+         WRITE(numout,*) '         Ice dynamics       (T) or not (F)                   ln_icedyn = ', ln_icedyn
+         WRITE(numout,*) '         Ice thermodynamics (T) or not (F)                   ln_icethd = ', ln_icethd
+         WRITE(numout,*) '         maximum ice concentration for NH                              = ', rn_amax_n
+         WRITE(numout,*) '         maximum ice concentration for SH                              = ', rn_amax_s
+      ENDIF
+      !                                        !--- change max ice concentration for roundoff errors
+      rn_amax_n = MIN( rn_amax_n, 1._wp - epsi10 )
+      rn_amax_s = MIN( rn_amax_s, 1._wp - epsi10 )
+      !                                        !--- check consistency
+      IF ( jpl > 1 .AND. ln_virtual_itd ) THEN
+         ln_virtual_itd = .FALSE.
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) '   ln_virtual_itd forced to false as jpl>1, no need with multiple categories to emulate them'
+      ENDIF
+      !
+      IF( ln_cpl .AND. nn_cats_cpl /= 1 .AND. nn_cats_cpl /= jpl ) THEN
+         CALL ctl_stop( 'STOP', 'par_init: in coupled mode, nn_cats_cpl should be either 1 or jpl' )
+      ENDIF
+      !
+      rDt_ice   = REAL(nn_fsbc) * rn_Dt          !--- sea-ice timestep and its inverse
+      r1_Dt_ice = 1._wp / rDt_ice
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '      ice timestep rDt_ice = nn_fsbc*rn_Dt = ', rDt_ice
+      !
+      r1_nlay_i = 1._wp / REAL( nlay_i, wp )   !--- inverse of nlay_i and nlay_s
+      r1_nlay_s = 1._wp / REAL( nlay_s, wp )
+      !
+   END SUBROUTINE par_init
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default option           Dummy module         NO SI3 sea-ice model
+   !!----------------------------------------------------------------------
+CONTAINS
+   SUBROUTINE ice_stp ( kt, ksbc )     ! Dummy routine
+      INTEGER, INTENT(in) ::   kt, ksbc
+      WRITE(*,*) 'ice_stp: You should not have seen this print! error?', kt
+   END SUBROUTINE ice_stp
+   SUBROUTINE ice_init                 ! Dummy routine
+   END SUBROUTINE ice_init
+#endif
+
+   !!======================================================================
+END MODULE icestp
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/nemogcm.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/nemogcm.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/nemogcm.F90	(revision 15719)
@@ -0,0 +1,417 @@
+MODULE nemogcm
+   !!======================================================================
+   !!                       ***  MODULE nemogcm   ***
+   !!                      STATION_ASF (SAS meets C1D)
+   !!======================================================================
+   !! History :  3.6  ! 2011-11  (S. Alderson, G. Madec) original code
+   !!             -   ! 2013-06  (I. Epicoco, S. Mocavero, CMCC) nemo_northcomms: setup avoiding MPI communication
+   !!             -   ! 2014-12  (G. Madec) remove KPP scheme and cross-land advection (cla)
+   !!            4.0  ! 2016-10  (G. Madec, S. Flavoni)  domain configuration / user defined interface
+   !!            4.x  ! 2019-12  (L. Brodeau)  STATION_ASF test-case
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   nemo_gcm      : solve ocean dynamics, tracer, biogeochemistry and/or sea-ice
+   !!   nemo_init     : initialization of the NEMO system
+   !!   nemo_ctl      : initialisation of the contol print
+   !!   nemo_closefile: close remaining open files
+   !!   nemo_alloc    : dynamical allocation
+   !!----------------------------------------------------------------------
+   USE step_oce       ! module used in the ocean time stepping module (step.F90)
+   USE phycst         ! physical constant                  (par_cst routine)
+   USE domain         ! domain initialization   (dom_init & dom_cfg routines)
+   USE closea         ! treatment of closed seas (for ln_closea)
+   USE usrdef_nam     ! user defined configuration
+   USE istate         ! initial state setting          (istate_init routine)
+   USE step, ONLY : Nbb, Nnn, Naa, Nrhs ! time level indices
+   USE daymod         ! calendar
+   USE restart        ! open  restart file
+   USE c1d            ! 1D configuration
+   USE step_c1d       ! Time stepping loop for the 1D configuration
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! distributed memory computing
+   USE mppini         ! shared/distributed memory setting (mpp_init routine)
+   USE lib_fortran    ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined)
+#if defined key_iomput
+   USE xios           ! xIOserver
+#endif
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   nemo_gcm    ! called by model.F90
+   PUBLIC   nemo_init   ! needed by AGRIF
+
+   CHARACTER(lc) ::   cform_aaa="( /, 'AAAAAAAA', / ) "     ! flag for output listing
+
+#if defined key_mpp_mpi
+   ! need MPI_Wtime
+   INCLUDE 'mpif.h'
+#endif
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: nemogcm.F90 13286 2020-07-09 15:48:29Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE nemo_gcm
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE nemo_gcm  ***
+      !!
+      !! ** Purpose :   NEMO solves the primitive equations on an orthogonal
+      !!              curvilinear mesh on the sphere.
+      !!
+      !! ** Method  : - model general initialization
+      !!              - launch the time-stepping (stp routine)
+      !!              - finalize the run by closing files and communications
+      !!
+      !! References : Madec, Delecluse, Imbard, and Levy, 1997:  internal report, IPSL.
+      !!              Madec, 2008, internal report, IPSL.
+      !!----------------------------------------------------------------------
+      INTEGER ::   istp   ! time step index
+      REAL(wp)::   zstptiming   ! elapsed time for 1 time step
+      !!----------------------------------------------------------------------
+      !
+      !                            !-----------------------!
+      CALL nemo_init               !==  Initialisations  ==!
+      !                            !-----------------------!
+      ! check that all process are still there... If some process have an error,
+      ! they will never enter in step and other processes will wait until the end of the cpu time!
+      CALL mpp_max( 'nemogcm', nstop )
+
+      IF(lwp) WRITE(numout,cform_aaa)   ! Flag AAAAAAA
+
+      !                            !-----------------------!
+      !                            !==   time stepping   ==!
+      !                            !-----------------------!
+      !
+      !                                               !== set the model time-step  ==!
+      !
+      istp = nit000
+      !
+      DO WHILE ( istp <= nitend .AND. nstop == 0 )    !==  C1D time-stepping  ==!
+         CALL stp_c1d( istp )
+         istp = istp + 1
+      END DO
+      !
+      !                            !------------------------!
+      !                            !==  finalize the run  ==!
+      !                            !------------------------!
+      IF(lwp) WRITE(numout,cform_aaa)        ! Flag AAAAAAA
+      !
+      IF( nstop /= 0 .AND. lwp ) THEN        ! error print
+         WRITE(ctmp1,*) '   ==>>>   nemo_gcm: a total of ', nstop, ' errors have been found'
+         WRITE(ctmp2,*) '           Look for "E R R O R" messages in all existing ocean_output* files'
+         CALL ctl_stop( ' ', ctmp1, ' ', ctmp2 )
+      ENDIF
+      !
+      IF( ln_timing )   CALL timing_finalize
+      !
+      CALL nemo_closefile
+      !
+#if defined key_iomput
+      CALL xios_finalize  ! end mpp communications with xios
+#else
+      IF( lk_mpp )                  CALL mppstop      ! end mpp communications
+#endif
+      !
+      IF(lwm) THEN
+         IF( nstop == 0 ) THEN   ;   STOP 0
+         ELSE                    ;   STOP 123
+         ENDIF
+      ENDIF
+      !
+   END SUBROUTINE nemo_gcm
+
+
+   SUBROUTINE nemo_init
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE nemo_init  ***
+      !!
+      !! ** Purpose :   initialization of the NEMO GCM
+      !!----------------------------------------------------------------------
+      INTEGER ::   ios, ilocal_comm   ! local integers
+      !!
+      NAMELIST/namctl/ sn_cfctl, ln_timing, ln_diacfl,                                &
+         &             nn_isplt,  nn_jsplt,  nn_ictls, nn_ictle, nn_jctls, nn_jctle
+      NAMELIST/namcfg/ ln_read_cfg, cn_domcfg, ln_closea, ln_write_cfg, cn_domcfg_out, ln_use_jattr
+      !!----------------------------------------------------------------------
+      !
+      cxios_context = 'nemo'
+      !
+      !                             !-------------------------------------------------!
+      !                             !     set communicator & select the local rank    !
+      !                             !  must be done as soon as possible to get narea  !
+      !                             !-------------------------------------------------!
+      !
+#if defined key_iomput
+      IF( Agrif_Root() ) THEN
+         CALL xios_initialize( "for_xios_mpi_id", return_comm=ilocal_comm )   ! nemo local communicator given by xios
+      ENDIF
+      CALL mpp_start( ilocal_comm )
+#else
+      CALL mpp_start( )
+#endif
+      !
+      narea = mpprank + 1               ! mpprank: the rank of proc (0 --> mppsize -1 )
+      lwm = (narea == 1)                ! control of output namelists
+      !
+      !                             !---------------------------------------------------------------!
+      !                             ! Open output files, reference and configuration namelist files !
+      !                             !---------------------------------------------------------------!
+      !
+      ! open ocean.output as soon as possible to get all output prints (including errors messages)
+      IF( lwm )   CALL ctl_opn(     numout,        'ocean.output', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, -1, .FALSE. )
+      ! open reference and configuration namelist files
+      CALL load_nml( numnam_ref,        'namelist_ref',                                           -1, lwm )
+      CALL load_nml( numnam_cfg,        'namelist_cfg',                                           -1, lwm )
+      IF( lwm )   CALL ctl_opn(     numond, 'output.namelist.dyn', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, -1, .FALSE. )
+      ! open /dev/null file to be able to supress output write easily
+      IF( Agrif_Root() ) THEN
+         CALL ctl_opn(     numnul,           '/dev/null', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, -1, .FALSE. )
+#ifdef key_agrif
+      ELSE
+         numnul = Agrif_Parent(numnul)
+#endif
+      ENDIF
+      !                             !--------------------!
+      !                             ! Open listing units !  -> need sn_cfctl from namctl to define lwp
+      !                             !--------------------!
+      !
+      READ  ( numnam_ref, namctl, IOSTAT = ios, ERR = 901 )
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namctl in reference namelist' )
+      READ  ( numnam_cfg, namctl, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'namctl in configuration namelist' )
+      !
+      ! finalize the definition of namctl variables
+      IF( narea < sn_cfctl%procmin .OR. narea > sn_cfctl%procmax .OR. MOD( narea - sn_cfctl%procmin, sn_cfctl%procincr ) /= 0 )   &
+         &   CALL nemo_set_cfctl( sn_cfctl, .FALSE. )
+      !
+      lwp = (narea == 1) .OR. sn_cfctl%l_oceout    ! control of all listing output print
+      !
+      IF(lwp) THEN                      ! open listing units
+         !
+         IF( .NOT. lwm )   &            ! alreay opened for narea == 1
+            &            CALL ctl_opn( numout, 'ocean.output', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, -1, .FALSE., narea )
+         !
+         WRITE(numout,*)
+         WRITE(numout,*) '   CNRS - NERC - Met OFFICE - MERCATOR-ocean - CMCC'
+         WRITE(numout,*) '                       NEMO team'
+         WRITE(numout,*) '            Ocean General Circulation Model'
+         WRITE(numout,*) '                NEMO version 4.0  (2019) '
+         WRITE(numout,*) '                      STATION_ASF '
+         WRITE(numout,*) "           ._      ._      ._      ._      ._    "
+         WRITE(numout,*) "       _.-._)`\_.-._)`\_.-._)`\_.-._)`\_.-._)`\_ "
+         WRITE(numout,*)
+         WRITE(numout,*) "           o         _,           _,             "
+         WRITE(numout,*) "            o      .' (        .-' /             "
+         WRITE(numout,*) "           o     _/..._'.    .'   /              "
+         WRITE(numout,*) "      (    o .-'`      ` '-./  _.'               "
+         WRITE(numout,*) "       )    ( o)           ;= <_         (       "
+         WRITE(numout,*) "      (      '-.,\\__ __.-;`\   '.        )      "
+         WRITE(numout,*) "       )  )       \) |`\ \)  '.   \      (   (   "
+         WRITE(numout,*) "      (  (           \_/       '-._\      )   )  "
+         WRITE(numout,*) "       )  ) jgs                     `    (   (   "
+         WRITE(numout,*) "     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ "
+         WRITE(numout,*)
+
+         ! Print the working precision to ocean.output
+         IF (wp == dp) THEN
+            WRITE(numout,*) "Working precision = double-precision"
+         ELSE
+            WRITE(numout,*) "Working precision = single-precision"
+         ENDIF
+         WRITE(numout,*)
+         !
+         WRITE(numout,cform_aaa)                                        ! Flag AAAAAAA
+         !
+      ENDIF
+      !
+      IF(lwm) WRITE( numond, namctl )
+      !
+      !                             !------------------------------------!
+      !                             !  Set global domain size parameters !
+      !                             !------------------------------------!
+      !
+      READ  ( numnam_ref, namcfg, IOSTAT = ios, ERR = 903 )
+903   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namcfg in reference namelist' )
+      READ  ( numnam_cfg, namcfg, IOSTAT = ios, ERR = 904 )
+904   IF( ios >  0 )   CALL ctl_nam ( ios , 'namcfg in configuration namelist' )
+      !
+      IF( ln_read_cfg ) THEN            ! Read sizes in domain configuration file
+         CALL domain_cfg ( cn_cfg, nn_cfg, Ni0glo, Nj0glo, jpkglo, jperio )
+      ELSE                              ! user-defined namelist
+         CALL usr_def_nam( cn_cfg, nn_cfg, Ni0glo, Nj0glo, jpkglo, jperio )
+      ENDIF
+      !
+      IF(lwm)   WRITE( numond, namcfg )
+      !
+      !                             !-----------------------------------------!
+      !                             ! mpp parameters and domain decomposition !
+      !                             !-----------------------------------------!
+      CALL mpp_init
+
+      ! Now we know the dimensions of the grid and numout has been set: we can allocate arrays
+      CALL nemo_alloc()
+
+      ! Initialise time level indices
+      Nbb = 1; Nnn = 2; Naa = 3; Nrhs = Naa
+
+      !                             !-------------------------------!
+      !                             !  NEMO general initialization  !
+      !                             !-------------------------------!
+
+      CALL nemo_ctl                          ! Control prints
+      !
+      !                                      ! General initialization
+      IF( ln_timing    )   CALL timing_init     ! timing
+      IF( ln_timing    )   CALL timing_start( 'nemo_init')
+      !
+      CALL     phy_cst         ! Physical constants
+      CALL     eos_init        ! Equation of state
+      IF( lk_c1d       )   CALL     c1d_init        ! 1D column configuration
+      CALL     dom_init( Nbb, Nnn, Naa, "OPA") ! Domain
+      IF( sn_cfctl%l_prtctl )   &
+         &                 CALL prt_ctl_init        ! Print control
+
+      CALL  istate_init( Nbb, Nnn, Naa )    ! ocean initial state (Dynamics and tracers)
+
+      !                                      ! external forcing
+      CALL     sbc_init( Nbb, Nnn, Naa )    ! surface boundary conditions (including sea-ice)
+
+      !#LB:
+#if defined key_si3
+      IF(lwp) WRITE(numout,*) 'LOLO: nemo_init@nemogcm.F90: shape of fr_i ==>', SIZE(fr_i,1), SIZE(fr_i,2)
+      fr_i(:,:) = 0._wp
+#endif
+      !#LB.
+
+      !
+      IF(lwp) WRITE(numout,cform_aaa)           ! Flag AAAAAAA
+      !
+      IF( ln_timing    )   CALL timing_stop( 'nemo_init')
+      !
+   END SUBROUTINE nemo_init
+
+
+   SUBROUTINE nemo_ctl
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE nemo_ctl  ***
+      !!
+      !! ** Purpose :   control print setting
+      !!
+      !! ** Method  : - print namctl and namcfg information and check some consistencies
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) THEN                  ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) 'nemo_ctl: Control prints'
+         WRITE(numout,*) '~~~~~~~~'
+         WRITE(numout,*) '   Namelist namctl'
+         WRITE(numout,*) '                              sn_cfctl%l_runstat = ', sn_cfctl%l_runstat
+         WRITE(numout,*) '                              sn_cfctl%l_trcstat = ', sn_cfctl%l_trcstat
+         WRITE(numout,*) '                              sn_cfctl%l_oceout  = ', sn_cfctl%l_oceout
+         WRITE(numout,*) '                              sn_cfctl%l_layout  = ', sn_cfctl%l_layout
+         WRITE(numout,*) '                              sn_cfctl%l_prtctl  = ', sn_cfctl%l_prtctl
+         WRITE(numout,*) '                              sn_cfctl%l_prttrc  = ', sn_cfctl%l_prttrc
+         WRITE(numout,*) '                              sn_cfctl%l_oasout  = ', sn_cfctl%l_oasout
+         WRITE(numout,*) '                              sn_cfctl%procmin   = ', sn_cfctl%procmin
+         WRITE(numout,*) '                              sn_cfctl%procmax   = ', sn_cfctl%procmax
+         WRITE(numout,*) '                              sn_cfctl%procincr  = ', sn_cfctl%procincr
+         WRITE(numout,*) '                              sn_cfctl%ptimincr  = ', sn_cfctl%ptimincr
+         WRITE(numout,*) '      timing by routine               ln_timing  = ', ln_timing
+         WRITE(numout,*) '      CFL diagnostics                 ln_diacfl  = ', ln_diacfl
+      ENDIF
+      !
+      IF( .NOT.ln_read_cfg )   ln_closea = .false.   ! dealing possible only with a domcfg file
+      IF(lwp) THEN                  ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '   Namelist namcfg'
+         WRITE(numout,*) '      read domain configuration file                ln_read_cfg      = ', ln_read_cfg
+         WRITE(numout,*) '         filename to be read                           cn_domcfg     = ', TRIM(cn_domcfg)
+         WRITE(numout,*) '         keep closed seas in the domain (if exist)     ln_closea     = ', ln_closea
+         WRITE(numout,*) '      create a configuration definition file        ln_write_cfg     = ', ln_write_cfg
+         WRITE(numout,*) '         filename to be written                        cn_domcfg_out = ', TRIM(cn_domcfg_out)
+         WRITE(numout,*) '      use file attribute if exists as i/p j-start   ln_use_jattr     = ', ln_use_jattr
+      ENDIF
+      !
+      IF( 1._wp /= SIGN(1._wp,-0._wp)  )   CALL ctl_stop( 'nemo_ctl: The intrinsec SIGN function follows f2003 standard.',  &
+         &                                                'Compile with key_nosignedzero enabled:',   &
+         &                                                '--> add -Dkey_nosignedzero to the definition of %CPP in your arch file' )
+      !
+   END SUBROUTINE nemo_ctl
+
+
+   SUBROUTINE nemo_closefile
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE nemo_closefile  ***
+      !!
+      !! ** Purpose :   Close the files
+      !!----------------------------------------------------------------------
+      !
+      IF( lk_mpp )   CALL mppsync
+      !
+      CALL iom_close                                 ! close all input/output files managed by iom_*
+      !
+      IF( numstp          /= -1 )   CLOSE( numstp          )   ! time-step file
+      IF( numrun          /= -1 )   CLOSE( numrun          )   ! run statistics file
+      IF( lwm.AND.numond  /= -1 )   CLOSE( numond          )   ! oce output namelist
+      IF( lwm.AND.numoni  /= -1 )   CLOSE( numoni          )   ! ice output namelist
+      IF( numevo_ice      /= -1 )   CLOSE( numevo_ice      )   ! ice variables (temp. evolution)
+      IF( numout          /=  6 )   CLOSE( numout          )   ! standard model output file
+      !
+      numout = 6                                     ! redefine numout in case it is used after this point...
+      !
+   END SUBROUTINE nemo_closefile
+
+
+   SUBROUTINE nemo_alloc
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE nemo_alloc  ***
+      !!
+      !! ** Purpose :   Allocate all the dynamic arrays of the OPA modules
+      !!
+      !! ** Method  :
+      !!----------------------------------------------------------------------
+      USE diawri    , ONLY : dia_wri_alloc
+      USE dom_oce   , ONLY : dom_oce_alloc
+      !
+      INTEGER :: ierr
+      !!----------------------------------------------------------------------
+      !
+      ierr =        oce_alloc    ()    ! ocean
+      ierr = ierr + dia_wri_alloc()
+      ierr = ierr + dom_oce_alloc()    ! ocean domain
+      !
+      CALL mpp_sum( 'nemogcm', ierr )
+      IF( ierr /= 0 )   CALL ctl_stop( 'STOP', 'nemo_alloc: unable to allocate standard ocean arrays' )
+      !
+   END SUBROUTINE nemo_alloc
+
+
+   SUBROUTINE nemo_set_cfctl(sn_cfctl, setto )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE nemo_set_cfctl  ***
+      !!
+      !! ** Purpose :   Set elements of the output control structure to setto.
+      !!
+      !! ** Method  :   Note this routine can be used to switch on/off some
+      !!                types of output for selected areas.
+      !!----------------------------------------------------------------------
+      TYPE(sn_ctl), INTENT(inout) :: sn_cfctl
+      LOGICAL     , INTENT(in   ) :: setto
+      !!----------------------------------------------------------------------
+      sn_cfctl%l_runstat = setto
+      sn_cfctl%l_trcstat = setto
+      sn_cfctl%l_oceout  = setto
+      sn_cfctl%l_layout  = setto
+      sn_cfctl%l_prtctl  = setto
+      sn_cfctl%l_prttrc  = setto
+      sn_cfctl%l_oasout  = setto
+   END SUBROUTINE nemo_set_cfctl
+
+   !!======================================================================
+END MODULE nemogcm
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/sbcssm.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/sbcssm.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/sbcssm.F90	(revision 15719)
@@ -0,0 +1,338 @@
+MODULE sbcssm
+   !!======================================================================
+   !!                       ***  MODULE  sbcssm  ***
+   !! Off-line : interpolation of the physical fields
+   !!======================================================================
+   !! History :  3.4  ! 2012-03 (S. Alderson)  original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   sbc_ssm_init  : initialization, namelist read, and SAVEs control
+   !!   sbc_ssm       : Interpolation of the fields
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers variables
+   USE c1d            ! 1D configuration: lk_c1d
+   USE dom_oce        ! ocean domain: variables
+   USE sbc_oce        ! surface module: variables
+   USE phycst         ! physical constants
+   USE eosbn2         ! equation of state - Brunt Vaisala frequency
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   !
+#if defined key_si3
+   USE ice            !#LB: we need to fill the "tm_su"   array!
+   USE sbc_ice        !#LB: we need to fill the "alb_ice" array!
+#endif
+   !
+   USE in_out_manager ! I/O manager
+   USE iom            ! I/O library
+   USE lib_mpp        ! distributed memory computing library
+   USE prtctl         ! print control
+   USE fldread        ! read input fields
+   USE timing         ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   sbc_ssm_init   ! called by sbc_init
+   PUBLIC   sbc_ssm        ! called by sbc
+
+   CHARACTER(len=100) ::   cn_dir        ! Root directory for location of ssm files
+   LOGICAL            ::   ln_3d_uve     ! specify whether input velocity data is 3D
+   LOGICAL            ::   ln_read_frq   ! specify whether we must read frq or not
+
+   LOGICAL            ::   l_sasread     ! Ice intilisation: =T read a file ; =F anaytical initilaistion
+   LOGICAL            ::   l_initdone = .false.
+   INTEGER     ::   nfld_3d
+   INTEGER     ::   nfld_2d
+
+   INTEGER     ::   jf_tem         ! index of temperature
+   INTEGER     ::   jf_sal         ! index of salinity
+   INTEGER     ::   jf_usp         ! index of u velocity component
+   INTEGER     ::   jf_vsp         ! index of v velocity component
+   INTEGER     ::   jf_ssh         ! index of sea surface height
+   INTEGER     ::   jf_e3t         ! index of first T level thickness
+   INTEGER     ::   jf_frq         ! index of fraction of qsr absorbed in the 1st T level
+#if defined key_si3
+   INTEGER     ::   jf_ifr         ! index of sea-ice concentration !#LB
+   INTEGER     ::   jf_tic         ! index of sea-ice surface temperature !#LB
+   INTEGER     ::   jf_ial         ! index of sea-ice surface albedo !#LB
+#endif
+
+   TYPE(FLD), ALLOCATABLE, DIMENSION(:) :: sf_ssm_3d  ! structure of input fields (file information, fields read)
+   TYPE(FLD), ALLOCATABLE, DIMENSION(:) :: sf_ssm_2d  ! structure of input fields (file information, fields read)
+
+   !!----------------------------------------------------------------------
+   !! NEMO/SAS 4.0 , NEMO Consortium (2018)
+   !! $Id: sbcssm.F90 13286 2020-07-09 15:48:29Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE sbc_ssm( kt, Kbb, Kmm )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE sbc_ssm  ***
+      !!
+      !! ** Purpose :  Prepares dynamics and physics fields from a NEMO run
+      !!               for an off-line simulation using surface processes only
+      !!
+      !! ** Method : calculates the position of data
+      !!             - interpolates data if needed
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time-step index
+      INTEGER, INTENT(in) ::   Kbb, Kmm   ! ocean time level indices
+      ! (not needed for SAS but needed to keep a consistent interface in sbcmod.F90)
+      !
+      INTEGER  ::   ji, jj, jl ! dummy loop indices
+      REAL(wp) ::   ztinta     ! ratio applied to after  records when doing time interpolation
+      REAL(wp) ::   ztintb     ! ratio applied to before records when doing time interpolation
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_timing )   CALL timing_start( 'sbc_ssm')
+
+      IF ( l_sasread ) THEN
+         IF( nfld_3d > 0 ) CALL fld_read( kt, 1, sf_ssm_3d )      !==   read data at kt time step   ==!
+         IF( nfld_2d > 0 ) CALL fld_read( kt, 1, sf_ssm_2d )      !==   read data at kt time step   ==!
+         !
+         e3t_m(:,:) = e3t_0(:,:,1)                                 ! vertical scale factor
+         ssu_m(:,:) = sf_ssm_2d(jf_usp)%fnow(:,:,1) * umask(:,:,1)    ! u-velocity
+         ssv_m(:,:) = sf_ssm_2d(jf_vsp)%fnow(:,:,1) * vmask(:,:,1)    ! v-velocity
+         !
+         !#LB:
+#if defined key_si3
+         !IF(lwp) WRITE(numout,*) 'LOLO: sbc_ssm()@sbcssm.F90 => fill "tm_su" and other fields at kt =', kt
+         !IF(lwp) WRITE(numout,*) 'LOLO: sbc_ssm()@sbcssm.F90 => shape of at_i ==>', SIZE(at_i,1), SIZE(at_i,2)
+         at_i (:,:) = sf_ssm_2d(jf_ifr)%fnow(:,:,1) * tmask(:,:,1)    ! sea-ice concentration [fraction]
+         tm_su(:,:) = sf_ssm_2d(jf_tic)%fnow(:,:,1) * tmask(:,:,1)    ! sea-ice surface temperature, read in [K] !#LB
+         sst_m(:,:) = sf_ssm_2d(jf_ial)%fnow(:,:,1) * tmask(:,:,1)    ! !!!sst_m AS TEMPORARY ARRAY !!! sea-ice albedo [fraction]
+         DO jl = 1, jpl
+            !IF(lwp) WRITE(numout,*) 'LOLO: sbc_ssm()@sbcssm.F90 => fill "t_su" for ice cat =', jl
+            a_i    (:,:,jl) = at_i (:,:)
+            a_i_b  (:,:,jl) = at_i (:,:)
+            t_su   (:,:,jl) = tm_su(:,:)
+            alb_ice(:,:,jl) = sst_m(:,:)
+         END DO
+         !IF(lwp) WRITE(numout,*) ''
+#endif
+         !#LB.
+         sst_m(:,:) = sf_ssm_2d(jf_tem)%fnow(:,:,1) * tmask(:,:,1)    ! temperature
+         sss_m(:,:) = sf_ssm_2d(jf_sal)%fnow(:,:,1) * tmask(:,:,1)    ! salinity
+         ssh_m(:,:) = sf_ssm_2d(jf_ssh)%fnow(:,:,1) * tmask(:,:,1)    ! sea surface height
+         frq_m(:,:) = 1._wp
+      ELSE
+         sss_m(:,:) = 35._wp                             ! =35. to obtain a physical value for the freezing point
+         CALL eos_fzp( sss_m(:,:), sst_m(:,:) )          ! sst_m is set at the freezing point
+         ssu_m(:,:) = 0._wp
+         ssv_m(:,:) = 0._wp
+         ssh_m(:,:) = 0._wp
+         frq_m(:,:) = 1._wp                              !              - -
+         ssh  (:,:,Kmm) = 0._wp                              !              - -
+      ENDIF
+
+      IF ( nn_ice == 1 ) THEN
+         ts(:,:,1,jp_tem,Kmm) = sst_m(:,:)
+         ts(:,:,1,jp_sal,Kmm) = sss_m(:,:)
+         ts(:,:,1,jp_tem,Kbb) = sst_m(:,:)
+         ts(:,:,1,jp_sal,Kbb) = sss_m(:,:)
+      ENDIF
+      uu (:,:,1,Kbb) = ssu_m(:,:)
+      vv (:,:,1,Kbb) = ssv_m(:,:)
+
+      IF(sn_cfctl%l_prtctl) THEN            ! print control
+         CALL prt_ctl(tab2d_1=sst_m, clinfo1=' sst_m   - : ', mask1=tmask   )
+         CALL prt_ctl(tab2d_1=sss_m, clinfo1=' sss_m   - : ', mask1=tmask   )
+         CALL prt_ctl(tab2d_1=ssu_m, clinfo1=' ssu_m   - : ', mask1=umask   )
+         CALL prt_ctl(tab2d_1=ssv_m, clinfo1=' ssv_m   - : ', mask1=vmask   )
+         CALL prt_ctl(tab2d_1=ssh_m, clinfo1=' ssh_m   - : ', mask1=tmask   )
+      ENDIF
+      !
+      IF( l_initdone ) THEN          !   Mean value at each nn_fsbc time-step   !
+         CALL iom_put( 'ssu_m', ssu_m )
+         CALL iom_put( 'ssv_m', ssv_m )
+         CALL iom_put( 'sst_m', sst_m )
+         CALL iom_put( 'sss_m', sss_m )
+         CALL iom_put( 'ssh_m', ssh_m )
+      ENDIF
+      !
+      IF( ln_timing )   CALL timing_stop( 'sbc_ssm')
+      !
+   END SUBROUTINE sbc_ssm
+
+
+   SUBROUTINE sbc_ssm_init( Kbb, Kmm )
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE sbc_ssm_init  ***
+      !!
+      !! ** Purpose :   Initialisation of sea surface mean data
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   Kbb, Kmm   ! ocean time level indices
+      ! (not needed for SAS but needed to keep a consistent interface in sbcmod.F90)
+      INTEGER  :: ierr, ierr0, ierr1, ierr2, ierr3   ! return error code
+      INTEGER  :: ifpr                               ! dummy loop indice
+      INTEGER  :: inum, idv, idimv, jpm              ! local integer
+      INTEGER  ::   ios                              ! Local integer output status for namelist read
+      !!
+      CHARACTER(len=100)                     ::  cn_dir       ! Root directory for location of core files
+      TYPE(FLD_N), ALLOCATABLE, DIMENSION(:) ::  slf_3d       ! array of namelist information on the fields to read
+      TYPE(FLD_N), ALLOCATABLE, DIMENSION(:) ::  slf_2d       ! array of namelist information on the fields to read
+      TYPE(FLD_N) ::   sn_tem, sn_sal                     ! information about the fields to be read
+      TYPE(FLD_N) ::   sn_usp, sn_vsp
+      TYPE(FLD_N) ::   sn_ssh, sn_e3t, sn_frq
+      !!
+      TYPE(FLD_N) ::   sn_ifr, sn_tic, sn_ial ! #LB
+      !!
+      NAMELIST/namsbc_sas/ l_sasread, cn_dir, ln_3d_uve, ln_read_frq,   &
+         &                 sn_tem, sn_sal, sn_usp, sn_vsp, sn_ssh, sn_e3t, sn_frq, &
+         &                 sn_ifr, sn_tic, sn_ial  ! #LB
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_rstart .AND. nn_components == jp_iam_sas )   RETURN
+      !
+      IF(lwp) THEN
+         WRITE(numout,*)
+         WRITE(numout,*) 'sbc_ssm_init : sea surface mean data initialisation '
+         WRITE(numout,*) '~~~~~~~~~~~~ '
+      ENDIF
+      !
+      READ  ( numnam_ref, namsbc_sas, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namsbc_sas in reference namelist' )
+      READ  ( numnam_cfg, namsbc_sas, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'namsbc_sas in configuration namelist' )
+      IF(lwm) WRITE ( numond, namsbc_sas )
+      !
+      IF(lwp) THEN                              ! Control print
+         WRITE(numout,*) '   Namelist namsbc_sas'
+         WRITE(numout,*) '      Initialisation using an input file                                 l_sasread   = ', l_sasread
+      ENDIF
+      !
+      !! switch off stuff that isn't sensible with a standalone module
+      !! note that we need sbc_ssm called first in sbc
+      !
+      IF( ln_apr_dyn ) THEN
+         IF( lwp ) WRITE(numout,*) '         ==>>>   No atmospheric gradient needed with StandAlone Surface scheme'
+         ln_apr_dyn = .FALSE.
+      ENDIF
+      IF( ln_rnf ) THEN
+         IF( lwp ) WRITE(numout,*) '         ==>>>   No runoff needed with StandAlone Surface scheme'
+         ln_rnf = .FALSE.
+      ENDIF
+      IF( ln_ssr ) THEN
+         IF( lwp ) WRITE(numout,*) '         ==>>>   No surface relaxation needed with StandAlone Surface scheme'
+         ln_ssr = .FALSE.
+      ENDIF
+      IF( nn_fwb > 0 ) THEN
+         IF( lwp ) WRITE(numout,*) '         ==>>>   No freshwater budget adjustment needed with StandAlone Surface scheme'
+         nn_fwb = 0
+      ENDIF
+      IF( ln_closea ) THEN
+         IF( lwp ) WRITE(numout,*) '         ==>>>   No closed seas adjustment needed with StandAlone Surface scheme'
+         ln_closea = .false.
+      ENDIF
+
+      !
+      IF( l_sasread ) THEN                       ! store namelist information in an array
+         !
+         !! following code is a bit messy, but distinguishes between when u,v are 3d arrays and
+         !! when we have other 3d arrays that we need to read in
+         !! so if a new field is added i.e. jf_new, just give it the next integer in sequence
+         !! for the corresponding dimension (currently if ln_3d_uve is true, 4 for 2d and 3 for 3d,
+         !! alternatively if ln_3d_uve is false, 6 for 2d and 1 for 3d), reset nfld_3d, nfld_2d,
+         !! and the rest of the logic should still work
+         !
+         !#LB:
+         jf_tem = 1
+         jf_sal = 2
+         jf_ssh = 3
+         jf_usp = 4
+         jf_vsp = 5
+         !
+         nfld_3d  = 0
+         nfld_2d  = 5
+         !
+#if defined key_si3
+         jf_ifr = jf_vsp + 1
+         jf_tic = jf_vsp + 2
+         jf_ial = jf_vsp + 3
+         nfld_2d = nfld_2d + 3
+
+         !IF(lwp) WRITE(numout,*) 'LOLO: nfld_2d =', nfld_2d
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_tem =', jf_tem
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_sal =', jf_sal
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_ssh =', jf_ssh
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_usp =', jf_usp
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_vsp =', jf_vsp
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_ifr =', jf_ifr
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_tic =', jf_tic
+         !IF(lwp) WRITE(numout,*) 'LOLO: jf_ial =', jf_ial
+         !IF(lwp) WRITE(numout,*) ''
+#endif
+         !#LB.
+         !
+         IF( nfld_3d > 0 ) THEN
+            ALLOCATE( slf_3d(nfld_3d), STAT=ierr )         ! set slf structure
+            IF( ierr > 0 ) THEN
+               CALL ctl_stop( 'sbc_ssm_init: unable to allocate slf 3d structure' )   ;   RETURN
+            ENDIF
+            slf_3d(jf_usp) = sn_usp
+            slf_3d(jf_vsp) = sn_vsp
+         ENDIF
+         !
+         IF( nfld_2d > 0 ) THEN
+            ALLOCATE( slf_2d(nfld_2d), STAT=ierr )         ! set slf structure
+            IF( ierr > 0 ) THEN
+               CALL ctl_stop( 'sbc_ssm_init: unable to allocate slf 2d structure' )   ;   RETURN
+            ENDIF
+            slf_2d(jf_tem) = sn_tem   ;   slf_2d(jf_sal) = sn_sal   ;   slf_2d(jf_ssh) = sn_ssh
+            slf_2d(jf_usp) = sn_usp ; slf_2d(jf_vsp) = sn_vsp
+         ENDIF
+         !
+#if defined key_si3
+         slf_2d(jf_ifr) = sn_ifr   !#LB
+         slf_2d(jf_tic) = sn_tic   !#LB
+         slf_2d(jf_ial) = sn_ial   !#LB
+#endif
+         !
+         ierr1 = 0    ! default definition if slf_?d(ifpr)%ln_tint = .false.
+         IF( nfld_3d > 0 ) THEN
+            ALLOCATE( sf_ssm_3d(nfld_3d), STAT=ierr )         ! set sf structure
+            IF( ierr > 0 ) THEN
+               CALL ctl_stop( 'sbc_ssm_init: unable to allocate sf structure' )   ;   RETURN
+            ENDIF
+            DO ifpr = 1, nfld_3d
+               ALLOCATE( sf_ssm_3d(ifpr)%fnow(jpi,jpj,jpk)    , STAT=ierr0 )
+               IF( slf_3d(ifpr)%ln_tint )   ALLOCATE( sf_ssm_3d(ifpr)%fdta(jpi,jpj,jpk,2)  , STAT=ierr1 )
+               IF( ierr0 + ierr1 > 0 ) THEN
+                  CALL ctl_stop( 'sbc_ssm_init : unable to allocate sf_ssm_3d array structure' )   ;   RETURN
+               ENDIF
+            END DO
+            !                                         ! fill sf with slf_i and control print
+            CALL fld_fill( sf_ssm_3d, slf_3d, cn_dir, 'sbc_ssm_init', '3D Data in file', 'namsbc_ssm' )
+         ENDIF
+         !
+         IF( nfld_2d > 0 ) THEN
+            ALLOCATE( sf_ssm_2d(nfld_2d), STAT=ierr )         ! set sf structure
+            IF( ierr > 0 ) THEN
+               CALL ctl_stop( 'sbc_ssm_init: unable to allocate sf 2d structure' )   ;   RETURN
+            ENDIF
+            DO ifpr = 1, nfld_2d
+               ALLOCATE( sf_ssm_2d(ifpr)%fnow(jpi,jpj,1)    , STAT=ierr0 )
+               IF( slf_2d(ifpr)%ln_tint )   ALLOCATE( sf_ssm_2d(ifpr)%fdta(jpi,jpj,1,2)  , STAT=ierr1 )
+               IF( ierr0 + ierr1 > 0 ) THEN
+                  CALL ctl_stop( 'sbc_ssm_init : unable to allocate sf_ssm_2d array structure' )   ;   RETURN
+               ENDIF
+            END DO
+            !
+            CALL fld_fill( sf_ssm_2d, slf_2d, cn_dir, 'sbc_ssm_init', '2D Data in file', 'namsbc_ssm' )
+         ENDIF
+         !
+         IF( nfld_3d > 0 )   DEALLOCATE( slf_3d, STAT=ierr )
+         IF( nfld_2d > 0 )   DEALLOCATE( slf_2d, STAT=ierr )
+         !
+      ENDIF
+      !
+      CALL sbc_ssm( nit000, Kbb, Kmm )   ! need to define ss?_m arrays used in iceistate
+      l_initdone = .TRUE.
+      !
+   END SUBROUTINE sbc_ssm_init
+
+   !!======================================================================
+END MODULE sbcssm
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/step_c1d.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/step_c1d.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/step_c1d.F90	(revision 15719)
@@ -0,0 +1,100 @@
+MODULE step_c1d
+   !!======================================================================
+   !!                       ***  MODULE step_c1d  ***
+   !! Time-stepping    : manager of the ocean, tracer and ice time stepping - c1d case
+   !!======================================================================
+   !! History :   2.0  !  2004-04  (C. Ethe)  adapted from step.F90 for C1D
+   !!             3.0  !  2008-04  (G. Madec)  redo the adaptation to include SBC
+   !!             4.1  !  2019-08  (A. Coward, D. Storkey) rewrite in preparation for new timestepping scheme
+   !!             4.x  !  2020-11  (L. Brodeau) STATION_ASF test-case
+   !!----------------------------------------------------------------------
+#if defined key_c1d
+   !!----------------------------------------------------------------------
+   !!   'key_c1d'                                       1D Configuration
+   !!----------------------------------------------------------------------
+   !!   stp_c1d        : NEMO system time-stepping in c1d case
+   !!----------------------------------------------------------------------
+   USE step_oce        ! time stepping definition modules
+   USE step, ONLY : Nbb, Nnn, Naa, Nrhs ! time level indices
+   USE restart         ! restart
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC stp_c1d      ! called by nemogcm.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: step_c1d.F90 13802 2020-11-17 09:21:55Z gsamson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE stp_c1d( kstp )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE stp_c1d  ***
+      !!
+      !! ** Purpose :  - Time stepping of SBC including sea ice (dynamic and thermodynamic eqs.)
+      !!               - Time stepping of OPA (momentum and active tracer eqs.)
+      !!               - Time stepping of TOP (passive tracer eqs.)
+      !!
+      !! ** Method  : -1- Update forcings and data
+      !!              -2- Update vertical ocean physics
+      !!              -3- Compute the t and s trends
+      !!              -4- Update t and s
+      !!              -5- Compute the momentum trends
+      !!              -6- Update the horizontal velocity
+      !!              -7- Compute the diagnostics variables (rd,N2, div,cur,w)
+      !!              -8- Outputs and diagnostics
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kstp   ! ocean time-step index
+      !
+      INTEGER ::   jk       ! dummy loop indice
+      !! ---------------------------------------------------------------------
+      IF( kstp == nit000 )   CALL iom_init( "nemo")   ! iom_put initialization (must be done after nemo_init for AGRIF+XIOS+OASIS)
+      IF( kstp /= nit000 )   CALL day( kstp )         ! Calendar (day was already called at nit000 in day_init)
+                             CALL iom_setkt( kstp - nit000 + 1, "nemo" )   ! say to iom that we are at time step kstp
+
+      !>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+      ! Update data, open boundaries, surface boundary condition (including sea-ice)
+      !<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
+                         CALL sbc    ( kstp, Nbb, Nnn )  ! Sea Boundary Condition (including sea-ice)
+
+      !>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+      ! diagnostics and outputs
+      !<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
+                         CALL dia_wri( kstp, Nnn )  ! ocean model: outputs
+
+      ! Swap time levels
+      Nrhs = Nbb
+      Nbb = Nnn
+      Nnn = Naa
+      Naa = Nrhs
+
+      !>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+      ! Control and restarts
+      !<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
+                             CALL stp_ctl( kstp, Nnn )
+      IF( kstp == nit000 )   CALL iom_close( numror )          ! close input  ocean restart file
+      IF( lrst_oce       )   CALL rst_write( kstp, Nbb, Nnn )  ! write output ocean restart file
+      !
+#if defined key_iomput
+      IF( kstp == nitend .OR. nstop > 0 )   CALL xios_context_finalize()   ! needed for XIOS
+      !
+#endif
+   END SUBROUTINE stp_c1d
+
+#else
+   !!----------------------------------------------------------------------
+   !!   Default key                                            NO 1D Config
+   !!----------------------------------------------------------------------
+CONTAINS
+   SUBROUTINE stp_c1d ( kt )      ! dummy routine
+      IMPLICIT NONE
+      INTEGER, INTENT( in ) :: kt
+      WRITE(*,*) 'stp_c1d: You should not have seen this print! error?', kt
+   END SUBROUTINE stp_c1d
+#endif
+
+   !!======================================================================
+END MODULE step_c1d
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/stpctl.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/stpctl.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/stpctl.F90	(revision 15719)
@@ -0,0 +1,275 @@
+MODULE stpctl
+   !!======================================================================
+   !!                       ***  MODULE  stpctl  ***
+   !! Ocean run control :  gross check of the ocean time stepping
+   !!                      version for STATION_ASF test-case
+   !!======================================================================
+   !! History :  OPA  ! 1991-03  (G. Madec) Original code
+   !!            6.0  ! 1992-06  (M. Imbard)
+   !!            8.0  ! 1997-06  (A.M. Treguier)
+   !!   NEMO     1.0  ! 2002-06  (G. Madec)  F90: Free form and module
+   !!            2.0  ! 2009-07  (G. Madec)  Add statistic for time-spliting
+   !!            3.7  ! 2016-09  (G. Madec)  Remove solver
+   !!            4.0  ! 2017-04  (G. Madec)  regroup global communications
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   stp_ctl      : Control the run
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain variables
+   USE sbc_oce         ! surface fluxes and stuff
+   !
+   USE diawri          ! Standard run outputs       (dia_wri_state routine)
+   USE in_out_manager  ! I/O manager
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp         ! distributed memory computing
+   !
+   USE netcdf          ! NetCDF library
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC stp_ctl           ! routine called by step.F90
+
+   INTEGER                ::   nrunid   ! netcdf file id
+   INTEGER, DIMENSION(3)  ::   nvarid   ! netcdf variable id
+   !!----------------------------------------------------------------------
+   !! NEMO/SAS 4.0 , NEMO Consortium (2018)
+   !! $Id: stpctl.F90 10603 2019-01-29 11:18:09Z acc $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE stp_ctl( kt, Kmm )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE stp_ctl  ***
+      !!
+      !! ** Purpose :   Control the run
+      !!
+      !! ** Method  : - Save the time step in numstp
+      !!              - Stop the run IF problem encountered by setting nstop > 0
+      !!                Problems checked: wind stress module  max larger than 5 N/m^2
+      !!                                  non-solar heat flux max larger than 2000 W/m^2
+      !!                                  Evaporation-Precip  max larger than 1.E-3 kg/m^2/s
+      !!
+      !! ** Actions :   "time.step" file = last ocean time-step
+      !!                "run.stat"  file = run statistics
+      !!                 nstop indicator sheared among all local domain
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in   ) ::   kt       ! ocean time-step index
+      INTEGER, INTENT(in   ) ::   Kmm      ! ocean time level index
+      !!
+      INTEGER                         ::   ji                                    ! dummy loop indices
+      INTEGER                         ::   idtime, istatus
+      INTEGER , DIMENSION(4)          ::   iareasum, iareamin, iareamax
+      INTEGER , DIMENSION(3,3)        ::   iloc                                  ! min/max loc indices
+      REAL(wp)                        ::   zzz                                   ! local real
+      REAL(wp), DIMENSION(4)          ::   zmax, zmaxlocal
+      LOGICAL                         ::   ll_wrtstp, ll_colruns, ll_wrtruns, ll_0oce
+      LOGICAL, DIMENSION(jpi,jpj)     ::   llmsk
+      CHARACTER(len=20)               ::   clname
+      !!----------------------------------------------------------------------
+      IF( nstop > 0 .AND. ngrdstop > -1 )   RETURN   !   stpctl was already called by a child grid
+      !
+      ll_wrtstp  = ( MOD( kt-nit000, sn_cfctl%ptimincr ) == 0 ) .OR. ( kt == nitend )
+      ll_colruns = ll_wrtstp .AND. sn_cfctl%l_runstat .AND. jpnij > 1
+      ll_wrtruns = ( ll_colruns .OR. jpnij == 1 ) .AND. lwm
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF( lwp ) THEN
+            WRITE(numout,*)
+            WRITE(numout,*) 'stp_ctl : time-stepping control'
+            WRITE(numout,*) '~~~~~~~'
+         ENDIF
+         !                                ! open time.step    ascii file, done only by 1st subdomain
+         IF( lwm )   CALL ctl_opn( numstp, 'time.step', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, narea )
+         !
+         IF( ll_wrtruns ) THEN
+            !                             ! open run.stat     ascii file, done only by 1st subdomain
+            CALL ctl_opn( numrun, 'run.stat', 'REPLACE', 'FORMATTED', 'SEQUENTIAL', -1, numout, lwp, narea )
+            !                             ! open run.stat.nc netcdf file, done only by 1st subdomain
+            clname = 'run.stat.nc'
+            IF( .NOT. Agrif_Root() )   clname = TRIM(Agrif_CFixed())//"_"//TRIM(clname)
+            istatus = NF90_CREATE( TRIM(clname), NF90_CLOBBER, nrunid )
+            istatus = NF90_DEF_DIM( nrunid, 'time', NF90_UNLIMITED, idtime )
+            istatus = NF90_DEF_VAR( nrunid, 'tau_max', NF90_DOUBLE, (/ idtime /), nvarid(1) )
+            istatus = NF90_DEF_VAR( nrunid, 'qns_max', NF90_DOUBLE, (/ idtime /), nvarid(2) )
+            istatus = NF90_DEF_VAR( nrunid, 'emp_max', NF90_DOUBLE, (/ idtime /), nvarid(3) )
+            istatus = NF90_ENDDEF(nrunid)
+         ENDIF
+         !
+      ENDIF
+      !
+      !                                   !==              write current time step              ==!
+      !                                   !==  done only by 1st subdomain at writting timestep  ==!
+      IF( lwm .AND. ll_wrtstp ) THEN
+         WRITE ( numstp, '(1x, i8)' )   kt
+         REWIND( numstp )
+      ENDIF
+      !                                   !==            test of local extrema           ==!
+      !                                   !==  done by all processes at every time step  ==!
+      !
+      llmsk(   1:Nis1,:) = .FALSE.                                              ! exclude halos from the checked region
+      llmsk(Nie1: jpi,:) = .FALSE.
+      llmsk(:,   1:Njs1) = .FALSE.
+      llmsk(:,Nje1: jpj) = .FALSE.
+      !
+      llmsk(Nis0:Nie0,Njs0:Nje0) = tmask(Nis0:Nie0,Njs0:Nje0,1) == 1._wp        ! test only the inner domain
+      !
+      ll_0oce = .NOT. ANY( llmsk(:,:) )                                         ! no ocean point in the inner domain?
+      !
+      zmax(1) = MAXVAL(     taum(:,:)  , mask = llmsk )                         ! max wind stress module
+      zmax(2) = MAXVAL( ABS( qns(:,:) ), mask = llmsk )                         ! max non-solar heat flux
+      zmax(3) = MAXVAL( ABS( emp(:,:) ), mask = llmsk )                         ! max E-P
+      zmax(4) = REAL( nstop, wp )                                               ! stop indicator
+      !
+      !                                   !==               get global extrema             ==!
+      !                                   !==  done by all processes if writting run.stat  ==!
+      IF( ll_colruns ) THEN
+         zmaxlocal(:) = zmax(:)
+         CALL mpp_max( "stpctl", zmax )          ! max over the global domain
+         nstop = NINT( zmax(4) )                 ! update nstop indicator (now sheared among all local domains)
+      ELSE
+         ! if no ocean point: MAXVAL returns -HUGE => we must overwrite this value to avoid error handling bellow.
+         IF( ll_0oce )   zmax(1:3) = 0._wp       ! default "valid" values...
+      ENDIF
+      !                                   !==               error handling               ==!
+      !                                   !==              write "run.stat" files              ==!
+      !                                   !==  done only by 1st subdomain at writting timestep  ==!
+      IF( ll_wrtruns ) THEN
+         WRITE(numrun,9500) kt, zmax(1), zmax(2), zmax(3)
+         DO ji = 1, 3
+            istatus = NF90_PUT_VAR( nrunid, nvarid(ji), (/zmax(ji)/), (/kt/), (/1/) )
+         END DO
+         IF( kt == nitend ) istatus = NF90_CLOSE(nrunid)
+      END IF
+      !                                   !==               error handling               ==!
+      !                                   !==  done by all processes at every time step  ==!
+      !
+      IF(   zmax(1) >    5._wp .OR.   &                   ! too large wind stress         ( > 5 N/m^2 )
+         &  zmax(2) > 2000._wp .OR.   &                   ! too large non-solar heat flux ( > 2000 W/m^2 )
+         &  zmax(3) > 1.E-3_wp .OR.   &                   ! too large net freshwater flux ( > 1.E-3 kg/m^2/s )
+         &  ISNAN( zmax(1) + zmax(2) + zmax(3) ) .OR.   &               ! NaN encounter in the tests
+         &  ABS(   zmax(1) + zmax(2) + zmax(3) ) > HUGE(1._wp) ) THEN   ! Infinity encounter in the tests
+         !
+         iloc(:,:) = 0
+         IF( ll_colruns ) THEN   ! zmax is global, so it is the same on all subdomains -> no dead lock with mpp_maxloc
+            ! first: close the netcdf file, so we can read it
+            IF( lwm .AND. kt /= nitend )   istatus = NF90_CLOSE(nrunid)
+            ! get global loc on the min/max
+            CALL mpp_maxloc( 'stpctl',    taum(:,:)  , llmsk, zzz, iloc(1:2,1) )   ! mpp_maxloc ok if mask = F
+            CALL mpp_maxloc( 'stpctl',ABS( qns(:,:) ), llmsk, zzz, iloc(1:2,2) )
+            CALL mpp_minloc( 'stpctl',ABS( emp(:,:) ), llmsk, zzz, iloc(1:2,3) )
+            ! find which subdomain has the max.
+            iareamin(:) = jpnij+1   ;   iareamax(:) = 0   ;   iareasum(:) = 0
+            DO ji = 1, 4
+               IF( zmaxlocal(ji) == zmax(ji) ) THEN
+                  iareamin(ji) = narea   ;   iareamax(ji) = narea   ;   iareasum(ji) = 1
+               ENDIF
+            END DO
+            CALL mpp_min( "stpctl", iareamin )         ! min over the global domain
+            CALL mpp_max( "stpctl", iareamax )         ! max over the global domain
+            CALL mpp_sum( "stpctl", iareasum )         ! sum over the global domain
+         ELSE                    ! find local min and max locations:
+            ! if we are here, this means that the subdomain contains some oce points -> no need to test the mask used in maxloc
+            iloc(1:2,1) = MAXLOC(     taum(:,:)  , mask = llmsk )
+            iloc(1:2,2) = MAXLOC( ABS( qns(:,:) ), mask = llmsk )
+            iloc(1:2,3) = MINLOC( ABS( emp(:,:) ), mask = llmsk )
+            DO ji = 1, 3   ! local domain indices ==> global domain indices, excluding halos
+               iloc(1:2,ji) = (/ mig0(iloc(1,ji)), mjg0(iloc(2,ji)) /)
+            END DO
+            iareamin(:) = narea   ;   iareamax(:) = narea   ;   iareasum(:) = 1         ! this is local information
+         ENDIF
+         !
+         WRITE(ctmp1,*) ' stp_ctl: |tau_mod| > 5 N/m2  or  |qns| > 2000 W/m2  or |emp| > 1.E-3 or  NaN encounter in the tests'
+         CALL wrt_line( ctmp2, kt, '|tau| max',  zmax(1), iloc(:,1), iareasum(1), iareamin(1), iareamax(1) )
+         CALL wrt_line( ctmp3, kt, '|qns| max',  zmax(2), iloc(:,2), iareasum(2), iareamin(2), iareamax(2) )
+         CALL wrt_line( ctmp4, kt, 'emp   max',  zmax(3), iloc(:,3), iareasum(3), iareamin(3), iareamax(3) )
+         IF( Agrif_Root() ) THEN
+            WRITE(ctmp6,*) '      ===> output of last computed fields in output.abort* files'
+         ELSE
+            WRITE(ctmp6,*) '      ===> output of last computed fields in '//TRIM(Agrif_CFixed())//'_output.abort* files'
+         ENDIF
+         !
+         CALL dia_wri_state( Kmm, 'output.abort' )     ! create an output.abort file
+         !
+         IF( ll_colruns .OR. jpnij == 1 ) THEN   ! all processes synchronized -> use lwp to print in opened ocean.output files
+            IF(lwp) THEN
+               CALL ctl_stop( ctmp1, ' ', ctmp2, ctmp3, ctmp4, ctmp5, ' ', ctmp6 )
+            ELSE
+               nstop = MAX(1, nstop)   ! make sure nstop > 0 (automatically done when calling ctl_stop)
+            ENDIF
+         ELSE                                    ! only mpi subdomains with errors are here -> STOP now
+            CALL ctl_stop( 'STOP', ctmp1, ' ', ctmp2, ctmp3, ctmp4, ctmp5, ' ', ctmp6 )
+         ENDIF
+         !
+      ENDIF
+      !
+      IF( nstop > 0 ) THEN                                                  ! an error was detected and we did not abort yet...
+         ngrdstop = Agrif_Fixed()                                           ! store which grid got this error
+         IF( .NOT. ll_colruns .AND. jpnij > 1 )   CALL ctl_stop( 'STOP' )   ! we must abort here to avoid MPI deadlock
+      ENDIF
+      !
+9500  FORMAT(' it :', i8, '    tau_max: ', D23.16, ' |qns|_max: ', D23.16,' |emp|_max: ', D23.16)
+      !
+   END SUBROUTINE stp_ctl
+
+
+   SUBROUTINE wrt_line( cdline, kt, cdprefix, pval, kloc, ksum, kmin, kmax )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE wrt_line  ***
+      !!
+      !! ** Purpose :   write information line
+      !!
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*),      INTENT(  out) ::   cdline
+      CHARACTER(len=*),      INTENT(in   ) ::   cdprefix
+      REAL(wp),              INTENT(in   ) ::   pval
+      INTEGER, DIMENSION(3), INTENT(in   ) ::   kloc
+      INTEGER,               INTENT(in   ) ::   kt, ksum, kmin, kmax
+      !
+      CHARACTER(len=80) ::   clsuff
+      CHARACTER(len=9 ) ::   clkt, clsum, clmin, clmax
+      CHARACTER(len=9 ) ::   cli, clj, clk
+      CHARACTER(len=1 ) ::   clfmt
+      CHARACTER(len=4 ) ::   cl4   ! needed to be able to compile with Agrif, I don't know why
+      INTEGER           ::   ifmtk
+      !!----------------------------------------------------------------------
+      WRITE(clkt , '(i9)') kt
+
+      WRITE(clfmt, '(i1)') INT(LOG10(REAL(jpnij  ,wp))) + 1     ! how many digits to we need to write ? (we decide max = 9)
+!!! WRITE(clsum, '(i'//clfmt//')') ksum                   ! this is creating a compilation error with AGRIF
+      cl4 = '(i'//clfmt//')'   ;   WRITE(clsum, cl4) ksum
+      WRITE(clfmt, '(i1)') INT(LOG10(REAL(MAX(1,jpnij-1),wp))) + 1    ! how many digits to we need to write ? (we decide max = 9)
+      cl4 = '(i'//clfmt//')'   ;   WRITE(clmin, cl4) kmin-1
+      WRITE(clmax, cl4) kmax-1
+      !
+      WRITE(clfmt, '(i1)') INT(LOG10(REAL(jpiglo,wp))) + 1      ! how many digits to we need to write jpiglo? (we decide max = 9)
+      cl4 = '(i'//clfmt//')'   ;   WRITE(cli, cl4) kloc(1)      ! this is ok with AGRIF
+      WRITE(clfmt, '(i1)') INT(LOG10(REAL(jpjglo,wp))) + 1      ! how many digits to we need to write jpjglo? (we decide max = 9)
+      cl4 = '(i'//clfmt//')'   ;   WRITE(clj, cl4) kloc(2)      ! this is ok with AGRIF
+      !
+      IF( ksum == 1 ) THEN   ;   WRITE(clsuff,9100) TRIM(clmin)
+      ELSE                   ;   WRITE(clsuff,9200) TRIM(clsum), TRIM(clmin), TRIM(clmax)
+      ENDIF
+      IF(kloc(3) == 0) THEN
+         ifmtk = INT(LOG10(REAL(jpk,wp))) + 1                   ! how many digits to we need to write jpk? (we decide max = 9)
+         clk = REPEAT(' ', ifmtk)                               ! create the equivalent in blank string
+         WRITE(cdline,9300) TRIM(ADJUSTL(clkt)), TRIM(ADJUSTL(cdprefix)), pval, TRIM(cli), TRIM(clj), clk(1:ifmtk), TRIM(clsuff)
+      ELSE
+         WRITE(clfmt, '(i1)') INT(LOG10(REAL(jpk,wp))) + 1      ! how many digits to we need to write jpk? (we decide max = 9)
+!!! WRITE(clk, '(i'//clfmt//')') kloc(3)               ! this is creating a compilation error with AGRIF
+         cl4 = '(i'//clfmt//')'   ;   WRITE(clk, cl4) kloc(3)   ! this is ok with AGRIF
+         WRITE(cdline,9400) TRIM(ADJUSTL(clkt)), TRIM(ADJUSTL(cdprefix)), pval, TRIM(cli), TRIM(clj),    TRIM(clk), TRIM(clsuff)
+      ENDIF
+      !
+9100  FORMAT('MPI rank ', a)
+9200  FORMAT('found in ', a, ' MPI tasks, spread out among ranks ', a, ' to ', a)
+9300  FORMAT('kt ', a, ' ', a, ' ', 1pg11.4, ' at i j   ', a, ' ', a, ' ', a, ' ', a)
+9400  FORMAT('kt ', a, ' ', a, ' ', 1pg11.4, ' at i j k ', a, ' ', a, ' ', a, ' ', a)
+      !
+   END SUBROUTINE wrt_line
+
+
+   !!======================================================================
+END MODULE stpctl
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,111 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                     ***  MODULE usrdef_hgr   ***
+   !!
+   !!                     ===  STATION_ASF configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  4.0 ! 2016-03  (S. Flavoni)
+   !! History :  4.0 ! 2019-10  (L. Brodeau)
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr   : initialize the horizontal mesh
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp, njmpp       ! ocean space and time domain
+   USE c1d      ,  ONLY: rn_lon1d, rn_lat1d ! ocean lon/lat define by namelist
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   USE usrdef_nam     !
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called in domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 13216 2020-07-02 09:25:49Z rblod $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!
+      !!                Here STATION_ASF configuration :
+      !!          Rectangular 3x3 domain
+      !!          - Located at 150E-50N
+      !!          - a constant horizontal resolution
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees)
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      REAL(wp) :: zf0   ! local scalar
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : STATION_ASF configuration'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~   uniform grid spacing WITH Coriolis force'
+      IF(lwp) WRITE(numout,*) '              coordinates of station =>', rn_lon1d, rn_lat1d
+      !
+      !                       !==  grid point position  ==!   (Special case of 1D config: all lon/lat are the same)
+      !                       ! longitude
+      plamt(:,:) = rn_lon1d
+      plamu(:,:) = rn_lon1d
+      plamv(:,:) = rn_lon1d
+      plamf(:,:) = rn_lon1d
+      !                       ! latitude
+      pphit(:,:) = rn_lat1d
+      pphiu(:,:) = rn_lat1d
+      pphiv(:,:) = rn_lat1d
+      pphif(:,:) = rn_lat1d
+
+      !                       !== Horizontal scale factors ==! (in meters)
+      !                                         ! constant grid spacing
+      pe1t(:,:) = 100.  ;   pe2t(:,:) = 100.
+      pe1u(:,:) = 100.  ;   pe2u(:,:) = 100.
+      pe1v(:,:) = 100.  ;   pe2v(:,:) = 100.
+      pe1f(:,:) = 100.  ;   pe2f(:,:) = 100.
+      !
+      !                                         ! NO reduction of grid size in some straits
+      ke1e2u_v = 0                              !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp                       !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp                       !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      zf0   = 2._wp * omega * SIN( rad * rn_lat1d )
+      pff_f(:,:) = zf0
+      pff_t(:,:) = zf0
+      kff = 1                 !  indicate to skip computing Coriolis parameter afterward
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,93 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                     ***  MODULE usrdef_nam   ***
+   !!
+   !!                     ===  STATION_ASF configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!            4.x  ! 2019-10  (L. Brodeau) for STATION_ASF (C1D meets SAS)
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp, njmpp       ! ocean space and time domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called in nemogcm.F90 module
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC::   rn_dept1   ! Depth (m) at which the SST is taken/measured == depth of first T point!
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 13216 2020-07-02 09:25:49Z rblod $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here STATION_ASF configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER         , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER         , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes
+      INTEGER         , INTENT(out) ::   kperio          ! lateral global domain b.c.
+      !
+      INTEGER ::   ios   ! Local integer
+      !!
+      NAMELIST/namusr_def/ rn_dept1
+      !!----------------------------------------------------------------------
+      !
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist' )
+      !
+      IF(lwm)   WRITE( numond, namusr_def )
+      !
+      cd_cfg = 'STATION_ASF'               ! name & resolution (not used)
+      kk_cfg = 0
+
+      ! Global Domain size: STATION_ASF domain is 3 x 3 grid-points x 2 or vertical levels
+      kpi = 3
+      kpj = 3
+      kpk = 2    ! 2, rather than 1, because 1 would cause some issues... like overflow in array boundary indexes, etc...
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio =  7                   ! C1D configuration : 3x3 basin with cyclic Est-West and Norht-South condition
+      !
+      !                             ! control print
+      IF(lwp) THEN
+         WRITE(numout,*) '   '
+         WRITE(numout,*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'
+         WRITE(numout,*) '~~~~~~~~~~~ '
+         WRITE(numout,*) '   Namelist namusr_def : STATION_ASF case'
+         WRITE(numout,*) '         Detpth of first T-point (bulk SST): rn_dept1 = ', rn_dept1
+         WRITE(numout,*) '         jpiglo, jpjglo  = ', kpi, kpj
+         WRITE(numout,*) '      number of model levels                              kpk = ', kpk
+         WRITE(numout,*) '   '
+         WRITE(numout,*) '   Lateral b.c. of the domain set to       jperio = ', kperio
+      ENDIF
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,109 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                       ===  STATION_ASF case  ===
+   !!
+   !! User defined : vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-06  (G. Madec)  Original code
+   !!            4.x  ! 2019-10  (L. Brodeau) Station ASF
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system
+   !!      zgr_z      : reference 1D z-coordinate
+   !!      zgr_top_bot: ocean top and bottom level indices
+   !!      zgr_zco    : 3D verticl coordinate in pure z-coordinate case
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE usrdef_nam     ! User defined : namelist variables
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr        ! called by domzgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 13226 2020-07-02 14:24:31Z orioltp $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v   , pe3f ,             &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw         ,             &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : STATION_ASF configuration, setting first level properties.'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate
+      ! ---------------------------
+      ld_zco    = .TRUE.         ! z-coordinate without ocean cavities
+      ld_zps    = .FALSE.
+      ld_sco    = .FALSE.
+      ld_isfcav = .FALSE.
+
+      !! 1st level (the only one that matters)
+      pdept_1d(1) = rn_dept1 ! depth (m) at which the SST is taken/measured == depth of first T point!
+      pdepw_1d(1) = 0._wp
+      pe3t_1d(1)  = 2._wp*rn_dept1
+      pe3w_1d(1)  = rn_dept1 ! LB???
+
+      pdept(:,:,1) = rn_dept1
+      pdepw(:,:,1) = 0._wp
+      pe3t(:,:,1) = 2._wp*rn_dept1
+      pe3u(:,:,1) = 2._wp*rn_dept1
+      pe3v(:,:,1) = 2._wp*rn_dept1
+      pe3f(:,:,1) = 2._wp*rn_dept1
+      pe3w(:,:,1)  = rn_dept1  ! LB???
+      pe3uw(:,:,1) = rn_dept1  ! LB???
+      pe3vw(:,:,1) = rn_dept1  ! LB???
+
+      !! 2nd level, technically useless (only for the sake of code stability)
+      pdept_1d(2) = 3._wp*rn_dept1
+      pdepw_1d(2) = 2._wp*rn_dept1
+      pe3t_1d(2)  = 2._wp*rn_dept1
+      pe3w_1d(2)  = 2._wp*rn_dept1
+
+      pdept(:,:,2) = 3._wp*rn_dept1
+      pdepw(:,:,2) = 2._wp*rn_dept1
+      pe3t(:,:,2) = 2._wp*rn_dept1
+      pe3u(:,:,2) = 2._wp*rn_dept1
+      pe3v(:,:,2) = 2._wp*rn_dept1
+      pe3f(:,:,2) = 2._wp*rn_dept1
+      pe3w(:,:,2)  = 2._wp*rn_dept1
+      pe3uw(:,:,2) = 2._wp*rn_dept1
+      pe3vw(:,:,2) = 2._wp*rn_dept1
+
+      k_top = 1
+      k_bot = 1
+
+   END SUBROUTINE usr_def_zgr
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/README.md	(revision 15719)
@@ -0,0 +1,264 @@
+# *Station Air-Sea Fluxes* demonstration case
+
+Last successful test done with NEMOGCM branch: `NEMO/branches/2020/dev_r13648_ASINTER-04_laurent_bulk_ice`, revision `13806`
+
+Author: Laurent Brodeau, 2020
+
+## Objectives
+
+`STATION_ASF` is a demonstration test-case that mimics a (static) in-situ station (buoy, platform) dedicated to the estimation of surface air-sea fluxes by means of *widely-measured* (bulk) meteorological surface parameters.
+
+`STATION_ASF` has been constructed by merging the *single column* and the *standalone surface module* configurations of NEMO. In short, it can be defined as "SAS meets C1D". As such, the spatial domain of `STATION_ASF` is punctual (1D, well actually 3 x 3 as in C1D).
+
+`STATION_ASF` is therefore a versatile tool, and extremely lightweight in terms of computing requirements, to test the different bulk algorithms and cool-skin/warm-layer parameterization options included in NEMO.
+
+As input `STATION_ASF` will require the traditional *bulk* sea surface parameters:
+- Bulk sea surface temperature (SST) at _z<sub>SST</sub>_ meters below the surface
+- Surface current vector
+- Sea surface salinity
+
+as well as the usual surface atmospheric state:
+- air temperature at _z<sub>t</sub>_ meters above the surface
+- air humidity  at _z<sub>t</sub>_ meters above the surface (specific humidity or relative humidity or dew-point temperature)
+- wind speed vector at _z<sub>u</sub>_ meters above the surface
+- Sea level atmospheric pressure (SLP)
+- Downwelling solar radiation
+- Downwelling longwave radiation
+
+
+### Example of diagnostics with `STATION_ASF`
+
+(Generated with script `./EXPREF/plot_station_asf_simple.py`)
+
+![plot](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/figs/01_temperatures_ECMWF.svg)
+
+![plot](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/figs/Cd.svg)
+
+![plot](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/figs/dT_skin.svg)
+
+![plot](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/figs/Qlat.svg)
+
+
+## Physical description
+
+### Important namelist parameters specific to `STATION_ASF`
+
+* ```rn_dept1@namusr_def:``` depth (m) at which the prescribed SST is taken (*i.e.* depth of first T-point); important due to impact on warm-layer estimate, the deeper, the more pronounced!
+
+* ```rn_lat1d,rn_lon1d@namc1d:``` fixed coordinates of the location of the station (buoy, platform, etc).
+
+* ```namsbc_blk:``` to be filled carefully, just as for "C1D", the prescribed surface ATMOSPHERIC state (files) are time series of shape 3x3 in space
+
+* ```namsbc_sas:``` to be filled carefully, just as for "C1D", the prescribed surface OCEAN state (files) are time series of shape 3x3 in space
+
+
+
+## Testing the sanity of the SBCBLK (bulk atmospheric forcing) interface of NEMO
+
+`STATION_ASF` can be used to perform a sanity test of the SBCBLK interface of
+NEMO.  It will test all the bulk-parameterization algorithms using an idealized
+forcing that includes a wide range of *SSX / surface atmospheric state*
+conditions to detect potential error / inconsistencies.  Both a short report and
+boolean output: *passed* or *failed* is provided as an output.
+
+
+### How is the validation test performed ?
+
+Turbulent fluxes and transfer coefficients computed by NEMO with all different bulk parameterizations (via `STATION_ASF`), in all these idealized possible air-sea meteorological states, must be checked against a *supposedly trustable* reference solution, plus/minus a tolerance range not to deviate from (to allow the deviation from the reference inherent to each tested bulk parameterization). This reference solution, and this tolerance, are constructed independently and outside of NEMO. They are based on the mean, and twice the standard deviation, respectively, across all the members (1 member = 1 bulk parameterizations, N=5). This reference solution and tolerance range, just as the idealized input atmospheric and sea-surface forcings, are provided in the same NetCDF file:
+`STATION_ASF/input_data/input_output_VALIDATION_IDEALIZED.nc`
+
+
+### Performing the sanity test
+
+First compile the `STATION_ASF` test-case as follows (compile with xios-2.5 support → check your ARCH file):
+
+```./makenemo -a STATION_ASF -m <your_arch> -n STATION_ASF2 -j 4```
+
+(successful compilation generates ```tests/STATION_ASF2/BLD/bin/nemo.exe```
+
+Move to: ```tests/STATION_ASF/SANITY_CHECK/```
+
+There, in script ``sanity_check_SBCBLK.sh``, double check that the variables given a value in the first lines are consistent with your setup (it should).
+
+Launch the script:
+
+    $ ./sanity_check_SBCBLK.sh
+
+
+The report is both interactively shown in the standard output and spawned in the report file:
+
+- `SBCBLK.success` the test passed :)
+- `SBCBLK.fail` the test failed :(
+
+In case of failure, read the rapport to know which algorithm/computed variables did not pass the test... You should also re-run the script `sanity_check_SBCBLK.sh` with the "more" argument:
+
+    $ ./sanity_check_SBCBLK.sh more
+
+ This will generate more output such as figure of time series for the tested variables.
+
+### Dependencies
+
+In order for the python script `analyze_output.py` to work, you need `Python 3` with the following modules:
+- NumPy
+- netCDF4
+- (Matplotlib)
+
+### Example of the report for a successful test
+
+
+    ############ FINAL REPORT ############
+
+     ***** Algorithm "ECMWF" PASSED sanity check !!!
+
+     ***** Algorithm "NCAR" PASSED sanity check !!!
+
+     ***** Algorithm "COARE3p0" PASSED sanity check !!!
+
+     ***** Algorithm "COARE3p6" PASSED sanity check !!!
+
+     ***** Algorithm "ANDREAS" PASSED sanity check !!!
+
+     Test performed on the following NEMO prognostic variables:
+      ==> qsb_oce, qla_oce, qlw_oce, taum, Cd_oce, Ce_oce
+
+       ####################################
+       ###    TEST PASSED FOR SBCBLK !  ###
+       ####################################
+
+
+
+## Playing with `STATION_ASF`
+
+
+### Input forcing files to test STATION ASF
+
+By default, `STATION_ASF` comes with two forcing sets:
+
+* The `PAPA` forcing is an "open-ocean-only" hourly forcing, that corresponds to a real off-shore platform, the PAPA station (North-East Pacific, 50°N, 145°W). Hence the data provided for the PAPA test is actual data measured by the PAPA station.
+
+* The `ERA5_NorthGreenland` forcing simulates a *virtual station* as it is extracted from the ECMWF ERA5 reanalysis right north of Greenland (84°N,36°W). This forcing is also hourly and allows for `STATION_ASF` to be used with sea-ice support as this particular location is ice-covered year-round.
+
+
+#### `PAPA` forcing
+
+One full year (2018) of processed hourly data from the PAPA station (buoy) are found in the 3 following files (found in `tests/STATION_ASF/input_data`):
+- ```Station_PAPA_50N-145W_atm_hourly_y2018.nc```  → contains hourly surface atmospheric state
+- ```Station_PAPA_50N-145W_precip_daily_y2018.nc``` → contains daily precipitation
+- ```Station_PAPA_50N-145W_oce_hourly_y2018.nc``` → contains hourly sea surface state
+
+For station PAPA (50.1 N, 144.9 W), air temperature and humidity are measured at 2.5 m, the wind speed at 4 m, and the SST at 1 m below the surface, hence the following namelist parameters are given:
+
+    ...
+    &namusr_def
+        rn_dept1 =    1. 
+    ...
+    &namc1d
+        rn_lat1d =  50.1 
+        rn_lon1d = 215.1
+    ...
+    &namsbc_blk
+        ...
+        rn_zqt = 2.5
+        rn_zu  = 4.
+        ...
+        ln_humi_rlh = .true.  !  humidity in PAPA data is relative humidity  [%]
+        ...
+
+The namelists for the `PAPA` forcing are located into `EXPREF/PAPA/oce/`
+
+
+
+#### `ERA5_NorthGreenland` forcing
+
+The entire forcing is found in one single file: `ERA5_NorthGreenland_surface_84N_-36E_1h_y2018.nc`.
+Since we are dealing with a reanalysis of the ECMWF:
+
+    ...
+    &namusr_def
+        rn_dept1 = 1. ! we assume ECMWF uses a prescribed bulk SST product at the standard depth of 1m...
+    ...
+    &namc1d
+        rn_lat1d =  84. 
+        rn_lon1d = 324.
+    ...
+    &namsbc_blk
+        ...
+        rn_zqt =  2.
+        rn_zu  = 10.
+        ...
+        ln_humi_dpt = .true.  !  humidity in ERA5 is dew-point temperature [K]
+        ...
+
+The namelists for the `ERA5_NorthGreenland` forcing are located into `ERA5/oce+ice/` or `ERA5/oce`, depending whether you want to use sea-ice support or not.
+
+
+
+### Compiling and launching STATION_ASF simulations
+
+First compile the test-case as follows (compile with xios-2.5 support → check your ARCH file):
+
+    $ ./makenemo -a STATION_ASF -m <your_arch> -n STATION_ASF2 -j 4
+
+Move to `tests/STATION_ASF/EXPREF/`, there, you can use the script ``launch_sasf.sh`` to launch `STATION_ASF` simulations. You need to adapt the following variable to your environment in the script:
+
+- ```CONFIG_BLD``` : the name of the sub-directory of `tests/` in which `STATION_ASF` has been compiled (default: `CONFIG_BLD="STATION_ASF2"`)
+
+- ```FORCING``` : this is where you pick the forcing you want to use, and wether to use sea-ice support or not (only available for `ERA5_NorthGreenland` forcing)
+
+- ```PROD_DIR``` :  Directory in which the simulation will be installed and run
+
+- ```MPI_LAUNCH```: this is where you can adapt how the `nemo.exe` executable is launched on your system (default: `MPI_LAUNCH="mpirun -n 1"`)
+
+
+Now, it's time to launch simulations: 
+
+    $ ./launch_sasf.sh
+
+If everything goes according to plan, ``launch_sasf.sh`` should have generated the 4 following sets of output files into `${PROD_DIR}/output` (example for PAPA forcing, 4 algos tested):
+
+    STATION_ASF-ANDREAS_PAPA_1h_20180101_20181231_gridT.nc
+    STATION_ASF-ANDREAS_PAPA_1h_20180101_20181231_gridU.nc
+    STATION_ASF-ANDREAS_PAPA_1h_20180101_20181231_gridV.nc
+    STATION_ASF-COARE3p6_PAPA_1h_20180101_20181231_gridT.nc
+    STATION_ASF-COARE3p6_PAPA_1h_20180101_20181231_gridU.nc
+    STATION_ASF-COARE3p6_PAPA_1h_20180101_20181231_gridV.nc
+    STATION_ASF-ECMWF_PAPA_1h_20180101_20181231_gridT.nc
+    STATION_ASF-ECMWF_PAPA_1h_20180101_20181231_gridU.nc
+    STATION_ASF-ECMWF_PAPA_1h_20180101_20181231_gridV.nc
+    STATION_ASF-NCAR_PAPA_1h_20180101_20181231_gridT.nc
+    STATION_ASF-NCAR_PAPA_1h_20180101_20181231_gridU.nc
+    STATION_ASF-NCAR_PAPA_1h_20180101_20181231_gridV.nc
+
+
+#### Post-processing and figures
+
+Use the `plot_station_asf_OCE.py` script (Python 3) to generate a multitude of figures that compares the *open ocean* transfer coefficients and fluxes between the 4 algorithms, in our case with the `PAPA` forcing:
+
+    $ ./plot_station_asf_OCE.py -d <PROD_DIR> -f PAPA
+
+Example of a comparison plot:
+![plot](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/figs/Cd_PAPA_open-ocean.svg)
+
+If you have used a forcing with sea-ice support, such as `ERA5_NorthGreenland`, you can do the same for *sea-ice* transfer coefficients and fluxes, which will compare *air-ice* bulk algorithms:
+
+    $ ./plot_station_asf_ICE.py -d <PROD_DIR> -f ERA5_NorthGreenland
+
+Example of a comparison plot:
+![plot](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/figs/Cd_ERA5_NorthGreenland_sea-ice.svg)
+Note: when sea-ice support is enabled, typically by using the following `FORCING` configuration in script `launch_sasf.sh`:
+
+    FORCING="ERA5_NorthGreenland" ; i_sea_ice=1 ; SFORC="ERA5_NorthGreenland_surface_84N_-36E_1h"
+    
+the fact that `i_sea_ice=1` trigers the computation of *air-ice* fluxes with different bulk *air-ice* algorithms, over the remaining open-ocean fraction the same *air-sea* algorithm is used: `ECMWF`.
+
+
+-----------------------
+
+#### TO FINISH, BROKEN !!!
+
+Then, you can fire the Jupyter notebook [`station_asf_notebook.ipynb`](https://github.com/NEMO-ocean/NEMO-examples/blob/master/STATION_ASF/notebook/station_asf_notebook.ipynb) found into the `notebook` directory! In which you should update `cprod_dir` to the same path as `PROD_DIR` of `launch_sasf.sh`...
+
+---
+
+*/Laurent, November 2020.*
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_andreas_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_andreas_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_andreas_cfg	(revision 15719)
@@ -0,0 +1,274 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!
+!!             STATION_ASF configuration, IDEALIZED forcing
+!!                   ==> meant to be used with forcing from file:
+!!                       "input_output_VALIDATION_IDEALIZED.nc"
+!!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ANDREAS_IDEALIZED'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =       104  !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20200101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    104
+   nn_write    =    104
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .true.     ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .false. !  use the cool-skin parameterization
+      ln_skin_wl   = .false. !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'u10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'v10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_sw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_lw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  't_air'  ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rh_air' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'precip' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'snow'   ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'slp'    ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssu'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssv'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sst'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sss',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssh',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_coare3p0_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_coare3p0_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_coare3p0_cfg	(revision 15719)
@@ -0,0 +1,274 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!
+!!             STATION_ASF configuration, IDEALIZED forcing
+!!                   ==> meant to be used with forcing from file:
+!!                       "input_output_VALIDATION_IDEALIZED.nc"
+!!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-COARE3p0_IDEALIZED'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =       104  !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20200101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    104
+   nn_write    =    104
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                    !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .true.     ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .true.  !  use the cool-skin parameterization
+      ln_skin_wl   = .true.  !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'u10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'v10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_sw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_lw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  't_air'  ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rh_air' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'precip' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'snow'   ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'slp'    ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssu'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssv'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sst'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sss',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssh',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_coare3p6_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_coare3p6_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_coare3p6_cfg	(revision 15719)
@@ -0,0 +1,274 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!
+!!             STATION_ASF configuration, IDEALIZED forcing
+!!                   ==> meant to be used with forcing from file:
+!!                       "input_output_VALIDATION_IDEALIZED.nc"
+!!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-COARE3p6_IDEALIZED'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =       104  !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20200101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    104
+   nn_write    =    104
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                    !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .true.     ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .true.  !  use the cool-skin parameterization
+      ln_skin_wl   = .true.  !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'u10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'v10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_sw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_lw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  't_air'  ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rh_air' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'precip' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'snow'   ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'slp'    ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssu'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssv'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sst'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sss',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssh',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_ecmwf_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_ecmwf_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_ecmwf_cfg	(revision 15719)
@@ -0,0 +1,274 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!
+!!             STATION_ASF configuration, IDEALIZED forcing
+!!                   ==> meant to be used with forcing from file:
+!!                       "input_output_VALIDATION_IDEALIZED.nc"
+!!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-ECMWF_IDEALIZED'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =       104  !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20200101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    104
+   nn_write    =    104
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                    !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .false.    ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .true.     ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .true.  !  use the cool-skin parameterization
+      ln_skin_wl   = .true.  !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'u10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'v10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_sw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_lw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  't_air'  ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rh_air' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'precip' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'snow'   ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'slp'    ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssu'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssv'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sst'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sss',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssh',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_ncar_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_ncar_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/IDEALIZED/oce/namelist_ncar_cfg	(revision 15719)
@@ -0,0 +1,274 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!
+!!             STATION_ASF configuration, IDEALIZED forcing
+!!                   ==> meant to be used with forcing from file:
+!!                       "input_output_VALIDATION_IDEALIZED.nc"
+!!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   STATION_ASF user defined namelist
+!-----------------------------------------------------------------------
+   rn_dept1    =  1.0   ! depth (m) at which the prescribed SST is taken  == depth of first T point! (IMPORTANT for warm-layer impact, the deeper, the more pronounced!)
+   !                    ! [PAPA station = 1 m]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  'STATION_ASF-NCAR_IDEALIZED'  !  experience name
+   nn_it000    =    1   !  first time step
+   nn_itend    =       104  !  last  time step => 3 years (including 1 leap!) at dt=3600s
+   nn_date0    = 20200101  !  date at nit_0000 (format yyyymmdd) used if ln_rstart=F or (ln_rstart=T and nn_rstctl=0 or 1)
+   nn_leapy    =       1   !  Leap year calendar (1) or not (0)
+   !
+   nn_stock    =    104
+   nn_write    =    104
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain / STATION_ASF
+!-----------------------------------------------------------------------
+   ln_linssh   = .true.    !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_Dt       =  3600.    !  time step for the dynamics and tracer => frequency of atmospheric forcing
+   ln_meshmask = .false.
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namc1d        !   1D configuration options / STATION_ASF               ("key_c1d" default: PAPA station)
+!-----------------------------------------------------------------------
+   rn_lat1d    =      50.1 !  Column latitude    [PAPA station]
+   rn_lon1d    =    215.1  !  Column longitude   [PAPA station]
+/
+!-----------------------------------------------------------------------
+&namc1d_dyndmp !   U & V newtonian damping                              ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   ln_dyndmp   =  .false.  !  add a damping term (T) or not (F)
+/
+!-----------------------------------------------------------------------
+&namc1d_uvd    !   data: U & V currents                                 ("key_c1d" default: OFF)
+!-----------------------------------------------------------------------
+   !                       !  =T read U-V fields for:
+   ln_uvd_init   = .false.       !  ocean initialisation
+   ln_uvd_dyndmp = .false.       !  U-V restoring
+
+   cn_dir      = './'      !  root directory for the U-V data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_ucur     = 'ucurrent'              ,         -1.       ,'u_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Ume'   , ''
+   sn_vcur     = 'vcurrent'              ,         -1.       ,'v_current',   .false.   , .true. , 'monthly' ,  ''              ,  'Vme'   , ''
+/
+
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!                           STATION_ASF test-case                         !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !!LOLO!  frequency of SBC module call
+   ln_blk      = .true.    !  Bulk formulation                          (T => fill namsbc_blk )
+   !
+   nn_ice      = 0  !LOLO  !  =0 no ice boundary condition
+      !                    !  =1 use observed ice-cover                 (  => fill namsbc_iif )
+      !                    !  =2 or 3 for SI3 and CICE, respectively
+   !    
+   ln_dm2dc    = .false.   !#lolo  daily mean to diurnal cycle on short wave
+/
+!-----------------------------------------------------------------------
+&namsbc_blk    !   namsbc_blk  generic Bulk formula / STATION_ASF       (ln_blk =T)
+!-----------------------------------------------------------------------
+   !                    !  bulk algorithm :
+   ln_NCAR      = .true.     ! "NCAR"      algorithm   (Large and Yeager 2008)
+   ln_COARE_3p0 = .false.    ! "COARE 3.0" algorithm   (Fairall et al. 2003)
+   ln_COARE_3p6 = .false.    ! "COARE 3.6" algorithm   (Edson et al. 2013)
+   ln_ECMWF     = .false.    ! "ECMWF"     algorithm   (IFS cycle 45r1)
+   ln_ANDREAS   = .false.    ! "ANDREAS"   algorithm   (Andreas et al. 2015)
+      rn_zqt       =  2.     !  Air temperature & humidity reference height (m)
+      rn_zu        = 10.     !  Wind vector reference height (m)
+      nn_iter_algo = 20      !  Number of iterations in bulk param. algo ("stable ABL + weak wind" requires more)
+      ln_skin_cs   = .false. !  use the cool-skin parameterization
+      ln_skin_wl   = .false. !  use the warm-layer parameterization
+   !
+   ln_humi_sph = .false. !  humidity "sn_humi" is specific humidity  [kg/kg]
+   ln_humi_dpt = .false. !  humidity "sn_humi" is dew-point temperature [K]
+   ln_humi_rlh = .true.  !  humidity "sn_humi" is relative humidity     [%]
+   ln_tair_pot = .false. !  air temperature read in "sn_tair" is already POTENTIAL TEMPERATURE, NOT ABSOLUTE (ECMWF => ln_tair_pot=.false.)
+   !
+   cn_dir      = './'      !  root directory for the bulk data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!______________________________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ !       weights filename               ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                                      ! pairing  !    filename   !
+   sn_wndi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'u10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_wndj     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'v10'    ,   .false.   , .true.  , 'yearly'  , ''   ,''   , ''
+   sn_qsr      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_sw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_qlw      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rad_lw' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_tair     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  't_air'  ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_humi     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'rh_air' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_prec     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'precip' ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_snow     = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'snow'   ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+   sn_slp      = 'input_output_VALIDATION_IDEALIZED',  1.  ,  'slp'    ,   .false.   , .true.  , 'yearly'  , ''  , ''   , ''
+/
+!-----------------------------------------------------------------------
+&namsbc_abl    !   Atmospheric Boundary Layer formulation           (ln_abl = T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_cpl    !   coupled ocean/atmosphere model                       ("key_oasis3")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsbc_sas    !   Stand-Alone Surface boundary condition / STATION_ASF
+!-----------------------------------------------------------------------
+   l_sasread   = .true.    !  =T Read in file ;  =F set all to 0. (see sbcssm)
+   !
+   cn_dir      = './'      !  root directory for the ocean data location
+   !___________!_________________________!___________________!___________!_____________!________!___________!__________________!__________!_______________!
+   !           !  file name              ! frequency (hours) ! variable  ! time interp.!  clim  ! 'yearly'/ ! weights filename ! rotation ! land/sea mask !
+   !           !                         !  (if <0  months)  !   name    !   (logical) !  (T/F) ! 'monthly' !                  ! pairing  !    filename   !
+   sn_usp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssu'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_vsp  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssv'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_tem  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sst'     ,   .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_sal  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'sss',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   sn_ssh  = 'input_output_VALIDATION_IDEALIZED', 1.         , 'ssh',        .false.   , .true.  , 'yearly'  ,    ''            ,    ''    ,    ''
+   !!
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_eos80    = .true.         !  = Use EOS80
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      (default: OFF)
+!!   nam_diaharm  Harmonic analysis of tidal constituents               (default: OFF)
+!!   nam_diadct   transports through some sections                      (default: OFF)
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/analyze_output.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/analyze_output.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/analyze_output.py	(revision 15719)
@@ -0,0 +1,272 @@
+#!/usr/bin/env python3
+# -*- Mode: Python; coding: utf-8; indent-tabs-mode: nil; tab-width: 4 -*-
+#
+#######################################################################################
+# This script analyzes the output of STATION_ASF test-case with IDEALIZED forcing
+# in order to test the validity of computed fluxes and bulk transfer coefficient.
+# Beside an explicit standard output message, a result file is spawned:
+#    * SBCBLK.success => the test passed !
+#    * SBCBLK.fail    => the test failed !
+#
+#   Brodeau, 2020
+#
+########################################################################################
+
+import sys
+from os import path as path
+import math
+import numpy as nmp
+from netCDF4 import Dataset
+
+l_t_shift = False  ; # because time interp. is set to FALSE into "&namsbc_blk" of NEMO...
+#                    #  ==> so time array is shifted by 30 minutes but fluxes are the same (persitence of input fields ???)
+
+l_alg = [ 'ECMWF' , 'NCAR' , 'COARE3p0', 'COARE3p6', 'ANDREAS' ]
+nb_alg     =    len(l_alg)
+
+
+# Variables to check:
+l_var_rf = [  'Qsen'   ,   'Qlat'   ,  'Qlw'   ,   'Tau',   'Cd'  ,   'Ce'   ] ; # In forcing file "IDEALIZED/input_output_VALIDATION_IDEALIZED.nc"
+l_var_ot = [ 'qsb_oce' , 'qla_oce'  , 'qlw_oce',  'taum', 'Cd_oce', 'Ce_oce' ] ; # names in the NEMO/STATION_ASF output file (check file_def_oce.xml)
+nb_var  = len(l_var_rf)
+
+dir_figs='.'
+size_fig=(13,8)
+#fig_ext='png'
+fig_ext='svg'
+
+
+rDPI=100.
+
+
+class fclrs:
+    OKGR = '\033[92m'
+    FAIL = '\033[91m'
+    ENDC = '\033[0m'
+
+
+
+# Getting arguments:
+narg = len(sys.argv)
+if not narg in [3,4]:
+    print('Usage: '+sys.argv[0]+' <forcing_+_validation_file> <NEMO-STATION_ASF_output_directory> (<m> for more/debug)'); sys.exit(0)
+cf_rf = sys.argv[1]
+cdir_out = sys.argv[2]
+l_more = False
+if narg==4:
+    l_more = ( sys.argv[3] in ['m','M'] )
+    import matplotlib as mpl
+    mpl.use('Agg')
+    import matplotlib.pyplot as plt
+
+
+
+    
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+# Populating and checking existence of files to be read
+# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+def chck4f(cf):
+    cmesg = 'ERROR: File '+cf+' does not exist !!!'
+    if not path.exists(cf): print(cmesg) ; sys.exit(0)
+
+print('\n')
+
+# Input forcing/valid file:
+chck4f(cf_rf)
+id_rf = Dataset(cf_rf)
+vt = id_rf.variables['time'][:]
+cunit_t = id_rf.variables['time'].units
+id_rf.close()
+Nt_rf = len(vt)
+vtime_rf = nmp.zeros(Nt_rf); vtime_rf[:]  = vt[:]
+del vt
+print(' *** in forcing/valid file, "time" is in "'+cunit_t+'", Nt = '+str(Nt_rf)+'\n')
+
+
+# STATION_ASF output files (1 file per algorithm):
+cf_nemo = []
+for ja in range(nb_alg):
+    cfi = cdir_out+'/STATION_ASF-'+l_alg[ja]+'_IDEALIZED_1h_20200101_20200105_gridT.nc'
+    chck4f(cfi)
+    cf_nemo.append(cfi)
+print('\n *** NEMO/STATION_ASF output files we are goin to check:')
+for ja in range(nb_alg): print(cf_nemo[ja])
+print('\n')
+#-----------------------------------------------------------------
+
+# Getting time array from the first file:
+id_nm = Dataset(cf_nemo[0])
+vt = id_nm.variables['time_counter'][:]
+cunit_t = id_nm.variables['time_counter'].units ; print(' "time_counter" is in "'+cunit_t+'"')
+id_nm.close()
+Nt = len(vt)
+vtime_nm = nmp.zeros(Nt); vtime_nm[:]  = vt[:]
+del vt
+
+if Nt != Nt_rf-1: print('ERROR: the two files do not agree in terms of record lengrth: '+Nt_rf-1+' vs '+Nt)
+
+print('\n *** Excellent! We are going to look at surface fluxes under '+str(Nt)+' different scenarios of air-sea stability/wind-speed conditions...\n')
+
+# 30 minute shift, just like NEMO
+vtime = nmp.zeros(Nt)
+if l_t_shift:
+    vtime[:] = 0.5*(vtime_rf[:-1] + vtime_rf[1:])
+else:
+     vtime[:] =     vtime_rf[:-1]
+# Debug:
+#for jt in range(3):
+#    print(' Ref.  , Nemo "', vtime_rf[jt], vtime_nm[jt], vtime[jt])
+#sys.exit(0)
+
+
+
+
+##
+IREPORT = nmp.zeros((nb_alg,nb_var), dtype=int)
+
+
+
+
+# Loop on the fields to control...
+###################################
+
+jv=0
+for cv in l_var_rf:
+    cv_rf_m = cv+'_mean'
+    cv_rf_t = cv+'_tol'
+    cv_nemo = l_var_ot[jv]
+    print('\n\n ==== Checking variable '+cv_nemo+' against '+cv_rf_m+' !')
+
+    F_rf_m = nmp.zeros( Nt )
+    F_rf_t = nmp.zeros( Nt )
+    F_nemo = nmp.zeros((Nt,nb_alg))
+
+    wnd_rf = nmp.zeros( Nt ) ; #DEBUG
+    tzt_rf = nmp.zeros( Nt ) ; #DEBUG
+    qzt_rf = nmp.zeros( Nt ) ; #DEBUG
+    sst_rf = nmp.zeros( Nt ) ; #DEBUG
+    
+    id_rf = Dataset(cf_rf)
+    trf_m   = id_rf.variables[cv_rf_m][:] ; # Nt+1
+    trf_t   = id_rf.variables[cv_rf_t][:] ; # Nt+1
+    trf_wnd = id_rf.variables['wndspd'][:,1,1] ; # DEBUG
+    trf_tzt = id_rf.variables['t_air'][:,1,1] ; # DEBUG
+    trf_qzt = id_rf.variables['rh_air'][:,1,1] ; # DEBUG
+    trf_sst = id_rf.variables['sst'][:,1,1] ; # DEBUG
+    id_rf.close()
+    
+    if l_t_shift:
+        # 30 minute shift, just like NEMO
+        F_rf_m[:] = 0.5 * (trf_m[:-1] + trf_m[1:])
+        F_rf_t[:] = 0.5 * (trf_t[:-1] + trf_t[1:])
+    else:
+        F_rf_m[:] =        trf_m[:-1]
+        F_rf_t[:] =        trf_t[:-1]
+
+        wnd_rf[:] =        trf_wnd[:-1]        
+        tzt_rf[:] =        trf_tzt[:-1]
+        qzt_rf[:] =        trf_qzt[:-1]
+        sst_rf[:] =        trf_sst[:-1]        
+    
+    
+    for ja in range(nb_alg):
+        
+        calgo = l_alg[ja]
+
+        print(' *** '+calgo+' => '+cf_nemo[ja])
+
+        id_nemo = Dataset(cf_nemo[ja])
+        F_nemo[:,ja] = id_nemo.variables[cv_nemo][:,1,1] ; # it's 3x3 spatial domain, taking middle point !
+        id_nemo.close()
+
+
+        if l_more:
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+            # How does all this look on on a figure?
+            cfig = l_var_rf[jv]+'_'+calgo+'.'+fig_ext
+            print(' *** will plot '+cfig)
+            fig = plt.figure(num=1, figsize=size_fig, facecolor='w', edgecolor='k')
+            ax1 = plt.axes([0.08, 0.25, 0.9, 0.7])
+            #
+            plt.plot(vtime, F_nemo[:,ja], label='NEMO['+calgo+']', zorder=1)
+            plt.plot(vtime, F_rf_m[:], color='k', label='MEAN REF!', zorder=10)
+            # +- rtol enveloppe:
+            plt.fill_between(vtime, F_rf_m[:]-F_rf_t[:], F_rf_m[:]+F_rf_t[:], alpha=0.2)
+            #
+            ax1.grid(color='k', linestyle='-', linewidth=0.3)
+            plt.legend(loc='best', ncol=1, shadow=True, fancybox=True)
+            plt.savefig(cfig, dpi=int(rDPI), transparent=False)
+            plt.close(1)
+            print('')
+            #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+
+
+        # Does the field look okay with respect to reference +- tolerance ?
+
+        l_overshoot_a = nmp.any( F_nemo[:,ja] > F_rf_m[:]+F_rf_t[:] )
+        l_overshoot_b = nmp.any( F_nemo[:,ja] < F_rf_m[:]-F_rf_t[:] )
+
+        if l_overshoot_a: print(fclrs.FAIL+'\n ***** BAD overshoot + for '+calgo+' for variable '+cv+' !!!\n'+fclrs.ENDC )
+            
+        if l_overshoot_b: print(fclrs.FAIL+'\n ***** BAD overshoot - for '+calgo+' for variable '+cv+' !!!'+fclrs.ENDC )
+
+        if l_overshoot_a or l_overshoot_b:
+            print(fclrs.FAIL+'\n ***** TEST NOT PASSED FOR '+calgo+' for variable '+cv+' !!!\n'+fclrs.ENDC )
+        else:
+            # We're all good !
+            IREPORT[ja,jv] = 1
+            if l_more: print(fclrs.OKGR+'\n ***** TEST PASSED FOR '+calgo+' for variable '+cv+' :D !!!\n'+fclrs.ENDC )
+                    
+    jv=jv+1
+
+
+
+l_ok =  nmp.sum(IREPORT[:,:]) == nb_var*nb_alg
+
+
+
+if l_ok:
+    ctxt      = 'PASSED'
+    ccol      = fclrs.OKGR
+    cf_report = 'SBCBLK.success'
+else:
+    ctxt      = 'FAILED'
+    ccol      = fclrs.FAIL
+    cf_report = 'SBCBLK.fail'
+    
+
+print(ccol+'\n\n ############ FINAL REPORT ############\n'+fclrs.ENDC)
+
+f = open(cf_report, 'w')
+
+f.write("### Sanity-check report for SBCBLK generated via 'STATION_ASF/EXP00/sbcblk_sanity_check.sh'\n\n")
+
+for ja in range(nb_alg):
+    calgo = l_alg[ja]
+    
+    if nmp.sum(IREPORT[ja,:]) == nb_var:
+        # Success for this algo
+        cbla = ' ***** Algorithm "'+calgo+'" PASSED sanity check !!!\n\n'
+        print(fclrs.OKGR+cbla+fclrs.ENDC ) ; f.write(cbla)
+    else:
+        # Algo FAILS!
+        cbla = ' ***** Algorithm "'+calgo+'" FAILED sanity check !!!\n'
+        print(fclrs.FAIL+cbla+fclrs.ENDC ) ; f.write(cbla)
+        (idx_fail,) = nmp.where(IREPORT[ja,:]==0)
+        for jv in idx_fail:
+            cbla = '   ==> on variable '+l_var_rf[jv]+' !\n\n'
+            print(fclrs.FAIL+cbla+fclrs.ENDC ) ; f.write(cbla)
+
+# Conclusion:
+clist=''
+for cc in l_var_ot: clist=clist+cc+', '
+cbla = ' Test performed on the following NEMO prognostic variables:\n   ==> '+clist[:-2]+'\n'
+print(ccol+cbla+fclrs.ENDC ) ; f.write(cbla+'\n')
+
+cbla = '    ####################################\n'  +\
+       '    ###   TEST '+ctxt+' FOR SBCBLK !   ###\n'+\
+       '    ####################################\n\n'
+
+print(ccol+cbla+fclrs.ENDC ) ; f.write(cbla)
+
+f.close()
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/sanity_check_SBCBLK.sh
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/sanity_check_SBCBLK.sh	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/SANITY_CHECK/sanity_check_SBCBLK.sh	(revision 15719)
@@ -0,0 +1,204 @@
+#!/bin/bash
+
+################################################################
+#
+# Script to launch a set of STATION_ASF simulations
+#
+#  Ocean-only version....
+#
+# L. Brodeau, 2020
+#
+#
+# Note: the current setup only performs an ocean-only test (no sea-ice),
+#       even though the current script already recongnises if the nemo.exe
+#       has been compiled with "key_si3". For now it will just test the
+#       fluxes over open water.
+#
+################################################################
+
+CONFIG="STATION_ASF" ; # general name of the configuration
+CONFIG_BLD="STATION_ASF2" ; # name of config as build in NEMO... (directory inside "tests" actually contains the compiled test-case?)
+
+# Atmo + SSX forcing to use and sea-ice support?
+FORCING="IDEALIZED" ; i_sea_ice=0 ; SFORC="input_output_VALIDATION_IDEALIZED.nc"
+
+
+# Root directory NEMOGCM reference depository where to fetch compiled STATION_ASF nemo.exe + default namelists:
+NEMO_REF_DIR="`dirname ${PWD} | sed -e 's|/tests/STATION_ASF||g'`" ; # that should normally do the trick!
+
+# NEMOGCM root directory where to fetch compiled STATION_ASF nemo.exe:
+SASF_WRK_DIR="${NEMO_REF_DIR}/tests/${CONFIG_BLD}"
+
+# DATA_IN_DIR => Directory containing sea-surface + atmospheric forcings:
+DATA_IN_DIR="${NEMO_REF_DIR}/tests/${CONFIG}/input_data"
+
+# Directory where to run the simulation:
+PROD_DIR="${HOME}/tmp/${CONFIG}_test"
+
+# MPI launch command for your system
+# Even though we are running on 1 proc here, NEMO has likely been compiled with MPI,
+# if it's not the case then just leave "MPI_LAUNCH" void...
+MPI_LAUNCH="mpirun -n 1"
+
+####### End of normal user configurable section #######
+#================================================================================
+
+
+
+# Should the `analyze_output.py` script provide more output ???
+cmore=""
+if [ "$1" != "" ]; then
+    if [ "$1" = "more" ]; then
+        cmore="m"
+    else
+        echo "Only 'more' is accepted as argument for script `basename $0` !"
+        exit
+    fi
+fi
+
+rm -f SBCBLK.success SBCBLK.fail
+
+HERE=`pwd`
+
+echo
+
+# Is the nemo.exe of STATION_ASF compiled with sea-ice support (SI3) ?
+i_si3=0
+FCPP="${SASF_WRK_DIR}/cpp_${CONFIG_BLD}.fcm"
+if [ ! -f ${FCPP} ]; then echo " Mhhh, we could not find 'cpp_STATION_ASF.fcm' into `dirname ${FCPP}` !"; exit; fi
+ca=`cat ${FCPP} | grep 'key_si3'`
+
+if [ "${ca}" = "" ]; then
+    echo " *** NEMO was NOT compiled with sea-ice support (SI3) !" ; echo
+    if [ ${i_sea_ice} -eq 1 ]; then
+        echo " ===> so you cannot request ice-air flux computation !"
+        echo "     ===> please set i_sea_ice=0 or compile STATION_ASF with CPP key 'key_si3' !"
+        echo ; exit
+    fi
+else
+    echo " *** NEMO was apparently compiled with sea-ice support (SI3) !" ; echo
+    i_si3=1
+fi
+
+
+DIR_NL=${FORCING}/oce ; # directory where to find the namelists...
+
+# NEMO executable to use is:
+NEMO_EXE="${SASF_WRK_DIR}/BLD/bin/nemo.exe"
+if [ ! -f ${NEMO_EXE} ]; then echo " Mhhh, no compiled 'nemo.exe' found into `dirname ${NEMO_EXE}` !"; exit; fi
+
+SASF_EXPREF="${NEMO_REF_DIR}/tests/STATION_ASF/EXPREF" ; # STATION_ASF EXPREF directory from which to fetch and XIOS xml files...
+
+CFGS_SHARED="${NEMO_REF_DIR}/cfgs/SHARED"
+if [ ! -d ${CFGS_SHARED} ]; then echo "PROBLEM!!! => could not find directory ${CFGS_SHARED} !"; exit; fi
+
+if [ ! -d ${DATA_IN_DIR} ]; then echo "PROBLEM!!! => could not find directory 'input_data' with input forcing..."; exit; fi
+
+cdt_cmpl="`\ls -l ${NEMO_EXE} | cut -d' ' -f 6,7,8`"
+
+echo "###########################################################"
+echo "#        S T A T I O N   A i r  -  S e a   F l u x        #"
+echo "###########################################################"
+echo
+echo "  * NEMO reference root directory is: ${NEMO_REF_DIR}"
+echo "  * STATION_ASF work directory is: ${SASF_WRK_DIR}"
+echo "       ==> NEMO EXE to use: ${NEMO_EXE}"
+echo "           ==> compiled: ${cdt_cmpl} !"
+echo
+echo "  * Input forcing data into: ${DATA_IN_DIR}"
+echo "  * Production will be done into: ${PROD_DIR}"
+echo "  * Directory in which namelists and xml files are fetched:"
+echo "       ==> ${SASF_EXPREF}"
+echo
+sleep 2
+
+mkdir -p ${PROD_DIR}
+
+rsync -avP ${NEMO_EXE}          ${PROD_DIR}/
+ln -sf     ${NEMO_EXE}          ${PROD_DIR}/nemo.exe.lnk
+
+
+# XIOS xml file
+################
+
+list_xml_ref="field_def_nemo-oce.xml domain_def_nemo.xml grid_def_nemo.xml"
+list_xml_cfg="iodef.xml file_def_nemo-oce.xml"
+fcntxt="context_nemo_OCE.xml"
+if [ ${i_sea_ice} -eq 1 ]; then
+    list_xml_ref+=" field_def_nemo-ice.xml"
+    list_xml_cfg+=" file_def_nemo-ice.xml"
+    fcntxt="context_nemo_OCE+ICE.xml"
+fi
+
+# The "context_nemo.xml" file:
+if [ ! -f ${SASF_EXPREF}/${fcntxt} ]; then echo " Mhhh, ${fcntxt} not found into ${SASF_EXPREF} !"; exit; fi
+rsync -avPL ${SASF_EXPREF}/${fcntxt} ${PROD_DIR}/context_nemo.xml
+
+# All remaining "*.xml" files:
+for ff in ${list_xml_cfg} ; do
+    if [ ! -f ${SASF_EXPREF}/${ff} ]; then echo " Mhhh, ${ff} not found into ${SASF_EXPREF} !"; exit; fi
+    rsync -avPL ${SASF_EXPREF}/${ff} ${PROD_DIR}/
+done
+for ff in ${list_xml_ref} ; do
+    if [ ! -f ${CFGS_SHARED}/${ff} ]; then echo " Mhhh, ${ff} not found into ${CFGS_SHARED} !"; exit; fi
+    rsync -avPL ${CFGS_SHARED}/${ff} ${PROD_DIR}/
+done
+
+
+# Copy forcing to work directory:
+echo ; echo "Forcing files to use:"
+\ls -l ${DATA_IN_DIR}/${SFORC}
+echo
+rsync -avP ${DATA_IN_DIR}/${SFORC} ${PROD_DIR}/
+echo; echo
+
+for CASE in "NCAR" "ECMWF" "COARE3p0" "COARE3p6" "ANDREAS"; do
+
+        echo ; echo
+        echo "======================================================================="
+        echo " Going for experiment: ${CASE} bulk param. with ${FORCING} forcing "
+        echo "======================================================================="
+        echo
+
+        scase=`echo "${CASE}" | tr '[:upper:]' '[:lower:]'`
+
+        rm -f ${PROD_DIR}/namelist_cfg
+        fnml="${HERE}/${DIR_NL}/namelist_${scase}_cfg"
+        if [ ! -f ${fnml} ]; then echo " Mhhh, test namelist ${fnml} not found !"; exit; fi
+
+        echo "   ===> namelist to use is: ${DIR_NL}/namelist_${scase}_cfg !"; echo
+        
+        # The namelists:
+        rsync -avPL ${HERE}/${DIR_NL}/namelist_${scase}_cfg        ${PROD_DIR}/namelist_cfg
+        rsync -avPL ${CFGS_SHARED}/namelist_ref                    ${PROD_DIR}/namelist_ref
+    
+        cd ${PROD_DIR}/
+        echo
+        echo "Launching NEMO ! (==> ${MPI_LAUNCH} ./nemo.exe)"
+        ${MPI_LAUNCH} ./nemo.exe 1>out_nemo.out 2>err_nemo.err
+        echo "Done!"
+        echo
+
+        # Moving output files:
+        mkdir -p output
+        mv -f ${CONFIG}-${CASE}_${FORCING}_*_grid*.nc output/
+
+        # Saving logs:
+        mkdir -p ${CASE}_${FORCING}_log
+        mv -f *.out *.err ocean.output output.namelist.dyn ${CASE}_${FORCING}_log/
+
+done
+
+
+
+
+# Now we can compare the results with sanity range!
+
+echo ; echo ; echo
+echo " *** Now time for sanity-check of heat flux and wind stress components ***"
+echo
+
+cd ${HERE}
+python3 ./analyze_output.py ${DATA_IN_DIR}/${SFORC} ${PROD_DIR}/output ${cmore}
+
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/cpp_STATION_ASF.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/cpp_STATION_ASF.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/cpp_STATION_ASF.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys   key_si3 key_c1d key_iomput
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/figs/01_temperatures_ECMWF.svg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/figs/01_temperatures_ECMWF.svg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/figs/01_temperatures_ECMWF.svg	(revision 15719)
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132.585217 343.584945  L 132.777568 352.178803  L 132.873744 352.78405  L 133.16227 373.181157  L 133.258445 369.971216  L 133.643146 386.690659  L 133.835497 389.321001  L 133.931673 390.744221  L 134.027848 386.96242  L 134.124023 388.445668  L 134.220199 361.765246  L 134.412549 390.578554  L 134.508725 390.183981  L 134.6049 389.14718  L 134.701075 386.6403  L 135.085777 366.167381  L 135.566654 393.762249  L 135.759004 394.620301  L 135.85518 393.58061  L 136.047531 388.133835  L 136.143706 388.95443  L 136.239881 388.304148  L 136.432232 378.313832  L 136.624583 384.650242  L 136.720758 378.50398  L 136.816933 378.818764  L 136.913109 378.111613  L 137.29781 368.678854  L 137.586336 331.973018  L 137.682512 336.112431  L 138.067213 283.647216  L 138.163389 279.607018  L 138.355739 282.396918  L 138.54809 344.843182  L 138.836616 286.823528  L 139.028967 278.167007  L 139.125142 276.884133  L 139.221318 277.906779  L 139.606019 335.865748  L 139.702194 326.858488  L 139.79837 334.865673  L 140.086896 397.275708  L 140.375422 332.478226  L 140.471597 330.447445  L 140.567773 332.053967  L 140.856299 310.884096  L 140.952474 314.758239  L 141.048649 311.222162  L 141.241 325.596643  L 141.337175 317.268679  L 141.433351 320.878222  L 141.529526 319.659292  L 141.625702 319.902273  L 141.721877 325.999524  L 141.818052 321.192027  L 142.106578 338.042428  L 142.202754 339.727043  L 142.298929 337.703182  L 142.683631 364.571775  L 142.875981 352.893417  L 143.068332 363.70854  L 143.356858 353.526881  L 143.74156 365.28928  L 143.837735 361.035356  L 143.93391 361.339405  L 144.126261 370.573084  L 144.222436 364.617648  L 144.318612 365.77653  L 144.799489 382.468567  L 144.991839 388.827226  L 145.088015 392.934828  L 145.18419 379.902766  L 145.280365 384.974863  L 145.376541 383.18007  L 145.953593 395.681732  L 146.049768 395.109597  L 146.242119 395.359485  L 146.43447 387.530452  L 146.62682 395.219225  L 146.819171 385.68756  L 147.396223 339.124136  L 147.492399 347.346837  L 147.684749 396.224551  L 147.780925 387.174355  L 148.069451 346.751869  L 148.165626 342.300958  L 148.357977 354.864512  L 148.454152 355.920551  L 148.646503 387.399399  L 148.742678 388.615412  L 149.031204 400.356755  L 149.12738 400.041394  L 149.319731 394.968291  L 149.512081 399.061731  L 149.704432 391.470342  L 149.800607 391.011785  L 149.992958 397.21269  L 150.185309 392.84378  L 150.37766 399.622474  L 150.473835 404.810942  L 150.666186 400.697791  L 150.858536 380.97471  L 150.954712 385.487722  L 151.050887 384.685956  L 151.243238 400.93514  L 151.435589 378.980602  L 151.531764 384.762298  L 151.627939 387.971997  L 151.82029 372.582635  L 151.916465 370.243387  L 152.012641 365.162585  L 152.108816 367.169783  L 152.397342 384.393702  L 152.589693 388.46093  L 152.685868 393.707217  L 152.782044 393.343476  L 152.878219 393.07201  L 152.974394 396.814509  L 153.166745 361.073129  L 153.26292 361.208687  L 153.359096 360.969991  L 153.455271 359.671695  L 153.647622 333.049711  L 153.743797 335.87122  L 154.032323 350.887701  L 154.224674 353.807179  L 154.320849 347.951702  L 154.417025 349.932795  L 154.801726 377.465724  L 154.897902 370.676409  L 155.186428 392.181047  L 155.282603 390.84699  L 155.378778 395.599971  L 155.571129 393.960116  L 155.76348 398.234544  L 155.859655 397.083649  L 155.955831 397.525637  L 156.052006 393.297161  L 156.340532 399.895321  L 156.725233 385.464219  L 156.917584 380.826659  L 157.109935 386.228125  L 157.590812 367.420429  L 157.686987 369.984728  L 157.783162 368.645957  L 158.071689 379.672143  L 158.167864 381.6125  L 158.360215 389.054376  L 158.45639 388.511409  L 158.552565 390.392013  L 158.841091 404.978781  L 158.937267 405.087441  L 159.033442 404.123569  L 159.321968 397.395804  L 159.514319 396.206399  L 159.610494 391.353639  L 159.802845 364.698496  L 160.091371 394.777666  L 160.283722 399.152182  L 160.476073 400.265231  L 160.668423 394.560193  L 160.764599 394.597663  L 160.860774 393.146501  L 160.956949 393.472222  L 161.341651 372.393794  L 161.534002 364.648151  L 161.630177 365.558325  L 161.822528 369.240536  L 161.918703 365.655803  L 162.014878 366.96739  L 162.207229 376.510435  L 162.303404 375.133235  L 162.39958 377.786087  L 162.591931 386.495267  L 162.688106 386.424617  L 162.784281 384.702545  L 162.976632 386.011617  L 163.361333 394.032073  L 163.553684 393.397221  L 163.64986 393.360763  L 163.938386 381.11098  L 164.419262 362.390502  L 164.515438 367.231206  L 164.707789 366.374568  L 164.803964 367.304986  L 164.996315 359.436626  L 165.381016 353.08665  L 165.573367 355.558594  L 165.765718 362.02196  L 165.861893 361.940032  L 165.958068 362.517565  L 166.246594 368.524694  L 166.34277 369.456292  L 166.53512 373.928541  L 166.727471 365.318194  L 166.823647 366.351736  L 166.919822 370.920034  L 167.304523 362.962711  L 167.400699 363.040971  L 167.593049 365.186477  L 167.977751 377.976913  L 168.170102 373.306141  L 168.458628 377.817931  L 168.554803 382.454901  L 168.747154 378.67082  L 168.843329 396.187342  L 169.03568 375.067728  L 169.228031 351.43272  L 169.324206 346.994609  L 169.420381 353.535571  L 169.516557 351.154816  L 169.612732 328.052621  L 170.189784 387.23801  L 170.28596 385.423241  L 170.382135 379.160786  L 170.670661 393.077267  L 171.055362 402.088121  L 171.151538 402.235964  L 171.343889 403.831671  L 171.440064 408.293626  L 171.536239 435.241918  L 171.72859 402.165644  L 171.824765 401.591637  L 171.920941 399.931846  L 172.209467 388.095721  L 172.305642 392.057384  L 172.401818 391.476987  L 172.786519 379.942838  L 172.882694 379.846372  L 172.97887 380.798315  L 173.075045 379.382122  L 173.17122 380.394073  L 173.267396 378.706742  L 173.555922 386.847521  L 173.652097 383.311981  L 173.748273 384.162757  L 174.132974 395.162785  L 174.325325 377.947475  L 174.517676 379.527142  L 174.710026 390.560449  L 174.902377 361.498856  L 174.998552 369.38396  L 175.094728 367.465309  L 175.190903 377.361627  L 175.287078 374.269872  L 175.479429 354.728752  L 175.67178 353.297364  L 175.767955 352.775038  L 175.864131 355.383788  L 175.960306 354.176043  L 176.056481 360.310047  L 176.152657 354.379461  L 176.825884 381.29152  L 176.92206 382.991309  L 177.018235 379.303828  L 177.210586 383.78181  L 177.306761 380.022178  L 177.691462 396.826666  L 177.787638 395.829971  L 177.979989 389.864389  L 178.172339 365.334616  L 178.460865 396.213976  L 178.557041 392.109854  L 178.653216 392.393659  L 178.749391 394.707916  L 178.845567 394.103426  L 178.941742 394.836561  L 179.230268 379.61644  L 179.518794 359.895478  L 179.61497 357.698313  L 179.903496 371.996908  L 179.999671 371.426864  L 180.095847 369.761179  L 180.192022 370.545571  L 180.288197 376.124593  L 180.384373 374.428987  L 180.576723 380.267727  L 180.961425 374.564955  L 181.0576 375.59552  L 181.346126 392.050966  L 181.538477 389.651878  L 181.730828 396.009558  L 181.827003 394.770505  L 182.019354 395.956859  L 182.115529 394.222945  L 182.211705 396.621424  L 182.30788 395.979994  L 182.500231 386.846106  L 182.596406 385.923272  L 182.981107 364.673464  L 183.269634 377.419188  L 183.365809 376.333403  L 183.75051 347.910248  L 183.846686 344.525341  L 184.039036 327.769675  L 184.327563 351.477848  L 184.423738 351.863026  L 184.616089 362.395894  L 185.193141 400.474511  L 185.385491 399.9354  L 185.481667 397.654778  L 185.577842 400.066051  L 185.674018 399.692888  L 185.962544 397.635406  L 186.154894 395.03998  L 186.25107 394.415045  L 186.44342 391.720833  L 186.539596 393.482455  L 186.731947 398.305087  L 186.828122 397.414057  L 187.020473 398.115937  L 187.308999 397.296757  L 187.405174 395.559785  L 187.597525 399.70292  L 187.6937 399.863738  L 187.789876 399.712079  L 187.886051 398.73878  L 188.078402 399.025286  L 188.174577 397.797043  L 188.655454 385.1008  L 188.751629 383.987307  L 188.847805 387.494772  L 189.040155 381.795466  L 189.136331 384.952527  L 189.232506 384.722125  L 189.424857 381.992495  L 189.617207 388.125728  L 189.713383 387.944471  L 189.905734 390.866342  L 190.001909 389.620992  L 190.19426 397.076782  L 190.290435 397.464516  L 190.482786 398.899156  L 190.578961 396.659176  L 190.675136 402.967336  L 190.771312 401.798536  L 190.867487 403.64344  L 191.059838 401.970292  L 191.156013 403.732966  L 191.252189 401.954346  L 191.348364 402.415169  L 191.444539 401.317737  L 191.540715 402.613023  L 191.63689 400.438925  L 191.733065 401.011107  L 191.829241 402.591471  L 192.021592 397.774009  L 192.117767 400.670902  L 192.213942 397.80128  L 192.310118 399.355292  L 192.406293 398.210331  L 192.502468 398.802187  L 192.694819 396.374111  L 192.790994 396.118489  L 192.88717 393.970409  L 192.983345 379.918819  L 193.175696 386.461498  L 193.271871 384.970934  L 193.464222 358.367068  L 193.560397 351.728574  L 193.656573 358.558893  L 193.848923 390.156864  L 193.945099 394.931176  L 194.041274 394.541424  L 194.137449 393.818059  L 194.233625 393.860284  L 194.425976 394.745031  L 194.522151 381.389467  L 194.714502 396.044058  L 194.810677 395.304969  L 195.003028 397.678073  L 195.195378 396.414873  L 195.291554 393.612287  L 195.483905 383.206054  L 195.772431 395.135916  L 195.868606 395.274532  L 195.964781 394.833342  L 196.060957 395.635692  L 196.157132 395.123886  L 196.253307 393.896896  L 196.445658 388.569875  L 196.541834 389.739512  L 196.734184 393.674514  L 196.926535 388.988963  L 197.118886 379.698898  L 197.215061 378.33539  L 197.311236 366.776779  L 197.503587 374.695458  L 197.599763 367.634509  L 197.792113 369.67099  L 197.984464 371.050571  L 198.176815 378.274497  L 198.27299 374.860763  L 198.369165 367.063641  L 198.465341 368.79256  L 198.657692 366.298427  L 198.753867 367.761532  L 198.946218 364.74337  L 199.042393 365.470469  L 199.619445 385.915936  L 199.907971 366.979849  L 200.004147 368.007779  L 200.196497 363.600413  L 200.388848 351.53628  L 200.485023 356.184139  L 200.773549 338.961353  L 200.869725 344.709783  L 201.062076 341.507856  L 201.254426 336.362909  L 201.446777 339.934592  L 201.639128 330.562123  L 201.831478 337.495284  L 202.023829 332.425145  L 202.120005 333.709534  L 202.21618 332.491194  L 202.312355 327.693795  L 202.504706 335.445339  L 202.600881 335.358905  L 202.697057 330.532095  L 202.793232 332.847633  L 202.889407 327.487198  L 203.177934 335.073464  L 203.274109 324.615035  L 203.46646 336.87501  L 203.562635 336.64084  L 204.428213 365.855011  L 204.524389 369.67498  L 204.620564 369.601159  L 204.716739 367.225888  L 204.90909 354.461745  L 205.005265 354.73293  L 205.293792 345.083589  L 205.389967 348.520853  L 205.486142 344.633353  L 205.582318 347.018628  L 205.870844 363.222906  L 205.967019 359.820457  L 206.351721 376.135831  L 206.447896 375.902224  L 206.640247 366.24259  L 206.736422 364.458727  L 207.313474 383.680154  L 207.40965 381.136595  L 207.505825 383.032119  L 207.698176 392.693483  L 207.890526 397.676853  L 207.986702 397.355142  L 208.082877 396.637591  L 208.179052 394.374356  L 208.371403 382.772729  L 208.467578 383.078253  L 208.563754 379.0217  L 208.659929 396.016572  L 209.717858 317.250547  L 209.814034 326.360925  L 209.910209 318.297843  L 210.006384 318.849023  L 210.198735 327.820838  L 210.391086 323.998315  L 210.487261 315.642751  L 210.583436 324.66424  L 210.775787 316.708889  L 210.871963 311.710673  L 210.968138 315.068262  L 211.160489 305.266397  L 211.352839 295.393239  L 211.449015 292.990409  L 211.641365 299.920728  L 211.929892 323.346578  L 212.026067 323.65463  L 212.218418 331.834281  L 212.410768 335.605105  L 212.506944 332.153692  L 212.603119 340.516471  L 212.699294 339.497889  L 212.891645 336.704609  L 213.083996 345.860357  L 213.180171 344.534822  L 213.276347 343.711491  L 213.372522 348.489988  L 213.468697 343.96952  L 213.661048 356.154889  L 213.853399 364.312754  L 213.949574 365.535714  L 214.334276 381.933982  L 214.622802 392.338218  L 214.718977 389.218252  L 215.103679 395.215101  L 215.199854 395.635544  L 215.48838 379.090365  L 215.584555 386.244292  L 215.680731 379.97829  L 215.873081 395.195615  L 216.065432 388.546338  L 216.642484 356.231453  L 216.93101 347.454165  L 217.027186 347.179333  L 217.123361 347.933691  L 217.315712 353.618861  L 217.411887 362.676942  L 217.604238 402.40949  L 217.796589 402.813048  L 217.892764 401.741016  L 217.988939 399.230905  L 218.085115 400.444564  L 218.18129 400.094254  L 218.277465 398.432612  L 218.662167 368.717069  L 218.950693 377.691338  L 219.046868 377.4581  L 219.143044 372.750897  L 219.335394 376.350388  L 219.43157 374.335472  L 219.527745 376.96291  L 219.623921 376.037977  L 219.816271 380.320888  L 219.912447 379.721468  L 220.008622 383.007543  L 220.104797 380.362952  L 220.200973 381.268707  L 220.297148 385.114975  L 220.489499 380.312922  L 220.778025 385.432347  L 221.162726 397.520333  L 221.258902 398.350738  L 221.451252 397.457837  L 221.643603 394.489242  L 221.835954 396.061472  L 222.028305 396.021916  L 222.12448 395.600736  L 222.316831 386.132122  L 222.413006 387.84311  L 222.701532 395.404519  L 222.797708 396.34012  L 222.893883 395.513457  L 222.990058 392.618716  L 223.086234 396.164436  L 223.182409 395.913334  L 223.278584 396.14446  L 223.470935 393.410317  L 223.56711 395.810914  L 223.759461 394.218527  L 224.047987 382.192353  L 224.528864 395.858516  L 224.721215 396.572561  L 225.009741 398.469425  L 225.105916 398.931309  L 225.298267 397.237447  L 225.394442 397.772588  L 225.490618 397.536446  L 225.586793 396.055095  L 225.682968 396.254129  L 225.779144 395.965127  L 225.875319 394.616814  L 225.971494 396.255825  L 226.06767 396.167829  L 226.260021 393.517498  L 226.356196 393.594987  L 226.452371 393.22619  L 226.740897 395.605738  L 226.837073 395.02793  L 226.933248 393.505475  L 227.125599 398.80786  L 227.221774 398.581052  L 227.31795 395.840773  L 227.414125 395.846299  L 227.5103 395.903383  L 227.606476 395.775951  L 227.895002 398.817442  L 227.991177 399.217346  L 228.087352 397.175172  L 228.183528 392.190562  L 228.279703 392.814611  L 228.375879 392.169895  L 228.472054 394.424098  L 228.568229 390.429075  L 228.664405 390.565049  L 228.952931 387.340826  L 229.626158 348.073836  L 230.01086 359.058193  L 230.107035 359.494025  L 230.20321 358.373774  L 230.395561 365.306285  L 230.587912 358.293542  L 230.780263 369.147094  L 230.876438 368.966876  L 230.972613 373.831304  L 231.068789 372.406796  L 231.357315 362.029484  L 231.549665 377.291286  L 231.645841 371.56308  L 231.838192 375.166816  L 232.030542 379.344739  L 232.126718 386.234187  L 232.319068 382.358475  L 232.415244 382.603576  L 232.607594 386.455711  L 232.992296 395.892004  L 233.088471 393.391655  L 233.280822 395.728382  L 233.761699 387.91154  L 233.857874 367.309801  L 233.95405 375.10192  L 234.1464 393.740825  L 234.242576 395.870761  L 234.338751 395.736563  L 234.434926 394.473558  L 234.723452 379.756009  L 234.819628 376.997538  L 235.108154 386.332296  L 235.204329 387.861443  L 235.39668 394.22438  L 235.589031 395.518124  L 235.685206 395.156307  L 235.877557 396.311608  L 235.973732 397.099232  L 236.166083 394.783514  L 236.262258 387.461586  L 236.550784 396.833305  L 236.64696 397.213012  L 236.743135 394.05919  L 237.224012 366.4352  L 237.704889 325.512515  L 237.897239 315.025507  L 238.08959 310.00806  L 238.185765 297.286463  L 238.281941 297.634279  L 238.378116 291.919993  L 238.666642 319.658755  L 238.762818 321.113022  L 238.858993 320.882138  L 239.051344 341.421944  L 239.147519 345.991879  L 239.243694 345.312194  L 239.436045 350.41403  L 239.628396 361.465234  L 239.724571 364.269121  L 239.820747 362.796092  L 239.916922 364.065703  L 240.013097 363.252035  L 240.205448 367.378492  L 240.397799 361.406816  L 240.493974 358.585507  L 240.59015 359.418628  L 240.7825 354.557164  L 240.878676 357.178427  L 240.974851 354.969085  L 241.167202 357.155722  L 241.263377 357.05245  L 241.359552 354.259694  L 241.551903 357.482697  L 241.648079 358.268517  L 241.744254 365.162049  L 241.840429 357.010447  L 241.936605 358.275015  L 242.03278 356.537433  L 242.128955 352.401822  L 242.225131 353.740164  L 242.321306 351.946805  L 242.513657 362.976451  L 242.609832 356.409002  L 242.706008 359.47022  L 242.802183 357.846954  L 242.994534 360.890229  L 243.090709 359.694902  L 243.186884 362.387867  L 243.28306 361.178674  L 243.379235 363.898413  L 243.47541 360.8852  L 243.763937 371.962374  L 244.244813 387.268749  L 244.340989 387.181014  L 244.437164 387.848414  L 244.629515 392.7644  L 244.821866 391.783396  L 245.110392 398.163553  L 245.206567 396.674029  L 245.398918 400.754755  L 245.591268 398.571323  L 245.783619 405.53592  L 245.97597 400.819564  L 246.072145 402.183433  L 246.168321 403.882217  L 246.264496 403.373275  L 246.360671 404.245127  L 246.456847 403.28279  L 246.553022 403.652446  L 246.745373 401.703144  L 246.841548 402.352527  L 246.937723 402.08558  L 247.130074 405.020604  L 247.22625 404.748453  L 247.322425 402.892723  L 247.4186 404.902962  L 247.514776 403.111813  L 247.707126 405.276557  L 247.803302 405.262961  L 247.899477 405.918966  L 247.995652 405.73334  L 248.091828 406.021034  L 248.188003 406.818089  L 248.66888 400.388861  L 248.861231 392.232411  L 248.957406 393.863114  L 249.149757 403.215494  L 249.245932 403.020604  L 249.342108 401.661328  L 249.438283 403.048332  L 249.534458 402.649192  L 249.822984 400.279266  L 249.91916 401.030573  L 250.015335 396.159547  L 250.303861 403.253782  L 250.496212 405.467252  L 250.592387 405.790096  L 250.880913 404.110487  L 251.073264 405.804385  L 251.169439 402.312327  L 251.265615 402.586053  L 251.457966 403.932032  L 251.554141 403.724463  L 251.746492 402.224652  L 251.842667 402.326187  L 252.035018 403.529983  L 252.323544 398.313274  L 252.61207 407.025411  L 252.804421 393.32114  L 252.900596 399.123449  L 253.092947 396.227883  L 253.381473 397.602696  L 253.573823 393.501297  L 253.669999 395.41335  L 253.766174 395.157883  L 253.86235 395.856759  L 253.958525 395.83907  L 254.150876 396.125772  L 254.343226 401.13646  L 254.439402 400.549827  L 254.631752 397.90647  L 254.727928 397.727091  L 255.112629 388.51265  L 255.208805 388.559394  L 255.497331 384.043392  L 255.689681 385.64105  L 256.074383 370.367774  L 256.266734 365.892944  L 256.362909 368.397504  L 256.459084 376.29378  L 256.55526 375.180884  L 256.74761 379.470206  L 257.517013 337.25064  L 257.613189 341.463009  L 257.709364 342.62694  L 257.99789 329.70458  L 258.094066 325.245072  L 258.286416 332.006599  L 258.382592 329.552673  L 258.478767 330.474508  L 258.574942 333.00587  L 258.671118 340.414533  L 258.767293 328.377007  L 258.863468 328.923105  L 258.959644 328.844624  L 259.055819 327.113674  L 259.151995 322.187515  L 259.440521 332.001503  L 259.632871 319.892242  L 259.825222 307.29809  L 260.017573 321.524889  L 260.209924 326.794544  L 260.306099 315.263714  L 260.402274 324.225538  L 260.49845 323.527547  L 260.594625 318.74616  L 260.6908 322.470756  L 260.883151 335.106214  L 260.979326 337.408904  L 261.171677 336.08801  L 261.364028 344.763896  L 261.652554 339.682813  L 261.748729 339.037139  L 261.844905 334.027899  L 262.133431 343.476168  L 262.229606 336.164479  L 262.325781 336.362118  L 262.421957 333.316952  L 262.614308 335.007763  L 262.710483 336.75486  L 262.806658 336.636857  L 263.095184 330.836915  L 263.479886 347.609573  L 263.672237 352.668775  L 264.345464 376.092158  L 264.63399 397.412005  L 264.730166 397.123245  L 265.018692 391.380682  L 265.114867 393.348619  L 265.211042 392.829203  L 265.307218 393.920587  L 265.595744 371.813451  L 265.691919 372.958339  L 265.88427 359.629235  L 265.980445 358.837025  L 266.172796 368.047026  L 266.268971 368.772571  L 266.365147 372.684767  L 266.461322 372.33671  L 266.557497 370.639562  L 266.653673 372.513347  L 266.846024 383.521582  L 267.038374 384.545334  L 267.230725 388.678551  L 267.3269 387.813887  L 267.615426 377.233243  L 267.711602 380.805416  L 268.000128 365.497271  L 268.096303 366.710032  L 268.288654 359.309341  L 268.481005 337.609922  L 268.57718 344.1698  L 268.769531 334.660873  L 268.865706 335.588703  L 269.154232 345.728767  L 269.538934 357.165371  L 269.635109 358.440004  L 269.82746 362.644809  L 269.923635 363.173224  L 270.01981 360.931857  L 270.115986 363.380586  L 270.308337 369.895933  L 270.404512 370.544022  L 270.693038 376.652203  L 270.885389 380.581847  L 271.077739 377.392459  L 271.173915 381.452392  L 271.27009 377.671329  L 271.366266 381.360814  L 271.462441 381.163504  L 271.654792 382.377445  L 272.231844 390.2471  L 272.52037 399.280968  L 272.808896 405.726906  L 272.905071 406.361494  L 273.193597 401.791348  L 273.289773 403.203156  L 273.578299 396.010068  L 273.866825 374.390498  L 273.963 374.503291  L 274.155351 403.786932  L 274.251526 402.358575  L 274.443877 391.662106  L 274.540053 392.436675  L 274.732403 398.442536  L 274.828579 400.43633  L 274.924754 399.359946  L 275.020929 401.155725  L 275.117105 401.050938  L 275.21328 398.086111  L 275.405631 385.130317  L 275.501806 385.514269  L 275.597982 382.500887  L 276.078858 399.238871  L 276.271209 405.754966  L 276.46356 407.215864  L 276.559735 405.401166  L 276.65591 399.990003  L 276.944437 366.33805  L 277.136787 360.321339  L 277.232963 359.067976  L 277.617664 371.039413  L 277.713839 369.919208  L 277.810015 373.196117  L 278.002366 371.78502  L 278.098541 375.394562  L 278.194716 375.381681  L 278.290892 373.721769  L 278.387067 373.804147  L 278.483242 374.811155  L 278.579418 370.933995  L 278.675593 371.706599  L 278.771768 371.632221  L 278.964119 377.091375  L 279.060295 376.267749  L 279.15647 376.773406  L 279.444996 373.740605  L 279.541171 374.589028  L 279.925873 388.500104  L 280.118224 386.752403  L 280.310574 377.981754  L 280.502925 384.413255  L 280.695276 388.412758  L 280.791451 388.433243  L 280.983802 381.973706  L 281.079977 385.916909  L 281.368503 380.485985  L 281.560854 385.13251  L 281.657029 385.565861  L 281.753205 379.210709  L 282.041731 386.116592  L 282.234082 382.253132  L 282.330257 386.578053  L 282.522608 380.25724  L 282.714958 387.469988  L 282.811134 387.409303  L 283.003484 382.767754  L 283.09966 382.083381  L 283.388186 387.699377  L 283.484361 385.676576  L 283.676712 386.52227  L 283.869063 390.112581  L 284.157589 387.552406  L 284.253764 388.045262  L 284.638466 395.755177  L 284.830816 396.320728  L 284.926992 395.641633  L 285.215518 398.401713  L 285.407868 396.86649  L 285.504044 396.773612  L 285.600219 396.399457  L 286.081096 397.518053  L 286.177271 398.005779  L 286.465797 397.275279  L 286.561973 398.830853  L 286.658148 397.319415  L 286.850499 389.438642  L 287.331376 397.722035  L 287.427551 397.859357  L 287.523726 397.52616  L 287.619902 397.729384  L 287.716077 396.982764  L 287.812253 395.320344  L 287.908428 390.854989  L 288.004603 391.685126  L 288.100779 395.105687  L 288.196954 394.932966  L 288.293129 395.121351  L 288.581655 393.293459  L 288.774006 389.333862  L 288.870182 388.813319  L 288.966357 386.754046  L 289.062532 387.548952  L 289.158708 385.497981  L 289.254883 386.587085  L 289.447234 384.279185  L 289.543409 383.326807  L 289.73576 380.402428  L 289.928111 376.894286  L 290.120461 367.107207  L 290.505163 354.662481  L 290.697513 361.069011  L 290.98604 349.135709  L 291.466916 330.507499  L 291.563092 331.756229  L 291.659267 326.486493  L 291.755442 332.046403  L 291.851618 331.313047  L 291.947793 330.684686  L 292.043968 319.970482  L 292.140144 324.95251  L 292.332495 340.085225  L 292.42867 344.749909  L 292.813371 376.653457  L 293.101897 388.515426  L 293.198073 388.548089  L 293.294248 386.934103  L 293.67895 390.538154  L 293.8713 394.57184  L 294.063651 393.056962  L 294.352177 382.442838  L 294.544528 382.070715  L 294.640703 379.184457  L 294.736879 379.602553  L 294.833054 379.20977  L 294.929229 381.501436  L 295.12158 390.146216  L 295.217755 390.731427  L 295.313931 389.314825  L 295.410106 390.762755  L 295.506282 389.697053  L 296.083334 370.662106  L 296.275684 374.012494  L 296.37186 373.42501  L 296.468035 371.910051  L 296.564211 372.491815  L 296.660386 371.611675  L 296.756561 368.762029  L 297.045087 371.121582  L 297.141263 369.244954  L 297.333613 374.079965  L 297.718315 364.131819  L 297.910666 365.869126  L 298.006841 364.966174  L 298.103016 365.06162  L 298.295367 368.746587  L 298.391542 367.530158  L 298.487718 370.370248  L 298.680069 364.567041  L 298.872419 370.033142  L 298.968595 367.34072  L 299.449471 393.29928  L 299.545647 392.116667  L 299.641822 394.311854  L 299.737997 392.265087  L 299.834173 396.077277  L 299.930348 391.29168  L 300.218874 363.09129  L 300.411225 359.131122  L 300.5074 361.574923  L 300.988277 401.07841  L 301.084453 400.017938  L 301.180628 401.130512  L 301.276803 400.975159  L 301.372979 400.162852  L 301.469154 400.842825  L 301.75768 408.420183  L 302.046206 432.587868  L 302.238557 383.621253  L 302.430908 354.440294  L 302.623258 400.48133  L 303.200311 350.230185  L 303.488837 363.392897  L 303.585012 371.3179  L 303.681187 370.054519  L 303.873538 377.798908  L 303.969713 377.354345  L 304.162064 379.119359  L 304.25824 387.598077  L 304.354415 387.512387  L 304.546766 375.435097  L 304.739116 383.500848  L 305.123818 397.294665  L 305.219993 397.68618  L 305.412344 389.076055  L 305.604695 377.391393  L 305.70087 381.450575  L 305.893221 375.937019  L 305.989396 378.060423  L 306.085571 374.334889  L 306.181747 376.248316  L 306.277922 383.308125  L 306.374097 381.324008  L 306.566448 390.406008  L 306.662624 388.099871  L 306.95115 361.683733  L 307.047325 358.235841  L 307.1435 361.067717  L 307.239676 359.529839  L 307.335851 360.085264  L 307.528202 354.363241  L 308.105254 321.206242  L 308.682306 352.977283  L 309.163183 398.649087  L 309.259358 397.747294  L 309.355534 394.369367  L 309.451709 395.501306  L 309.547884 395.016095  L 309.64406 329.944745  L 309.740235 353.904355  L 309.836411 352.863048  L 309.932586 325.717007  L 310.413463 388.101923  L 310.509638 381.207828  L 310.89434 392.180256  L 311.08669 399.925127  L 311.182866 399.638051  L 311.375216 388.172311  L 311.471392 387.473944  L 311.663742 375.932533  L 311.759918 369.056905  L 311.856093 370.179651  L 312.048444 374.323033  L 312.144619 366.349671  L 312.240795 368.359202  L 312.433145 362.08815  L 312.625496 368.200174  L 312.721671 370.03683  L 312.817847 368.834201  L 312.914022 372.046696  L 313.010198 365.235092  L 313.106373 366.147788  L 313.202548 366.090174  L 313.394899 367.580838  L 313.683425 367.939356  L 314.068126 386.515329  L 314.356653 369.157387  L 314.452828 369.786298  L 314.933705 358.210729  L 315.02988 357.827582  L 315.222231 361.858935  L 315.318406 358.188882  L 315.414582 359.996979  L 315.510757 366.407218  L 315.606932 365.892636  L 315.703108 366.282904  L 315.799283 362.548189  L 316.087809 370.907803  L 316.183984 373.870062  L 316.28016 386.574814  L 316.376335 386.479046  L 316.472511 388.411088  L 316.568686 385.444665  L 316.761037 393.936834  L 316.857212 393.929767  L 316.953387 394.290309  L 317.049563 389.248226  L 317.241913 396.731904  L 317.338089 396.197266  L 317.53044 392.748857  L 317.72279 395.613369  L 317.818966 395.206867  L 318.396018 385.39316  L 318.684544 378.558825  L 318.876895 389.09532  L 318.97307 387.686871  L 319.165421 390.664834  L 319.453947 378.540009  L 319.646298 384.159518  L 319.742473 383.443637  L 319.838648 380.836516  L 319.934824 384.341211  L 320.030999 396.22451  L 320.127174 395.554609  L 320.319525 399.264191  L 320.4157 399.289477  L 320.608051 391.905792  L 320.704227 391.00467  L 320.896577 354.347738  L 321.088928 386.154405  L 321.185103 387.347445  L 321.377454 396.500865  L 321.569805 397.49636  L 321.66598 397.291802  L 321.762155 396.554275  L 321.858331 397.551902  L 321.954506 397.229749  L 322.050682 390.186831  L 322.146857 395.090486  L 322.435383 386.072497  L 322.531558 387.137864  L 323.108611 352.692097  L 323.204786 360.422438  L 323.300961 360.338384  L 323.397137 361.692511  L 323.589487 350.372174  L 323.685663 348.479138  L 324.35889 373.509124  L 324.455066 373.601774  L 324.647416 380.054807  L 324.743592 374.584596  L 324.839767 376.564589  L 325.224469 363.900331  L 325.416819 373.318278  L 325.512995 372.866741  L 325.801521 380.180274  L 325.993871 375.130559  L 326.186222 380.639267  L 326.282398 379.349345  L 326.378573 380.135025  L 326.667099 386.993742  L 326.85945 383.981326  L 326.955625 385.325287  L 327.0518 391.953508  L 327.147976 386.233523  L 327.244151 390.764961  L 327.340327 381.359902  L 327.532677 386.02407  L 327.628853 384.997622  L 327.821203 377.868692  L 327.917379 378.142358  L 328.013554 380.248395  L 328.398256 364.979632  L 328.494431 368.055998  L 328.686782 360.729075  L 328.782957 362.053657  L 328.975308 370.723153  L 329.071483 365.058958  L 329.263834 376.528118  L 329.360009 374.110428  L 329.456184 375.912021  L 329.648535 382.158852  L 329.744711 380.529947  L 329.840886 385.887605  L 329.937061 385.73018  L 330.033237 383.701256  L 330.129412 386.472971  L 330.706464 352.800505  L 330.99499 335.033888  L 331.091166 331.764798  L 331.764393 375.549353  L 331.956744 381.922845  L 332.149095 376.303992  L 332.24527 380.030546  L 332.341445 379.326024  L 332.437621 379.409916  L 332.533796 380.012857  L 332.629971 382.372604  L 332.726147 376.224498  L 332.822322 377.342289  L 333.110848 388.964039  L 333.207024 387.94718  L 333.399374 382.755013  L 333.49555 383.71572  L 333.784076 395.028761  L 334.168777 387.66009  L 334.361128 376.773862  L 334.457303 378.615929  L 334.553479 375.941887  L 334.649654 376.137937  L 334.745829 374.050836  L 334.842005 377.966613  L 335.130531 371.678757  L 335.322882 379.551141  L 335.419057 377.080961  L 335.803758 390.354194  L 335.899934 386.624013  L 335.996109 393.345608  L 336.092285 391.637041  L 336.284635 398.063728  L 336.380811 397.981914  L 336.573161 392.868443  L 336.669337 392.592464  L 336.861687 387.841648  L 337.054038 383.778605  L 337.727266 373.958695  L 337.823441 374.178751  L 337.919616 374.852159  L 338.015792 374.388104  L 338.111967 372.548484  L 338.304318 377.660037  L 338.400493 376.209203  L 338.496669 376.271859  L 338.88137 385.597639  L 338.977545 378.28882  L 339.073721 379.43346  L 339.169896 384.467161  L 339.266071 384.405712  L 339.362247 384.808506  L 339.650773 389.640103  L 339.746948 388.249639  L 339.843124 388.87226  L 340.13165 398.203431  L 340.227825 397.143596  L 340.612527 402.924246  L 340.901053 401.108692  L 340.997228 401.160063  L 341.381929 405.28283  L 341.478105 402.573433  L 341.862806 384.200623  L 341.958982 383.657027  L 342.151332 380.955291  L 342.247508 382.694771  L 342.343683 382.533865  L 342.536034 377.20384  L 342.728385 380.729228  L 342.82456 379.506979  L 342.920735 383.191824  L 343.113086 382.14233  L 343.401612 374.757833  L 343.690138 382.441523  L 343.786314 383.313905  L 343.978664 381.224243  L 344.171015 384.536704  L 344.363366 390.228057  L 344.459541 386.032244  L 344.651892 392.53253  L 344.844242 395.78961  L 344.940418 392.240069  L 345.228944 398.176877  L 345.421295 394.688838  L 345.613645 395.652704  L 345.709821 395.908895  L 345.805996 395.842959  L 345.902171 396.552591  L 346.094522 389.67064  L 346.190698 386.858257  L 346.286873 389.22707  L 346.479224 387.996378  L 346.575399 391.344754  L 346.671574 391.309597  L 346.76775 391.121588  L 347.056276 386.624998  L 347.152451 382.347592  L 347.248627 383.034734  L 347.537153 375.318414  L 347.633328 376.285545  L 347.825679 372.806626  L 348.402731 347.762834  L 349.075958 366.459903  L 349.556835 360.301175  L 349.749186 366.056908  L 350.037712 373.456465  L 350.230063 363.61943  L 350.518589 373.011319  L 350.614764 369.457627  L 350.90329 374.798884  L 350.999466 375.56967  L 351.287992 387.04121  L 351.384167 386.309678  L 351.480343 383.506427  L 351.576518 383.738103  L 351.672693 382.834957  L 352.057395 398.019425  L 352.249745 393.404925  L 352.345921 393.764335  L 352.442096 396.591061  L 352.538271 395.692548  L 352.634447 393.516257  L 352.826798 399.804931  L 352.922973 401.680432  L 353.019148 400.667623  L 353.115324 400.994423  L 353.211499 401.82843  L 353.307674 398.093433  L 353.5962 403.098818  L 353.692376 403.36549  L 353.788551 404.248319  L 353.884727 400.897073  L 354.269428 405.260477  L 354.365603 405.375007  L 354.557954 403.749448  L 354.750305 405.258355  L 354.84648 404.839608  L 355.135006 405.292895  L 355.327357 400.174848  L 355.423532 400.560295  L 355.519708 404.389336  L 355.712058 400.265319  L 355.808234 400.852139  L 356.09676 404.327732  L 356.192935 402.736498  L 356.289111 402.772996  L 356.385286 402.273904  L 356.577637 395.783354  L 356.673812 395.958221  L 356.866163 402.088966  L 357.058514 400.931613  L 357.154689 401.212554  L 357.53939 404.429227  L 357.635566 404.746613  L 357.827916 401.407511  L 357.924092 401.455133  L 358.116443 403.933803  L 358.308793 402.399519  L 358.501144 398.015301  L 358.693495 402.010961  L 358.78967 400.948786  L 358.982021 399.418203  L 359.078196 403.339901  L 359.174372 402.200224  L 359.462898 403.474595  L 359.655248 404.761851  L 359.751424 405.423813  L 359.847599 404.815163  L 359.943774 402.737665  L 360.03995 396.470181  L 360.136125 399.611228  L 360.2323 398.279143  L 360.424651 386.073617  L 360.617002 398.268991  L 360.905528 391.069901  L 361.001703 391.692348  L 361.097879 388.7778  L 361.194054 380.270041  L 361.290229 380.301577  L 361.386405 381.169794  L 361.48258 380.452109  L 361.578756 382.089725  L 361.771106 373.473786  L 361.963457 376.012939  L 362.059632 376.044871  L 362.155808 371.291353  L 362.444334 378.803228  L 362.540509 377.351562  L 362.636685 379.915023  L 362.925211 399.024495  L 363.021386 397.262284  L 363.598438 407.6143  L 363.694614 407.870635  L 363.790789 409.043555  L 363.98314 407.56767  L 364.079315 409.245006  L 364.367841 405.928676  L 364.656367 403.062293  L 364.752543 405.567107  L 364.848718 404.78294  L 365.041069 407.427447  L 365.233419 400.365828  L 365.42577 404.129014  L 365.521945 405.601087  L 365.618121 403.965594  L 365.714296 399.174806  L 366.002822 403.3753  L 366.098998 401.530128  L 366.195173 402.191534  L 366.291348 401.602769  L 366.483699 402.948775  L 366.579874 400.429959  L 366.67605 400.442981  L 366.868401 401.054653  L 366.964576 399.057728  L 367.156927 393.488852  L 367.349277 395.26495  L 367.445453 393.941146  L 367.830154 400.934262  L 367.926329 400.067687  L 368.022505 397.612037  L 368.11868 398.584123  L 368.407206 393.605105  L 368.888083 387.486242  L 369.176609 399.212015  L 369.561311 393.80031  L 369.849837 403.469271  L 369.946012 403.431881  L 370.042187 403.159389  L 370.138363 403.507841  L 370.330714 400.015504  L 370.426889 400.308824  L 370.61924 402.147847  L 370.715415 402.04314  L 371.100116 365.573694  L 371.196292 363.407998  L 371.292467 365.851189  L 371.484818 347.345791  L 371.677169 349.621913  L 371.773344 347.843434  L 372.158045 373.742804  L 372.542747 385.699247  L 372.638922 385.485428  L 372.927448 392.442026  L 373.119799 387.693188  L 373.408325 360.560069  L 373.600676 348.843087  L 373.793027 345.42726  L 374.177728 368.791051  L 374.273903 369.948002  L 374.466254 366.940394  L 374.75478 355.297843  L 374.850956 356.507627  L 375.043306 346.693853  L 375.139482 346.490783  L 375.235657 347.51768  L 375.620358 368.272989  L 375.908885 400.997535  L 376.197411 402.830784  L 376.389761 381.909588  L 376.582112 365.428312  L 376.678287 363.564351  L 376.870638 372.167402  L 376.966814 374.712564  L 377.44769 405.908877  L 377.736216 410.272211  L 378.024743 398.533463  L 378.313269 386.90032  L 378.409444 386.96926  L 378.601795 380.004133  L 378.69797 380.33269  L 378.794145 381.627781  L 378.986496 371.752458  L 379.082672 372.573636  L 379.178847 374.922983  L 379.275022 374.069229  L 379.371198 372.183395  L 379.563548 358.099578  L 379.659724 358.570795  L 379.852074 350.218242  L 379.94825 349.845502  L 380.140601 364.926457  L 380.621477 346.350128  L 380.813828 355.2329  L 381.006179 357.426806  L 381.294705 370.4747  L 381.39088 370.504641  L 381.487056 367.349491  L 381.967932 391.695091  L 382.256458 399.698648  L 382.352634 399.16733  L 382.448809 399.40901  L 382.64116 392.864688  L 382.833511 397.202068  L 382.929686 394.64713  L 383.025861 399.095761  L 383.122037 398.882425  L 383.218212 398.903092  L 383.314387 397.031627  L 383.410563 398.938698  L 383.602914 391.989497  L 383.699089 395.572841  L 383.795264 395.250983  L 383.987615 397.871051  L 384.08379 397.194364  L 384.276141 398.17571  L 384.372316 397.268507  L 384.757018 399.966165  L 384.853193 400.747493  L 384.949369 400.558538  L 385.237895 401.107465  L 385.430245 401.393295  L 385.526421 399.679551  L 385.622596 400.091505  L 386.199648 374.190217  L 386.295824 373.45436  L 386.776701 364.053935  L 386.872876 362.54481  L 387.065227 364.27692  L 387.449928 395.148717  L 387.930805 402.40721  L 388.123156 398.038582  L 388.219331 400.092068  L 388.411682 394.56659  L 388.507857 392.988915  L 388.700208 397.327663  L 388.892559 391.956452  L 388.988734 392.503421  L 389.373435 382.54277  L 389.565786 372.365711  L 389.661961 370.69833  L 389.758137 374.474035  L 389.950487 370.609542  L 390.142838 360.626514  L 390.335189 362.997446  L 390.52754 358.960151  L 390.71989 361.799524  L 390.816066 359.189212  L 390.912241 359.597243  L 391.200767 363.062342  L 391.393118 359.752523  L 391.489293 361.622727  L 391.777819 353.365653  L 391.873995 353.757685  L 392.066345 381.742318  L 392.162521 376.13272  L 392.258696 377.232781  L 392.547222 391.798805  L 392.643398 398.369151  L 392.739573 393.162755  L 392.931924 377.420448  L 393.124274 370.259996  L 393.22045 376.332859  L 393.412801 393.202546  L 393.508976 393.890264  L 393.605151 393.874875  L 393.701327 393.684257  L 393.797502 392.98172  L 393.893677 397.881874  L 393.989853 397.511649  L 394.086028 397.167535  L 394.182203 395.094382  L 394.47073 401.552538  L 394.66308 390.493991  L 394.855431 379.487157  L 395.047782 379.157272  L 395.143957 377.523975  L 395.432483 398.94647  L 395.528659 394.568897  L 395.721009 388.704448  L 395.817185 387.753437  L 395.91336 376.641783  L 396.009535 381.42565  L 396.105711 381.13807  L 396.298061 378.98716  L 396.682763 384.89602  L 396.778938 384.664357  L 396.971289 383.682501  L 397.16364 371.73619  L 397.452166 350.101848  L 397.548341 347.90833  L 397.740692 358.138899  L 397.933043 375.068359  L 398.029218 371.372791  L 398.221569 382.181121  L 398.317744 381.621378  L 398.413919 381.050838  L 398.894796 359.575886  L 398.990972 361.383574  L 399.087147 357.435785  L 399.183322 359.868669  L 399.375673 356.599727  L 399.471848 350.121696  L 399.568024 350.155941  L 399.664199 349.540958  L 399.85655 355.59534  L 400.048901 348.111347  L 400.145076 348.111789  L 400.241251 350.772387  L 400.529777 372.153844  L 400.625953 372.710402  L 400.722128 372.237723  L 400.818303 373.868479  L 400.914479 379.587324  L 401.010654 379.279588  L 401.10683 373.819502  L 401.395356 379.187897  L 401.491531 378.281082  L 401.683882 387.944303  L 401.780057 388.177971  L 401.876232 386.441368  L 402.164759 392.233766  L 402.260934 390.856183  L 402.453285 394.936219  L 402.54946 393.043015  L 402.741811 386.587964  L 402.837986 384.951253  L 402.934161 385.367988  L 403.222688 397.925279  L 403.318863 398.193621  L 403.511214 395.613852  L 403.79974 378.932249  L 403.895915 373.992739  L 404.280617 393.34353  L 404.376792 392.384533  L 404.472967 396.726124  L 404.569143 394.529582  L 404.665318 395.449627  L 404.761493 394.505731  L 404.857669 391.011047  L 404.953844 391.715757  L 405.338545 384.189097  L 405.434721 382.409706  L 405.723247 358.794337  L 405.819422 359.769273  L 406.011773 375.353437  L 406.300299 388.284729  L 406.396474 384.875715  L 406.588825 387.526462  L 406.781176 391.209175  L 406.973527 386.834278  L 407.069702 389.61027  L 407.262053 378.103439  L 407.358228 376.001419  L 407.454403 376.884892  L 408.031456 390.532005  L 408.319982 377.06871  L 408.416157 377.634502  L 408.704683 382.013885  L 408.800859 381.157429  L 408.897034 382.218545  L 408.993209 380.128997  L 409.954963 328.965846  L 410.051138 318.330203  L 410.147314 322.859596  L 410.43584 360.273602  L 410.820541 364.980302  L 411.109067 349.073247  L 411.301418 343.694929  L 412.166996 387.293029  L 412.263172 386.914375  L 412.359347 392.576284  L 412.455522 391.068205  L 412.647873 386.171557  L 412.744048 388.652587  L 413.12875 380.012917  L 413.224925 378.460971  L 413.321101 374.110824  L 413.417276 376.682023  L 413.513451 382.877174  L 413.609627 382.586685  L 413.705802 382.883719  L 413.801977 385.301784  L 413.898153 382.104759  L 413.994328 382.479537  L 414.090503 381.896566  L 414.186679 385.650585  L 414.37903 378.915605  L 414.57138 368.432326  L 414.667556 370.188321  L 414.859906 377.664596  L 414.956082 378.272593  L 415.148432 370.228319  L 415.244608 370.513686  L 415.340783 370.351942  L 415.436959 369.733264  L 415.533134 365.110443  L 415.725485 369.016578  L 416.014011 375.721564  L 416.110186 372.821935  L 416.206361 376.128173  L 416.302537 374.2712  L 416.494888 380.436217  L 416.591063 381.537525  L 416.783414 389.963383  L 416.879589 385.91666  L 417.07194 389.834235  L 417.26429 386.901729  L 417.360466 381.443681  L 417.552817 387.547088  L 417.937518 374.490671  L 418.033693 370.450715  L 418.129869 373.759877  L 418.322219 367.53911  L 418.51457 374.795189  L 418.706921 377.221241  L 418.899272 372.118097  L 419.091622 371.666386  L 419.283973 379.313417  L 419.668675 401.792998  L 419.76485 401.669596  L 420.245727 390.755634  L 420.341902 392.085111  L 420.438077 391.501295  L 420.630428 395.773504  L 420.726603 387.531176  L 420.822779 389.095387  L 420.918954 388.658421  L 421.111305 391.575391  L 421.20748 392.471014  L 421.399831 398.784042  L 421.496006 398.447606  L 421.592182 396.113789  L 421.784532 398.141499  L 421.976883 397.214058  L 422.073059 398.397844  L 422.265409 397.790847  L 422.361585 397.105448  L 422.45776 397.305125  L 422.553935 397.935927  L 422.650111 397.54977  L 422.746286 398.249927  L 422.842461 397.768544  L 422.938637 396.637571  L 423.130988 392.196966  L 423.227163 394.51481  L 423.323338 393.101158  L 423.515689 397.364261  L 423.70804 394.720958  L 423.804215 393.073029  L 423.996566 375.304246  L 424.092741 375.810493  L 424.188917 374.906689  L 424.285092 376.268064  L 424.381267 373.587283  L 424.477443 373.754687  L 424.765969 385.806643  L 424.958319 381.511253  L 425.054495 385.356702  L 425.246846 373.207476  L 425.535372 369.990796  L 425.727722 372.9367  L 425.823898 373.478647  L 426.208599 387.009694  L 426.304775 386.948748  L 426.40095 379.897844  L 426.497125 381.280945  L 426.785651 394.521623  L 426.881827 394.50911  L 426.978002 394.989474  L 427.362704 375.928617  L 427.555054 376.418093  L 427.65123 378.506455  L 427.84358 375.530798  L 427.939756 376.167984  L 428.035931 373.231689  L 428.132106 375.257864  L 428.228282 371.935016  L 428.324457 372.169588  L 428.516808 377.814478  L 428.709159 383.221221  L 428.901509 375.675021  L 428.997685 379.551477  L 429.09386 376.060186  L 429.286211 381.591505  L 429.382386 386.385142  L 429.478561 378.351349  L 429.574737 379.125032  L 429.670912 378.018903  L 430.055614 395.405196  L 430.247964 396.261632  L 430.440315 399.23525  L 430.53649 399.211995  L 430.632666 400.686513  L 430.825017 399.40038  L 431.113543 382.102264  L 431.498244 352.659656  L 431.594419 351.740758  L 431.78677 341.693035  L 431.882946 345.382494  L 431.979121 356.256491  L 432.171472 347.634624  L 432.459998 360.220032  L 432.556173 359.119843  L 432.748524 352.221329  L 433.614102 399.944587  L 433.806453 400.289968  L 433.902628 400.305216  L 433.998804 399.509613  L 434.094979 399.580591  L 434.28733 399.373665  L 434.383505 399.796737  L 434.575856 398.055996  L 434.672031 394.165244  L 434.768206 394.27779  L 434.864382 397.306648  L 434.960557 394.202916  L 435.152908 399.140756  L 435.249083 399.159149  L 435.345259 398.699753  L 435.72996 390.426949  L 435.922311 387.509758  L 436.210837 393.172659  L 436.307012 393.204417  L 436.403188 393.717014  L 436.499363 393.50878  L 436.691714 394.618907  L 436.884064 396.457842  L 436.98024 395.393314  L 437.17259 396.719331  L 437.268766 397.257764  L 437.364941 396.825654  L 437.461117 397.865198  L 437.749643 390.636919  L 438.42287 364.295166  L 438.519046 374.760314  L 438.615221 371.730008  L 438.807572 361.957077  L 438.903747 357.1979  L 439.096098 359.41726  L 439.192273 357.498676  L 439.576975 344.758921  L 439.769325 348.206082  L 439.865501 347.420718  L 439.961676 349.30892  L 440.154027 371.882853  L 440.250202 372.636983  L 440.346377 371.251394  L 440.634904 383.449766  L 440.731079 380.818633  L 440.827254 382.216634  L 440.92343 377.207729  L 441.019605 377.725932  L 441.500482 364.58353  L 441.692833 358.536651  L 441.981359 368.883661  L 442.173709 372.466019  L 442.558411 377.648885  L 443.039288 396.560826  L 443.327814 401.60647  L 443.423989 401.954353  L 444.001041 386.995385  L 444.193392 401.976273  L 444.385743 404.183536  L 444.481918 405.703011  L 444.674269 403.67682  L 444.770444 398.842326  L 444.962795 401.644685  L 445.155146 400.23914  L 445.251321 398.798995  L 445.347496 399.379975  L 445.443672 395.007773  L 445.539847 397.638779  L 445.636022 396.802372  L 445.732198 401.59375  L 445.828373 399.884076  L 446.116899 388.234029  L 446.213075 388.270996  L 446.693951 369.353537  L 446.886302 360.406251  L 446.982477 361.505246  L 447.174828 358.409836  L 447.271004 361.023749  L 447.848056 403.940139  L 447.944231 403.560748  L 448.040406 402.37894  L 448.136582 403.520783  L 448.232757 403.365121  L 448.328933 402.843968  L 448.425108 400.438643  L 448.617459 402.231934  L 448.713634 403.251442  L 448.809809 402.479247  L 449.00216 402.812244  L 449.098335 401.207156  L 449.194511 402.352915  L 449.290686 398.39134  L 449.579212 402.074878  L 449.675388 401.578508  L 450.060089 394.947578  L 450.348615 398.568741  L 450.540966 395.249802  L 450.637141 396.555522  L 450.733317 394.716378  L 450.925667 380.903746  L 451.021843 380.850001  L 451.214193 384.960205  L 451.310369 380.443673  L 451.406544 380.894056  L 451.983596 393.087479  L 452.079772 391.104998  L 452.175947 391.260204  L 452.368298 396.988162  L 452.656824 405.047637  L 452.94535 398.577136  L 453.041525 398.819561  L 453.137701 399.370554  L 453.426227 403.727588  L 453.810928 398.843895  L 454.003279 402.135502  L 454.38798 397.861395  L 454.484156 398.047568  L 454.580331 397.085721  L 454.676506 397.842707  L 454.965033 390.791736  L 455.061208 392.063526  L 455.157383 392.521627  L 455.542085 405.898159  L 455.63826 404.882919  L 455.830611 405.011169  L 455.926786 404.980374  L 456.022962 404.526142  L 456.119137 405.175676  L 456.215312 405.022662  L 456.407663 403.414587  L 456.600014 398.636916  L 456.696189 398.942131  L 456.792364 397.758915  L 456.88854 398.970408  L 456.984715 398.026345  L 457.080891 399.01834  L 457.177066 397.797773  L 457.561767 386.968851  L 457.657943 385.345343  L 457.754118 385.454073  L 457.850293 385.044238  L 457.946469 386.254686  L 458.042644 384.185482  L 458.234995 378.095963  L 458.427346 380.74909  L 458.523521 380.814522  L 458.812047 374.237055  L 459.004398 371.317638  L 459.100573 371.63888  L 459.196748 368.461857  L 459.292924 370.624401  L 459.389099 367.939838  L 459.485275 370.358641  L 459.677625 379.973837  L 459.773801 383.094112  L 459.869976 379.267384  L 459.966151 379.611196  L 460.158502 386.674995  L 460.254677 385.475732  L 460.447028 379.761004  L 460.639379 375.435379  L 460.735554 377.807907  L 460.927905 376.821363  L 461.02408 376.551111  L 461.216431 383.194084  L 461.312606 383.680798  L 461.408782 383.014859  L 461.601133 379.007015  L 461.697308 373.79722  L 461.793483 376.924642  L 462.082009 368.348453  L 462.178185 368.414201  L 462.27436 366.966143  L 462.370535 363.250472  L 462.562886 366.576773  L 463.236114 347.883533  L 463.332289 346.931027  L 463.620815 353.46979  L 463.716991 353.785298  L 464.101692 364.825915  L 464.390218 370.007211  L 464.486393 369.225213  L 464.871095 384.076625  L 465.159621 401.148302  L 465.351972 403.846926  L 465.832848 383.903656  L 465.929024 375.998844  L 466.025199 385.844469  L 466.21755 369.471661  L 466.506076 397.288402  L 466.602251 396.812538  L 466.794602 405.25178  L 466.890777 404.258042  L 466.986953 404.859658  L 467.179304 403.705346  L 467.275479 404.288471  L 467.46783 402.726561  L 467.66018 397.58022  L 467.756356 397.629291  L 467.852531 396.98212  L 468.333408 388.743923  L 468.621934 375.845857  L 468.718109 377.775157  L 468.91046 385.419117  L 469.102811 374.894652  L 469.198986 374.388741  L 469.295162 375.238585  L 469.391337 375.22439  L 469.583688 363.583569  L 469.679863 363.829635  L 469.776038 366.827419  L 469.968389 377.92689  L 470.16074 378.512241  L 470.353091 381.271685  L 470.545441 385.494957  L 470.641617 385.252344  L 470.833967 390.402702  L 470.930143 390.204996  L 471.026318 390.947184  L 471.218669 397.80751  L 471.41102 397.223097  L 471.60337 398.438982  L 471.891896 394.268919  L 471.988072 396.214948  L 472.180422 354.243333  L 472.372773 395.253075  L 472.468949 393.895501  L 472.661299 397.481025  L 472.757475 396.708978  L 472.949825 399.734959  L 473.046001 399.191349  L 473.142176 399.977202  L 473.334527 392.6216  L 473.526877 400.872222  L 473.623053 400.073246  L 473.719228 401.426923  L 474.29628 377.75215  L 474.392456 371.876054  L 474.584806 358.646554  L 474.680982 355.21277  L 474.873333 345.343803  L 474.969508 343.025972  L 475.161859 349.11751  L 475.354209 391.957505  L 475.450385 388.484748  L 475.54656 385.765035  L 475.642735 389.518002  L 475.738911 399.366343  L 476.027437 369.340455  L 476.219788 378.946645  L 476.412138 380.503674  L 476.508314 379.620872  L 476.604489 377.215313  L 476.700664 380.879123  L 476.989191 354.944978  L 477.085366 354.865364  L 477.181541 358.93174  L 477.373892 357.001321  L 477.470067 358.043667  L 477.566243 356.910173  L 477.854769 336.681918  L 478.335646 358.661461  L 478.527996 364.725949  L 478.624172 364.33212  L 478.720347 362.464578  L 479.008873 373.189129  L 479.105049 375.429498  L 479.297399 385.474881  L 479.393575 383.049077  L 479.48975 384.021921  L 479.585925 383.690528  L 479.682101 385.544437  L 479.970627 393.874761  L 480.162978 398.44839  L 480.259153 396.909761  L 480.355328 398.609262  L 480.547679 395.218568  L 480.643854 395.698717  L 480.74003 394.810671  L 480.836205 392.354613  L 481.028556 395.01059  L 481.317082 388.230233  L 481.509433 381.598063  L 481.701783 371.28462  L 481.797959 371.38928  L 481.894134 371.179652  L 481.990309 369.643625  L 482.375011 356.616994  L 482.663537 368.198584  L 483.048238 402.153158  L 483.144414 402.868429  L 483.529115 395.751315  L 483.625291 397.254935  L 483.721466 389.86976  L 484.009992 393.362077  L 484.106167 392.38816  L 484.202343 393.462539  L 484.394693 397.198038  L 484.490869 397.869516  L 484.587044 397.217618  L 484.68322 397.960597  L 484.779395 399.57691  L 484.87557 399.348385  L 484.971746 400.032557  L 485.067921 399.996032  L 485.164096 399.12428  L 485.452622 389.531735  L 485.548798 386.02008  L 485.644973 387.756005  L 485.741149 383.523573  L 486.222025 399.244195  L 486.414376 395.528745  L 486.510551 396.920121  L 486.702902 387.278606  L 486.895253 374.209529  L 486.991428 374.001926  L 487.087604 375.427741  L 487.183779 374.524514  L 487.37613 371.647644  L 487.56848 373.499508  L 487.664656 374.514744  L 487.760831 381.601342  L 487.857007 379.982327  L 488.145533 393.422661  L 488.241708 392.780212  L 488.434059 395.766657  L 488.530234 392.926299  L 488.81876 398.472953  L 488.914935 398.459709  L 489.107286 399.280271  L 489.203462 398.360836  L 489.299637 399.913701  L 489.491988 391.840446  L 489.588163 397.001922  L 489.684338 395.355227  L 489.876689 388.228597  L 490.261391 399.869632  L 490.357566 399.312839  L 490.646092 401.637651  L 490.838443 400.625506  L 490.934618 400.669662  L 491.030793 399.113551  L 491.223144 401.679252  L 491.31932 400.326024  L 491.51167 392.135228  L 491.607846 393.185454  L 491.704021 395.52208  L 491.896372 388.150008  L 491.992547 387.904164  L 492.088722 389.645843  L 492.184898 387.758969  L 492.281073 388.525578  L 492.569599 392.741213  L 492.665775 388.797051  L 493.435178 399.228953  L 493.627528 399.908424  L 493.723704 399.47288  L 493.819879 394.843414  L 494.01223 375.431738  L 494.20458 396.623308  L 494.493107 400.657873  L 494.589282 398.261427  L 494.685457 398.418544  L 494.781633 397.319408  L 494.877808 401.314237  L 494.973983 400.85409  L 495.166334 397.034088  L 495.743386 386.796271  L 495.839562 378.662298  L 496.031912 381.984361  L 496.416614 402.426475  L 496.512789 404.554734  L 496.70514 391.409684  L 496.897491 394.297658  L 496.993666 394.433921  L 497.089841 390.342862  L 497.186017 391.530504  L 497.282192 388.390482  L 497.474543 394.904045  L 497.570718 393.694865  L 497.666893 394.071977  L 497.95542 383.935333  L 498.051595 383.646445  L 498.14777 384.466926  L 498.243946 386.746335  L 498.436296 393.842729  L 498.628647 362.75539  L 498.724822 364.535069  L 499.013349 375.108438  L 499.205699 382.293412  L 499.301875 378.94637  L 499.494225 384.570044  L 499.590401 382.482762  L 499.686576 386.27094  L 499.782751 383.249204  L 499.878927 383.284387  L 500.455979 372.559689  L 500.552154 373.509218  L 500.64833 370.057027  L 500.744505 370.436874  L 501.033031 376.337493  L 501.129207 374.880805  L 501.225382 370.816823  L 501.321557 371.481789  L 501.610083 393.668526  L 501.706259 391.213145  L 501.802434 393.999886  L 501.898609 386.905879  L 502.09096 395.807447  L 502.187136 396.198198  L 502.379486 399.244711  L 502.475662 399.873287  L 502.571837 399.630306  L 502.668012 400.239388  L 502.860363 401.812537  L 502.956538 401.681431  L 503.052714 400.801874  L 503.148889 400.854915  L 503.34124 400.154061  L 503.437415 400.697543  L 503.533591 398.850896  L 503.629766 398.971206  L 503.822117 398.389831  L 504.014467 399.581094  L 504.206818 400.010998  L 504.302993 399.774783  L 504.399169 400.968808  L 504.59152 400.010542  L 504.687695 400.774422  L 504.78387 400.635349  L 504.976221 396.272254  L 505.072396 394.431943  L 505.264747 374.087254  L 505.553273 391.743666  L 505.649449 391.479207  L 505.937975 379.249742  L 506.226501 385.365654  L 506.515027 382.263706  L 506.707378 389.964308  L 506.803553 390.356635  L 506.899728 392.581916  L 507.188254 387.80348  L 507.380605 386.01953  L 507.47678 391.132806  L 507.572956 389.681107  L 507.669131 385.140905  L 507.861482 390.539957  L 508.053833 391.76332  L 508.246183 397.467976  L 508.342359 397.960087  L 508.438534 396.983294  L 508.534709 397.742245  L 508.630885 396.20424  L 508.919411 385.342755  L 509.111762 398.738116  L 509.304112 400.537067  L 509.400288 400.028211  L 509.592638 398.068475  L 509.784989 398.272618  L 509.881165 397.764112  L 510.458217 402.00396  L 510.650567 402.990624  L 510.842918 403.858641  L 510.939094 403.94134  L 511.035269 404.304135  L 511.131444 404.153784  L 511.41997 399.427061  L 511.612321 401.141073  L 511.804672 400.476194  L 511.900847 400.295996  L 511.997022 398.51271  L 512.189373 392.142376  L 512.381724 389.975674  L 512.574075 394.555513  L 512.67025 391.392075  L 512.766425 393.951888  L 512.958776 386.806215  L 513.054951 386.026329  L 513.247302 379.06259  L 513.343478 380.951603  L 513.535828 378.548901  L 513.728179 384.313477  L 513.824354 380.779426  L 514.016705 384.472908  L 514.305231 375.722985  L 514.401407 377.60719  L 514.689933 368.465793  L 514.882283 381.140323  L 514.978459 374.054269  L 515.074634 375.615322  L 515.36316 391.699791  L 515.459336 394.436711  L 515.555511 394.22428  L 515.747862 396.24971  L 515.844037 393.54316  L 515.940212 396.278557  L 516.036388 394.943769  L 516.132563 391.853851  L 516.709615 396.784301  L 516.901966 388.531868  L 517.094317 400.536436  L 517.190492 400.282136  L 517.286667 399.36759  L 517.382843 400.592454  L 517.575194 398.697661  L 517.671369 399.315334  L 517.767544 399.048112  L 517.959895 399.970544  L 518.152246 402.248819  L 518.344596 403.372175  L 518.440772 403.293761  L 518.536947 403.415258  L 518.729298 401.25606  L 519.113999 394.24093  L 519.210175 395.240213  L 519.30635 394.879973  L 519.498701 388.270037  L 519.594876 388.080861  L 519.691051 387.234276  L 519.787227 387.380308  L 519.883402 386.716006  L 519.979578 379.680001  L 520.075753 380.320392  L 520.364279 392.108332  L 520.55663 388.331326  L 521.133682 399.161509  L 521.229857 399.787201  L 521.326033 398.793892  L 521.422208 399.294661  L 521.614559 401.733546  L 521.710734 401.362952  L 521.806909 400.334486  L 521.903085 400.966696  L 521.99926 400.252069  L 522.191611 395.289553  L 522.287786 395.32192  L 522.383962 395.912362  L 522.576312 399.956811  L 522.961014 394.152289  L 523.057189 392.673916  L 523.153365 386.122513  L 523.345715 394.608962  L 523.441891 394.976425  L 523.538066 389.630816  L 523.730417 391.778273  L 523.826592 389.504933  L 523.922767 390.232677  L 524.115118 393.986797  L 524.211294 393.201989  L 524.403644 395.834034  L 524.69217 390.413498  L 524.788346 388.750394  L 524.884521 389.619235  L 525.173047 380.9464  L 525.269223 381.30593  L 525.365398 382.97767  L 525.846275 372.735286  L 526.038625 377.826743  L 526.808028 388.057412  L 526.904204 391.998522  L 527.000379 390.624246  L 527.096554 390.915802  L 527.19273 392.596917  L 527.38508 385.703452  L 527.481256 388.651716  L 527.673607 382.739034  L 527.769782 383.863228  L 527.865957 382.848622  L 527.962133 383.883922  L 528.154483 388.817235  L 528.346834 388.99064  L 528.827711 397.125169  L 529.020062 396.346638  L 529.212412 398.267261  L 529.500938 385.456903  L 529.597114 384.777352  L 529.693289 383.184549  L 529.789465 377.552145  L 529.88564 378.469219  L 530.270341 391.630403  L 530.366517 392.323485  L 530.462692 391.934089  L 530.655043 394.626913  L 530.751218 393.411571  L 531.039744 382.217029  L 531.232095 394.980247  L 531.32827 395.651503  L 531.424446 394.26287  L 531.616796 396.911712  L 531.809147 401.135347  L 532.001498 399.744313  L 532.193849 399.563861  L 532.290024 399.127378  L 532.386199 399.733718  L 532.57855 395.858342  L 532.674725 396.399639  L 532.867076 399.648826  L 532.963252 399.745211  L 533.059427 398.2258  L 533.155602 398.410725  L 533.347953 395.692414  L 533.444128 396.373822  L 533.540304 399.082739  L 533.636479 398.536735  L 533.732654 396.102745  L 534.021181 398.148821  L 534.117356 397.958974  L 534.309707 399.987006  L 534.405882 399.728716  L 534.502057 400.282787  L 534.598233 399.297792  L 534.694408 399.633739  L 534.886759 401.286784  L 535.079109 399.848497  L 535.559986 405.203239  L 535.848512 402.668933  L 535.944688 400.760555  L 536.233214 404.016482  L 536.425565 402.284626  L 536.714091 406.209392  L 536.810266 405.13623  L 536.906441 405.667197  L 537.098792 405.049048  L 537.194967 405.096661  L 537.387318 405.238895  L 537.579669 407.587173  L 537.77202 405.937145  L 537.96437 404.024683  L 538.060546 404.684851  L 538.252896 403.399165  L 538.349072 404.370748  L 538.541423 402.67356  L 538.637598 402.827398  L 538.733773 401.804886  L 538.829949 402.449971  L 538.926124 400.910692  L 539.022299 402.739328  L 539.21465 400.914903  L 539.310825 401.761455  L 539.599352 399.658972  L 539.695527 399.788838  L 539.791702 403.485217  L 539.984053 400.108926  L 540.080228 400.194663  L 540.176404 400.922654  L 540.272579 399.450262  L 540.46493 400.257527  L 540.753456 397.124827  L 540.945807 396.380709  L 541.041982 396.785152  L 541.234333 399.24331  L 541.330508 399.537126  L 541.522859 392.15224  L 541.619034 393.037852  L 542.099911 396.363482  L 542.484612 397.680789  L 542.773138 397.947012  L 542.965489 397.820036  L 543.254015 397.205274  L 543.446366 396.518588  L 543.638717 402.861764  L 543.734892 403.965983  L 543.831067 403.693235  L 544.023418 402.279349  L 544.311944 395.52544  L 544.40812 396.990187  L 544.60047 394.322502  L 544.696646 397.247445  L 544.792821 393.334014  L 544.888996 395.429805  L 545.273698 388.168281  L 545.369873 388.311451  L 545.562224 383.415789  L 545.658399 383.422072  L 545.754575 386.884482  L 545.946925 398.173001  L 546.043101 398.570022  L 546.139276 400.384167  L 546.235452 398.4535  L 546.331627 400.551832  L 546.427802 396.347637  L 546.523978 396.53853  L 546.716328 398.47823  L 546.812504 395.527465  L 546.908679 397.607249  L 547.004854 393.324171  L 547.10103 393.40801  L 547.293381 384.062389  L 547.389556 386.801394  L 547.485731 387.066832  L 547.581907 385.700374  L 547.966608 368.258599  L 548.062783 370.841097  L 548.158959 367.534114  L 548.35131 370.970889  L 548.54366 367.868277  L 548.736011 368.57984  L 548.832186 367.64163  L 548.928362 368.158237  L 549.024537 367.944754  L 549.120712 368.66268  L 549.216888 366.466173  L 549.313063 369.786868  L 549.409238 369.198572  L 549.601589 366.172578  L 549.697765 363.775246  L 549.890115 370.053319  L 550.082466 369.832124  L 550.178641 369.882241  L 550.274817 370.7185  L 550.467167 369.054511  L 550.563343 371.287718  L 550.659518 370.433823  L 550.755694 362.985671  L 550.948044 371.544801  L 551.04422 369.252787  L 551.23657 378.354829  L 551.332746 377.763764  L 551.621272 383.62085  L 551.813623 378.403753  L 551.909798 377.873379  L 552.005973 378.555901  L 552.102149 376.203966  L 552.294499 384.288379  L 552.390675 385.88951  L 552.48685 383.366939  L 552.679201 386.416416  L 552.871552 388.738693  L 552.967727 385.885614  L 553.063902 386.262947  L 553.256253 383.863604  L 553.352428 386.294074  L 553.448604 385.357306  L 553.640954 395.101597  L 553.73713 392.304556  L 554.025656 398.949789  L 554.121831 397.508645  L 554.218007 397.543098  L 554.314182 397.757037  L 554.410357 398.496864  L 554.506533 397.533757  L 554.602708 399.921426  L 554.795059 395.806005  L 554.891234 398.268521  L 554.98741 397.875786  L 555.17976 404.051451  L 555.275936 403.223111  L 555.468286 406.637563  L 555.564462 405.818028  L 555.756812 398.561271  L 555.852988 399.691775  L 555.949163 401.698  L 556.045339 401.149804  L 556.141514 401.201108  L 556.237689 400.774603  L 556.43004 402.631993  L 556.526215 402.645082  L 557.103267 391.532033  L 557.295618 395.673444  L 557.391794 393.694021  L 557.584144 397.254968  L 557.68032 394.372526  L 557.87267 397.533046  L 557.968846 400.033147  L 558.065021 398.12039  L 558.161196 401.716628  L 558.257372 398.93847  L 558.353547 400.113291  L 558.449723 399.633397  L 558.642073 403.714981  L 558.834424 406.843091  L 558.930599 405.281365  L 559.026775 405.343639  L 559.12295 405.337275  L 559.219125 406.297734  L 559.315301 405.628231  L 559.507652 403.477928  L 559.603827 402.622149  L 559.700002 402.97044  L 559.892353 404.970299  L 559.988528 404.561245  L 560.084704 405.078439  L 560.180879 404.687651  L 560.277054 405.728429  L 560.37323 404.475133  L 560.469405 404.534021  L 560.661756 408.739644  L 560.757931 407.117702  L 560.854107 407.736042  L 561.046457 406.003798  L 561.238808 400.020922  L 561.334983 399.770592  L 561.527334 401.508925  L 561.719685 404.784871  L 561.81586 404.420738  L 561.912036 405.138044  L 562.104386 401.55526  L 562.200562 404.455968  L 562.296737 438.329695  L 562.392912 408.774727  L 562.489088 417.494622  L 562.585263 395.994343  L 562.681439 396.753234  L 562.777614 399.0553  L 562.873789 398.65779  L 563.06614 396.006775  L 563.258491 396.448461  L 563.547017 391.109283  L 563.643192 388.46205  L 563.739368 393.496576  L 563.835543 391.756869  L 564.027894 393.846457  L 564.31642 396.259734  L 564.412595 391.396494  L 564.604946 353.005882  L 564.701121 318.027288  L 564.893472 381.182139  L 565.181998 395.420552  L 565.278173 394.997715  L 565.374349 395.324643  L 565.470524 393.580878  L 565.662875 387.183971  L 565.855225 397.25417  L 566.047576 396.235903  L 566.336102 397.711809  L 566.432278 397.364617  L 566.720804 389.37838  L 566.913154 388.136544  L 567.00933 391.7151  L 567.105505 391.293752  L 567.201681 392.572864  L 567.490207 385.201771  L 567.778733 394.300394  L 568.25961 378.872851  L 568.355785 378.846619  L 568.45196 376.502663  L 568.740486 364.711961  L 568.836662 370.73584  L 568.932837 369.842437  L 569.029012 368.861935  L 569.413714 345.593584  L 569.606065 335.353286  L 569.894591 337.114813  L 570.086941 352.887281  L 570.183117 349.572071  L 570.279292 345.251321  L 570.471643 354.086008  L 570.567818 345.2247  L 570.663994 356.328656  L 570.760169 351.214039  L 570.856344 354.153754  L 571.048695 351.455605  L 571.14487 352.400246  L 571.241046 346.644447  L 571.337221 353.718927  L 571.433397 344.932433  L 571.529572 345.790418  L 571.625747 341.518383  L 571.721923 331.836427  L 571.818098 333.674263  L 572.010449 346.920741  L 572.202799 357.708036  L 572.298975 348.284564  L 572.39515 352.343913  L 572.587501 365.450232  L 572.683676 366.100641  L 572.876027 356.337762  L 573.068378 371.368875  L 573.260728 366.31163  L 573.356904 361.378438  L 573.549254 365.637491  L 573.741605 351.93965  L 573.837781 356.478625  L 573.933956 352.859829  L 574.030131 358.845085  L 574.126307 356.295833  L 574.318657 371.298574  L 574.414833 366.480113  L 574.607183 368.211084  L 574.703359 366.402892  L 575.184236 386.385732  L 575.280411 385.314853  L 575.376586 389.926959  L 575.472762 387.107052  L 575.568937 387.679341  L 575.665112 382.995353  L 575.761288 384.839492  L 575.857463 389.078127  L 575.953639 385.946681  L 576.145989 374.594614  L 576.242165 375.05472  L 576.530691 368.147924  L 576.626866 365.740702  L 576.723041 368.605536  L 576.819217 367.644675  L 576.915392 368.413724  L 577.011568 368.284127  L 577.107743 374.598194  L 577.300094 367.252388  L 577.396269 364.328459  L 577.877146 391.088959  L 577.973321 392.296328  L 578.261847 385.714844  L 578.454198 395.752455  L 578.550373 394.495337  L 578.742724 398.757206  L 578.838899 397.289991  L 579.03125 401.791294  L 579.127426 406.146169  L 579.415952 402.624516  L 579.512127 402.933305  L 579.608302 402.680587  L 579.704478 400.730461  L 579.896828 405.253004  L 579.993004 404.375241  L 580.089179 405.126755  L 580.185354 403.586027  L 580.28153 403.662142  L 580.377705 395.07918  L 580.473881 398.701913  L 580.570056 416.52087  L 580.762407 408.264886  L 580.858582 447.531312  L 581.050933 400.930178  L 581.243283 399.11447  L 581.339459 400.697939  L 581.435634 399.801491  L 581.53181 399.898017  L 581.72416 398.65492  L 581.820336 394.944976  L 581.916511 397.876677  L 582.493563 381.906463  L 582.685914 395.91788  L 582.782089 390.659798  L 582.97444 375.823407  L 583.359141 393.007167  L 583.647668 378.713467  L 583.743843 379.862338  L 583.840018 378.804622  L 583.936194 380.209698  L 584.032369 374.640795  L 584.128544 378.674542  L 584.22472 376.826895  L 584.41707 387.249329  L 584.513246 384.388291  L 584.801772 393.494846  L 584.897947 390.502574  L 585.090298 392.03148  L 585.186473 392.282964  L 585.378824 382.797587  L 585.474999 381.249067  L 585.763526 396.642881  L 585.859701 396.986881  L 586.052052 391.593167  L 586.340578 394.848363  L 586.436753 394.51713  L 586.725279 397.838597  L 586.91763 398.285627  L 587.013805 397.755321  L 587.206156 395.17352  L 587.302331 398.375065  L 587.398507 398.203914  L 587.590857 392.719943  L 587.687033 395.593098  L 587.783208 392.681024  L 587.975559 396.253478  L 588.071734 397.271913  L 588.264085 394.076926  L 588.36026 395.837568  L 588.456436 395.306886  L 588.744962 389.401675  L 588.937312 386.410013  L 589.033488 386.740461  L 589.129663 391.789847  L 589.322014 386.484866  L 589.418189 387.831141  L 589.61054 392.767726  L 589.706715 393.979649  L 589.802891 390.326863  L 589.899066 390.7141  L 589.995241 392.74012  L 590.091417 392.588991  L 590.187592 392.02914  L 590.283768 394.396189  L 590.379943 393.404335  L 590.476118 394.453387  L 590.572294 397.431162  L 590.668469 396.515423  L 590.764644 396.74968  L 590.86082 394.518102  L 590.956995 394.639184  L 591.245521 390.670453  L 591.341697 393.297791  L 591.534047 389.395331  L 591.630223 393.153294  L 591.822573 387.577665  L 591.918749 391.777341  L 592.207275 383.431869  L 592.30345 383.889769  L 592.399626 382.932482  L 592.591976 377.395054  L 592.784327 374.093818  L 592.880502 369.845468  L 592.976678 370.973209  L 593.072853 368.640271  L 593.169028 369.429926  L 593.265204 364.588814  L 593.361379 365.264912  L 593.457555 361.165551  L 593.55373 362.703348  L 593.746081 358.880651  L 593.842256 357.101226  L 594.034607 350.705284  L 594.226957 360.765452  L 594.419308 362.808699  L 594.515484 364.417568  L 594.611659 363.984257  L 594.99636 374.423462  L 595.381062 396.500785  L 595.477237 398.357799  L 595.573412 392.147499  L 595.669588 392.941212  L 595.861939 395.160666  L 595.958114 393.878235  L 596.054289 397.139211  L 596.150465 396.669844  L 596.24664 397.019517  L 596.342815 395.321236  L 596.438991 395.97487  L 596.535166 395.358941  L 596.631341 395.739218  L 596.823692 391.558258  L 597.016043 395.643108  L 597.208394 392.396281  L 597.304569 392.619233  L 597.400744 393.460977  L 597.49692 392.287323  L 597.593095 392.667713  L 597.68927 394.791319  L 597.785446 394.736173  L 597.977797 396.680345  L 598.073972 396.721819  L 598.170147 397.022193  L 598.362498 395.720128  L 598.651024 391.372314  L 598.843375 393.549631  L 599.035726 386.637216  L 599.324252 369.569234  L 599.420427 370.309289  L 599.516602 375.652504  L 599.612778 373.128263  L 599.708953 374.145719  L 599.805128 371.074147  L 599.997479 373.254575  L 600.093655 374.403707  L 600.18983 377.251328  L 600.286005 385.317904  L 600.478356 364.803545  L 600.766882 385.953668  L 601.151584 397.258582  L 601.247759 397.914778  L 601.44011 396.288629  L 601.63246 379.172219  L 601.728636 392.255974  L 601.824811 392.02059  L 601.920986 393.637594  L 602.017162 393.215722  L 602.209513 385.276471  L 602.305688 401.006386  L 602.690389 372.437454  L 602.88274 369.126354  L 602.978915 368.82763  L 603.075091 360.59009  L 603.363617 380.694104  L 603.459792 381.09828  L 603.555968 388.507788  L 604.517721 354.219394  L 604.613897 350.661323  L 604.710072 352.796033  L 604.998598 350.919278  L 605.094773 355.08326  L 605.190949 353.323429  L 605.287124 355.776175  L 605.479475 346.005558  L 605.57565 348.317314  L 605.671826 346.629963  L 605.768001 346.701175  L 605.864176 346.226049  L 605.960352 343.917539  L 606.056527 345.323647  L 606.537404 334.971862  L 606.633579 336.904407  L 606.729755 336.480269  L 606.82593 342.033367  L 606.922105 335.878167  L 607.018281 336.122892  L 607.114456 340.447404  L 607.210631 339.901521  L 607.595333 352.145389  L 607.691508 348.93506  L 607.980034 362.83245  L 608.07621 364.793835  L 608.172385 364.782946  L 608.26856 366.444755  L 608.460911 363.86498  L 608.845613 350.223962  L 608.941788 351.894053  L 609.037963 350.324686  L 609.230314 360.972371  L 609.326489 359.410125  L 609.422665 365.051133  L 609.807366 350.301894  L 609.903542 353.397941  L 609.999717 353.257252  L 610.095892 353.98348  L 610.192068 352.519269  L 610.384418 369.018321  L 610.576769 403.249645  L 610.672944 398.322125  L 610.76912 398.601712  L 611.057646 385.480835  L 611.249997 371.956105  L 611.346172 374.033643  L 611.442347 384.30647  L 611.538523 383.257103  L 611.730873 375.945314  L 611.827049 373.861056  L 612.019399 376.456389  L 612.115575 375.078524  L 612.307926 383.535013  L 612.404101 384.511344  L 612.500276 378.056065  L 612.884978 387.289019  L 612.981153 386.833808  L 613.365855 395.647594  L 613.46203 395.528517  L 613.558205 393.427389  L 613.654381 394.997822  L 614.135257 384.889596  L 614.231433 386.367587  L 614.327608 392.871957  L 614.423784 391.958001  L 614.519959 391.27387  L 614.71231 396.390405  L 614.90466 394.886832  L 615.000836 396.056745  L 615.385537 391.951718  L 615.577888 398.431345  L 615.770239 399.105075  L 615.866414 398.32643  L 616.251115 381.669242  L 616.635817 370.884448  L 616.731992 371.963454  L 616.828168 371.737759  L 616.924343 367.529098  L 617.020518 369.506027  L 617.116694 363.396096  L 617.212869 365.579226  L 617.309044 361.974458  L 617.501395 369.259888  L 617.59757 370.552585  L 617.693746 367.734864  L 617.886097 373.499495  L 617.982272 372.282925  L 618.174623 363.876594  L 618.270798 359.101571  L 618.463149 369.776588  L 618.655499 365.000158  L 618.944026 376.029012  L 619.040201 373.620476  L 619.328727 381.491257  L 619.521078 376.625368  L 619.617253 377.026619  L 619.713428 384.376207  L 619.809604 384.115644  L 619.905779 384.912166  L 620.09813 374.746112  L 620.194305 375.729678  L 620.386656 380.959838  L 620.482831 372.82341  L 620.579007 377.799813  L 620.675182 377.762946  L 620.867533 373.944413  L 620.963708 374.167787  L 621.059884 372.535596  L 621.252234 377.645834  L 621.636936 360.734024  L 621.733111 363.690066  L 621.925462 383.78637  L 622.021637 382.878884  L 622.213988 381.886541  L 622.310163 364.860468  L 622.502514 380.161096  L 622.598689 383.882433  L 622.694865 383.188619  L 622.79104 379.404076  L 622.887215 369.834209  L 622.983391 376.448288  L 623.175742 371.67006  L 623.271917 373.967708  L 623.560443 399.15827  L 623.656618 399.235625  L 623.848969 390.453738  L 623.945144 391.513961  L 624.04132 390.123155  L 624.329846 396.048564  L 624.426021 396.551069  L 624.618372 395.308744  L 624.714547 390.558002  L 624.906898 397.709214  L 625.099249 394.916377  L 625.387775 399.468361  L 625.676301 397.08322  L 625.868652 398.540363  L 625.964827 401.090487  L 626.157178 400.527847  L 626.253353 398.619703  L 626.349528 398.967304  L 626.445704 397.912062  L 626.541879 398.48979  L 626.638055 401.840982  L 626.926581 393.168053  L 627.215107 375.907193  L 627.311282 381.548636  L 627.407457 378.93137  L 627.503633 379.670949  L 627.599808 381.454967  L 627.792159 379.634686  L 627.888334 383.726496  L 628.080685 374.5301  L 628.273036 366.888573  L 628.465386 354.390827  L 628.561562 356.803287  L 628.946263 381.633729  L 629.234789 390.852079  L 629.330965 395.449312  L 629.42714 392.999684  L 629.619491 395.034636  L 629.715666 391.938676  L 629.811842 393.146568  L 629.908017 389.063991  L 630.196543 393.716658  L 630.388894 388.792015  L 630.485069 396.221158  L 630.581244 396.15203  L 630.67742 395.596987  L 630.773595 396.249562  L 630.965946 399.235277  L 631.062121 399.518149  L 631.254472 399.339487  L 631.350647 397.915442  L 631.446823 399.851836  L 631.735349 391.942384  L 631.831524 391.265823  L 632.023875 397.90022  L 632.12005 396.405781  L 632.312401 387.528467  L 632.408576 390.026576  L 632.504752 389.379164  L 632.600927 386.77708  L 632.793278 371.490942  L 632.889453 368.810504  L 632.985628 374.228143  L 633.177979 362.048246  L 633.274155 366.06816  L 633.562681 373.894933  L 633.658856 376.621465  L 633.755031 372.53345  L 633.851207 372.558428  L 633.947382 371.324592  L 634.043557 371.937597  L 634.235908 381.161795  L 634.332084 377.530191  L 634.428259 381.925782  L 634.62061 377.696401  L 634.716785 377.748603  L 634.909136 385.931802  L 635.005311 383.087017  L 635.101486 383.386814  L 635.293837 393.040608  L 635.582363 386.965907  L 635.774714 380.006064  L 636.06324 374.217267  L 636.159415 375.941907  L 636.351766 386.293591  L 636.447942 384.618458  L 636.736468 375.487669  L 636.832643 376.360305  L 637.217344 371.100077  L 637.31352 371.634964  L 637.409695 373.969283  L 637.698221 366.261017  L 637.986747 374.700796  L 638.082923 373.759307  L 638.179098 370.139243  L 638.371449 375.757472  L 638.467624 373.775132  L 638.5638 379.736408  L 638.75615 374.065032  L 638.852326 377.367703  L 638.948501 375.346296  L 639.140852 378.631097  L 639.237027 377.225163  L 639.525553 391.450158  L 639.717904 397.571663  L 639.814079 394.683038  L 640.00643 397.112804  L 640.102605 394.516681  L 640.294956 400.548493  L 640.487307 397.528976  L 640.775833 391.608476  L 640.968184 393.780857  L 641.25671 382.446532  L 641.44906 380.843343  L 641.641411 377.945269  L 641.737586 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703.963046 388.900377  L 704.059221 389.950401  L 704.251572 379.071073  L 704.347747 390.521148  L 704.443923 385.616669  L 704.540098 389.68438  L 704.732449 379.953097  L 704.828624 381.826332  L 704.9248 390.631454  L 705.020975 389.839257  L 705.11715 397.787963  L 705.309501 383.371043  L 705.501852 396.161921  L 705.790378 397.071901  L 705.982729 396.013105  L 706.175079 398.882821  L 706.36743 399.003668  L 706.559781 395.674577  L 706.752132 398.041083  L 707.040658 391.433227  L 707.136833 390.641807  L 707.233008 386.252104  L 707.425359 390.202193  L 707.61771 387.701101  L 707.713885 389.313926  L 707.906236 386.641507  L 708.002411 387.156398  L 708.098587 389.264621  L 708.194762 384.338563  L 708.387113 390.343586  L 708.579463 396.911994  L 708.675639 394.935414  L 708.771814 394.917651  L 708.867989 391.511628  L 708.964165 392.459091  L 709.156516 384.656981  L 709.541217 367.141848  L 709.733568 365.618346  L 709.925918 362.126164  L 710.022094 366.538652  L 710.214445 362.902744  L 710.31062 365.307458  L 710.599146 363.061108  L 710.695321 365.23996  L 711.080023 393.447438  L 711.272374 380.651062  L 711.368549 379.071589  L 711.5609 388.314354  L 711.75325 393.016474  L 711.849426 382.058142  L 711.945601 382.440853  L 712.041776 383.319062  L 712.137952 388.981165  L 712.426478 382.777416  L 712.811179 352.540485  L 712.907355 356.071567  L 713.00353 350.595716  L 713.195881 392.839449  L 713.484407 373.692553  L 713.580582 382.360011  L 713.676758 381.644532  L 713.772933 376.254914  L 714.157634 401.474452  L 714.25381 402.985856  L 714.349985 398.093299  L 714.446161 399.628723  L 714.638511 396.074414  L 714.734687 401.398767  L 714.830862 400.634719  L 714.927037 399.14156  L 715.119388 389.716063  L 715.215563 390.606476  L 715.407914 402.820713  L 715.50409 403.565348  L 715.69644 402.010035  L 715.792616 402.965418  L 715.984966 393.042626  L 716.081142 400.205103  L 716.177317 399.31418  L 716.369668 379.006485  L 716.465843 381.347772  L 716.658194 393.782285  L 716.850545 387.476593  L 716.94672 379.986826  L 717.042895 388.859091  L 717.235246 383.127948  L 717.427597 394.305477  L 717.619947 381.66141  L 717.716123 369.533916  L 717.812298 370.727136  L 718.38935 352.912897  L 718.485526 353.539977  L 718.677876 355.680118  L 718.774052 360.712485  L 718.966403 349.351587  L 719.062578 350.801079  L 719.158753 347.565383  L 719.254929 348.614945  L 719.351104 347.770827  L 719.447279 349.42465  L 719.543455 355.615631  L 719.735805 352.777767  L 719.928156 345.563288  L 720.409033 374.273151  L 720.505208 372.33449  L 720.601384 373.297175  L 720.697559 368.546621  L 720.88991 341.394532  L 721.178436 361.888775  L 721.370787 381.507136  L 721.466962 375.295783  L 721.659313 386.848514  L 722.044014 369.052104  L 722.14019 379.616909  L 722.236365 378.806594  L 722.524891 392.758855  L 722.621066 395.284477  L 722.717242 390.035434  L 722.813417 369.575832  L 722.909592 376.221239  L 723.101943 363.748639  L 723.294294 395.599509  L 723.390469 394.088486  L 723.486645 390.256508  L 723.58282 391.266608  L 723.967521 372.901167  L 724.159872 370.476062  L 724.256047 375.462241  L 724.448398 366.029831  L 724.544574 365.827351  L 724.8331 372.388027  L 725.121626 388.388397  L 725.217801 392.542159  L 725.313976 390.000612  L 725.410152 390.421343  L 725.698678 400.143365  L 725.794853 397.765165  L 725.891029 399.053872  L 725.987204 395.422537  L 726.083379 396.047196  L 726.27573 389.682589  L 726.371905 389.750395  L 726.468081 383.441035  L 726.564256 385.031766  L 726.756607 378.225131  L 726.852782 379.312157  L 726.948958 377.501907  L 727.045133 377.880642  L 727.141308 376.513587  L 727.333659 385.760214  L 727.52601 381.692979  L 727.718361 379.094797  L 727.814536 380.476758  L 728.006887 369.950637  L 728.103062 376.978568  L 728.199237 403.134706  L 728.295413 383.881487  L 728.391588 386.01843  L 728.583939 395.370864  L 728.96864 378.490978  L 729.353342 371.755683  L 729.449517 378.088828  L 729.545692 375.614202  L 729.641868 382.937927  L 729.738043 380.433199  L 729.930394 385.59855  L 730.122745 396.717326  L 730.21892 398.061153  L 730.315095 397.587381  L 730.411271 397.857634  L 730.507446 398.477673  L 730.603621 398.136583  L 730.795972 394.108972  L 730.892148 394.857053  L 730.988323 397.196013  L 731.180674 392.091119  L 731.4692 375.407719  L 731.565375 371.919895  L 731.757726 377.526208  L 732.142427 356.301526  L 732.430953 327.912248  L 732.527129 319.590882  L 732.623304 323.63116  L 732.91183 343.482726  L 733.008005 348.637462  L 733.104181 343.258922  L 733.296532 352.000925  L 733.488882 346.555022  L 733.585058 344.917386  L 733.681233 350.0947  L 733.777408 348.286991  L 733.969759 356.171103  L 734.065934 356.812654  L 734.16211 363.981361  L 734.258285 356.689387  L 734.354461 360.334093  L 734.546811 352.7719  L 734.739162 356.152422  L 735.027688 346.615814  L 735.123863 347.302701  L 735.220039 345.398708  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332.086087  L 799.849882 331.461414  L 799.946058 323.359842  L 800.042233 323.983053  L 800.138408 325.116742  L 800.234584 327.873141  L 800.330759 327.573096  L 800.426935 322.696934  L 800.52311 307.531523  L 800.619285 307.579574  L 800.715461 297.877032  L 800.907811 318.802044  L 801.100162 313.883503  L 801.196337 298.891792  L 801.292513 304.674367  L 801.484864 297.153251  L 801.581039 292.88418  L 801.77339 302.968777  L 802.061916 396.957102  L 802.158091 400.551175  L 802.254266 400.505041  L 802.446617 402.793515  L 802.638968 399.470687  L 802.831319 379.587358  L 803.119845 363.069866  L 803.312195 366.951699  L 803.408371 352.865971  L 803.504546 357.549604  L 803.696897 350.424175  L 803.793072 360.093526  L 803.889248 359.530302  L 804.081598 340.36337  L 804.177774 338.188246  L 804.562475 371.916066  L 804.658651 359.930293  L 804.754826 363.208737  L 804.851001 361.97879  L 804.947177 362.768452  L 805.043352 366.720392  L 805.331878 353.169443  L 805.428053 358.283725  L 805.620404 344.039686  L 805.71658 348.717767  L 805.812755 345.068971  L 805.90893 350.003075  L 806.005106 348.46047  L 806.197456 322.809211  L 806.293632 326.10759  L 806.582158 300.509687  L 806.774509 315.022114  L 807.063035 296.489914  L 807.255385 317.632708  L 807.351561 318.246814  L 807.447736 327.394528  L 807.543911 323.643767  L 808.120964 379.515039  L 808.217139 373.657349  L 808.40949 394.662285  L 808.505665 392.834057  L 808.698016 397.319462  L 808.794191 396.875462  L 808.986542 390.144392  L 809.178893 378.354937  L 809.563594 400.325896  L 809.659769 401.345297  L 809.755945 406.477811  L 809.85212 405.630042  L 810.044471 396.876703  L 810.236822 382.506688  L 810.332997 382.698372  L 810.525348 378.035713  L 810.717698 369.466988  L 810.813874 374.434674  L 810.910049 362.534483  L 811.1024 369.562501  L 811.294751 379.221806  L 811.487101 377.541879  L 811.583277 379.037854  L 811.871803 371.023816  L 812.064153 374.945044  L 812.256504 386.062666  L 812.35268 400.321303  L 812.641206 387.961456  L 812.737381 389.134024  L 812.929732 398.324224  L 813.122082 383.594525  L 813.314433 374.986625  L 813.410609 367.817322  L 813.602959 372.575051  L 813.699135 375.454664  L 813.79531 402.058275  L 813.891485 392.258482  L 813.987661 398.256445  L 814.083836 386.741802  L 814.276187 400.001966  L 814.564713 400.3886  L 814.660888 401.234783  L 815.04559 394.219552  L 815.23794 398.588562  L 815.334116 398.500264  L 815.430291 397.622437  L 815.526466 395.675241  L 815.622642 396.272334  L 815.718817 392.942573  L 815.814993 393.987065  L 815.911168 396.279301  L 816.48822 377.191012  L 816.680571 369.840593  L 816.776746 366.55199  L 816.969097 354.464159  L 817.065272 354.09618  L 817.257623 347.18231  L 817.353798 345.948923  L 817.7385 387.118102  L 817.930851 375.18077  L 818.027026 383.867433  L 818.123201 383.471807  L 818.315552 374.124892  L 818.604078 384.074405  L 818.700253 383.820755  L 818.892604 392.728164  L 818.98878 388.786751  L 819.18113 393.512489  L 819.277306 390.773242  L 819.373481 393.358811  L 819.565832 385.13711  L 819.662007 385.498216  L 819.758182 394.636395  L 819.854358 392.814571  L 820.046709 393.246447  L 820.142884 381.527427  L 820.335235 386.524281  L 820.43141 385.067118  L 820.527585 389.236008  L 820.623761 387.490601  L 821.008462 371.497822  L 821.296988 380.570066  L 821.489339 376.37717  L 821.68169 373.609297  L 821.777865 365.09498  L 821.970216 378.40622  L 822.258742 364.995859  L 822.354917 371.543534  L 822.451093 369.176598  L 822.643443 357.528777  L 823.028145 366.8242  L 823.12432 365.166461  L 823.316671 377.28499  L 823.412846 362.845009  L 823.701372 380.223766  L 823.893723 366.990041  L 823.989898 368.884801  L 824.086074 374.718143  L 824.182249 373.229503  L 824.278424 373.38534  L 824.3746 377.130005  L 824.470775 374.793292  L 824.566951 381.020798  L 824.759301 365.049477  L 824.951652 313.512406  L 825.047827 322.525178  L 825.144003 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206.736422 356.676928  L 207.313474 370.066294  L 207.40965 368.223918  L 207.505825 369.657793  L 207.698176 377.688126  L 207.890526 383.533598  L 207.986702 383.315508  L 208.082877 382.50709  L 208.179052 384.443162  L 208.371403 379.33694  L 208.467578 379.716741  L 208.563754 376.968838  L 208.659929 385.071255  L 208.85228 369.239476  L 209.525507 337.018991  L 209.717858 328.269116  L 209.814034 333.127173  L 209.910209 328.674491  L 210.006384 328.943785  L 210.198735 333.93661  L 210.391086 331.74554  L 210.487261 327.34083  L 210.583436 332.085  L 210.775787 327.856109  L 210.871963 325.819803  L 210.968138 326.996072  L 211.064313 325.858923  L 211.160489 325.893604  L 211.737541 325.79231  L 212.314593 337.066855  L 212.410768 338.258775  L 212.506944 336.271365  L 212.603119 341.070763  L 212.699294 340.476493  L 212.891645 338.910217  L 213.083996 344.329137  L 213.180171 343.568248  L 213.276347 343.113466  L 213.372522 345.993448  L 213.468697 343.237223  L 213.661048 350.652438  L 213.853399 355.955467  L 213.949574 356.727098  L 214.622802 377.080143  L 214.718977 374.189526  L 215.103679 380.750035  L 215.296029 383.874467  L 215.48838 376.663408  L 215.584555 381.843525  L 215.680731 377.4329  L 215.776906 383.407441  L 215.873081 382.590031  L 216.450134 354.537544  L 216.546309 354.362805  L 216.834835 346.753224  L 217.027186 345.332377  L 217.123361 345.881466  L 217.315712 349.560578  L 217.411887 355.46123  L 217.604238 392.572985  L 217.796589 390.306357  L 217.892764 388.625303  L 217.988939 384.716882  L 218.085115 386.376586  L 218.18129 386.036917  L 218.277465 383.87035  L 218.662167 359.386455  L 218.950693 365.844128  L 219.046868 365.66906  L 219.143044 362.354165  L 219.335394 364.827893  L 219.43157 363.320223  L 219.527745 365.104636  L 219.623921 364.402769  L 219.816271 367.565194  L 219.912447 367.181705  L 220.008622 369.68302  L 220.104797 367.724611  L 220.200973 368.4382  L 220.297148 371.345862  L 220.489499 367.597998  L 220.778025 371.504836  L 221.258902 385.655568  L 221.355077 385.265594  L 221.547428 386.612607  L 221.739779 386.269116  L 222.12448 386.299881  L 222.220655 385.697202  L 222.316831 382.664878  L 222.605357 385.555421  L 222.701532 385.466928  L 222.797708 384.398403  L 222.893883 382.039393  L 222.990058 383.613555  L 223.182409 381.909923  L 223.37476 385.031759  L 223.470935 384.667113  L 223.663286 380.00483  L 223.759461 379.295299  L 224.047987 368.460187  L 224.81739 384.180386  L 224.913565 385.558498  L 225.009741 384.851488  L 225.105916 385.724876  L 225.298267 383.432258  L 225.394442 385.395668  L 225.586793 381.70234  L 225.682968 385.038747  L 225.875319 379.624037  L 226.06767 382.471363  L 226.260021 378.413348  L 226.356196 378.4682  L 226.452371 378.064426  L 226.644722 382.103733  L 226.740897 381.953328  L 226.933248 378.453414  L 227.125599 384.962257  L 227.221774 384.726953  L 227.31795 381.030044  L 227.414125 381.061889  L 227.5103 381.193163  L 227.606476 381.012925  L 227.798826 387.246071  L 227.895002 386.074019  L 227.991177 386.502837  L 228.183528 377.211028  L 228.279703 377.797185  L 228.375879 377.210512  L 228.472054 379.402507  L 228.568229 375.55689  L 228.664405 375.67093  L 228.952931 372.928472  L 229.529983 347.417298  L 229.626158 346.252254  L 230.01086 353.028419  L 230.107035 353.407858  L 230.20321 352.542598  L 230.395561 356.96664  L 230.587912 352.025575  L 230.780263 359.360464  L 230.876438 359.104944  L 230.972613 362.429441  L 231.068789 361.449268  L 231.357315 354.361638  L 231.549665 364.907729  L 231.645841 361.048157  L 231.838192 363.592802  L 232.030542 366.317062  L 232.126718 371.332726  L 232.319068 368.566416  L 232.415244 368.828226  L 232.607594 371.916736  L 232.992296 381.798236  L 233.088471 378.225138  L 233.376997 384.734832  L 233.473173 384.651281  L 233.569348 383.407601  L 233.665523 383.734281  L 233.761699 383.435382  L 233.857874 366.959484  L 234.050225 384.735784  L 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350.391929  L 241.167202 351.811468  L 241.263377 351.747155  L 241.359552 349.973035  L 241.551903 351.982244  L 241.648079 352.464693  L 241.744254 356.807652  L 241.840429 351.408975  L 241.936605 352.285025  L 242.03278 351.296403  L 242.128955 348.749196  L 242.225131 349.618862  L 242.321306 348.528484  L 242.513657 355.603327  L 242.609832 351.34371  L 242.706008 353.243908  L 242.802183 352.165968  L 242.994534 354.175915  L 243.090709 353.4335  L 243.186884 355.194296  L 243.28306 354.435164  L 243.379235 356.223963  L 243.47541 354.169961  L 243.763937 361.616423  L 244.244813 373.04254  L 244.340989 372.971763  L 244.437164 373.51367  L 244.629515 377.749233  L 244.821866 376.806812  L 245.302742 390.072877  L 245.398918 389.275644  L 245.591268 383.734107  L 245.783619 396.520573  L 245.97597 386.328366  L 246.072145 387.805506  L 246.168321 390.561589  L 246.264496 390.057642  L 246.360671 392.917186  L 246.456847 390.290203  L 246.553022 390.918565  L 246.745373 387.600243  L 247.033899 390.304272  L 247.130074 393.933595  L 247.22625 393.281718  L 247.322425 388.7065  L 247.4186 393.189993  L 247.514776 390.755191  L 247.899477 398.626569  L 248.091828 397.67112  L 248.188003 399.226694  L 248.572705 387.669618  L 248.66888 385.742981  L 248.861231 377.368259  L 248.957406 378.843092  L 249.149757 392.551681  L 249.342108 387.60493  L 249.438283 390.093497  L 249.534458 389.204935  L 249.726809 386.535386  L 249.822984 385.544464  L 249.91916 386.610374  L 250.015335 381.173878  L 250.496212 396.227407  L 250.592387 396.313747  L 250.784738 398.885087  L 250.880913 399.017414  L 251.073264 403.733308  L 251.265615 397.123191  L 251.457966 396.307371  L 251.554141 396.733077  L 251.650316 396.416966  L 251.746492 396.735532  L 251.842667 397.830604  L 251.938842 397.77531  L 252.035018 397.691048  L 252.131193 399.474027  L 252.323544 396.592737  L 252.515895 406.034351  L 252.61207 405.767827  L 252.804421 388.073244  L 252.900596 387.665441  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259.825222 326.159572  L 260.209924 333.240188  L 260.306099 327.136834  L 260.402274 331.81285  L 260.49845 331.387277  L 260.594625 328.89454  L 260.6908 330.839651  L 260.883151 337.969713  L 260.979326 339.268238  L 261.171677 338.404392  L 261.364028 343.506302  L 261.652554 340.477431  L 261.748729 340.260682  L 261.844905 337.254771  L 262.133431 342.954988  L 262.229606 338.758578  L 262.325781 338.89694  L 262.421957 337.180849  L 262.614308 338.197393  L 262.710483 339.172644  L 262.806658 339.109625  L 263.095184 335.737874  L 263.576061 346.663262  L 263.768412 350.588702  L 263.864587 354.693159  L 263.960763 354.524851  L 264.345464 364.321371  L 264.63399 382.913559  L 264.730166 382.382052  L 265.018692 376.61938  L 265.114867 378.376723  L 265.211042 377.910937  L 265.307218 378.898815  L 265.595744 361.545935  L 265.691919 362.380672  L 265.88427 353.332863  L 265.980445 352.779222  L 266.172796 358.89901  L 266.268971 359.358044  L 266.365147 362.065579  L 266.461322 361.904841  L 266.557497 360.757111  L 266.653673 362.091302  L 266.846024 370.017075  L 267.038374 370.803995  L 267.230725 374.212231  L 267.3269 373.504416  L 267.615426 365.636988  L 267.711602 368.465263  L 268.000128 357.929901  L 268.096303 358.747781  L 268.288654 353.955156  L 268.481005 340.459098  L 268.57718 344.404561  L 268.769531 338.716427  L 268.865706 339.255926  L 269.154232 345.328327  L 269.538934 352.475978  L 269.635109 353.302809  L 269.82746 356.030294  L 269.923635 356.344119  L 270.01981 354.859899  L 270.115986 356.444568  L 270.308337 360.789237  L 270.404512 361.20103  L 270.693038 365.500852  L 270.885389 368.354407  L 271.077739 365.973833  L 271.173915 369.008203  L 271.27009 366.01998  L 271.366266 368.698334  L 271.462441 368.589825  L 271.654792 369.464426  L 272.231844 375.687781  L 272.905071 403.305763  L 273.001247 399.117595  L 273.097422 399.619416  L 273.193597 398.662048  L 273.289773 400.948256  L 273.77065 366.152911  L 273.866825 363.484642  L 273.963 363.61027  L 274.155351 389.793519  L 274.251526 387.272041  L 274.443877 377.134297  L 274.540053 377.783633  L 274.732403 383.162414  L 274.828579 385.167962  L 274.924754 384.073084  L 275.020929 385.910625  L 275.117105 385.860482  L 275.21328 382.873191  L 275.405631 372.005591  L 275.501806 372.30624  L 275.597982 370.005522  L 275.982683 380.295723  L 276.46356 399.144799  L 276.559735 398.331345  L 276.944437 357.783667  L 277.136787 353.804034  L 277.232963 353.091954  L 277.617664 361.093654  L 277.713839 360.31584  L 277.810015 362.63107  L 278.002366 361.679247  L 278.098541 364.315571  L 278.194716 364.288762  L 278.290892 363.061101  L 278.387067 363.068799  L 278.483242 363.77135  L 278.579418 361.017654  L 278.675593 361.556148  L 278.771768 361.462807  L 278.964119 365.326891  L 279.060295 364.739842  L 279.15647 365.112817  L 279.444996 362.907733  L 279.541171 363.54752  L 279.925873 374.212419  L 280.118224 372.814706  L 280.310574 366.169768  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287.04285 387.011417  L 287.139025 387.590976  L 287.716077 382.928834  L 287.908428 375.763252  L 288.004603 376.487294  L 288.100779 380.388245  L 288.196954 380.13302  L 288.293129 380.356991  L 288.581655 378.139381  L 288.774006 374.438093  L 288.870182 373.964858  L 288.966357 372.33506  L 289.062532 373.026051  L 289.158708 371.365368  L 289.254883 372.250792  L 289.447234 370.555448  L 289.543409 369.873812  L 289.73576 367.652574  L 289.831935 366.859726  L 290.024286 362.857287  L 290.312812 354.238411  L 290.408987 353.285932  L 290.505163 350.184419  L 290.601338 351.500063  L 290.697513 354.357447  L 290.98604 346.774453  L 291.466916 335.903112  L 291.563092 336.608345  L 291.659267 333.64044  L 291.755442 336.701029  L 291.851618 336.345059  L 291.947793 336.021196  L 292.043968 330.138696  L 292.140144 332.867374  L 292.332495 341.462258  L 292.42867 344.254451  L 292.909547 369.267861  L 293.101897 374.26098  L 293.198073 374.288238  L 293.294248 372.953162  L 293.67895 375.948854  L 293.8713 379.694834  L 294.063651 378.282557  L 294.352177 369.39082  L 294.544528 369.056838  L 294.640703 366.909475  L 294.736879 367.220302  L 294.833054 366.93346  L 294.929229 368.63622  L 295.12158 375.541138  L 295.217755 376.046326  L 295.313931 374.84247  L 295.410106 376.077185  L 295.506282 375.165958  L 296.083334 360.959141  L 296.275684 363.276168  L 296.37186 362.933938  L 296.468035 361.780964  L 296.564211 362.182343  L 296.660386 361.600129  L 296.756561 359.634874  L 297.045087 361.262908  L 297.141263 359.932372  L 297.333613 363.289659  L 297.718315 356.429387  L 297.910666 357.594914  L 298.006841 356.997069  L 298.103016 357.066599  L 298.295367 359.565352  L 298.391542 358.808975  L 298.487718 360.781881  L 298.680069 356.819232  L 298.872419 360.431484  L 298.968595 358.633894  L 299.449471 378.271185  L 299.545647 377.093722  L 299.641822 379.267726  L 299.737997 377.272484  L 299.834173 381.134329  L 299.930348 376.512889  L 300.218874 355.8208  L 300.31505 353.355481  L 300.411225 353.444571  L 300.5074 355.1639  L 300.988277 386.043891  L 301.084453 384.934127  L 301.180628 386.353673  L 301.276803 386.16402  L 301.372979 385.247329  L 301.469154 386.025478  L 301.75768 405.916793  L 302.046206 433.950935  L 302.238557 382.749173  L 302.430908 352.508051  L 302.527083 389.144679  L 302.623258 387.756394  L 303.00796 353.160243  L 303.104135 352.239615  L 303.200311 347.543416  L 303.488837 356.031193  L 303.585012 361.397287  L 303.681187 360.513754  L 303.873538 366.033532  L 303.969713 365.689552  L 304.162064 366.898162  L 304.354415 373.376877  L 304.546766 364.259459  L 304.739116 370.024572  L 305.219993 383.564819  L 305.412344 374.730809  L 305.604695 365.622242  L 305.70087 368.730138  L 305.893221 364.456702  L 305.989396 365.978795  L 306.085571 363.265117  L 306.181747 364.588351  L 306.277922 369.892762  L 306.374097 368.366907  L 306.566448 375.57596  L 306.662624 373.694914  L 306.95115 354.749727  L 307.047325 352.597583  L 307.1435 354.36139  L 307.239676 353.403278  L 307.335851 353.769038  L 307.528202 350.205857  L 308.009079 333.278785  L 308.105254 330.736694  L 308.682306 349.218268  L 309.259358 388.08878  L 309.451709 386.120093  L 309.547884 380.038499  L 309.64406 335.66351  L 309.740235 349.64602  L 309.836411 349.22262  L 309.932586 333.269907  L 310.124937 353.244377  L 310.413463 373.932276  L 310.509638 368.581953  L 310.89434 377.291823  L 311.182866 385.852227  L 311.375216 373.403116  L 311.471392 373.025796  L 311.663742 364.487802  L 311.759918 359.685173  L 311.856093 360.499471  L 312.048444 363.505503  L 312.144619 358.064622  L 312.240795 359.429786  L 312.433145 355.186565  L 312.625496 359.397278  L 312.721671 360.652484  L 312.817847 359.736591  L 312.914022 361.863307  L 313.010198 357.21569  L 313.106373 357.867238  L 313.202548 357.774709  L 313.394899 358.735986  L 313.683425 359.030613  L 314.068126 372.350691  L 314.356653 359.752369  L 314.452828 360.344051  L 314.933705 352.72138  L 315.02988 352.473363  L 315.222231 355.01086  L 315.318406 352.630943  L 315.414582 353.815493  L 315.510757 358.077068  L 315.606932 357.741657  L 315.703108 357.967171  L 315.799283 355.474554  L 316.087809 361.166496  L 316.183984 363.175625  L 316.28016 372.653968  L 316.376335 372.560104  L 316.472511 374.100397  L 316.568686 371.707464  L 316.761037 378.945438  L 316.857212 378.926381  L 316.953387 379.313927  L 317.049563 374.551303  L 317.241913 382.451836  L 317.338089 381.687581  L 317.53044 377.694577  L 317.72279 380.684676  L 317.818966 380.227092  L 318.684544 366.480167  L 318.876895 374.737374  L 318.97307 373.598153  L 319.165421 376.15694  L 319.453947 366.646518  L 319.646298 370.820672  L 319.742473 370.2181  L 319.838648 368.238087  L 319.934824 370.894198  L 320.030999 381.279604  L 320.127174 380.599355  L 320.4157 387.209532  L 320.511876 389.070523  L 320.704227 386.923367  L 320.896577 354.921321  L 321.088928 382.903943  L 321.185103 383.87035  L 321.377454 388.062045  L 321.569805 386.184057  L 321.762155 386.977286  L 321.858331 387.918943  L 322.050682 375.479857  L 322.146857 380.130546  L 322.435383 372.050974  L 322.531558 372.904507  L 323.012435 349.593596  L 323.108611 349.130948  L 323.204786 354.048618  L 323.300961 353.959139  L 323.397137 354.910713  L 323.589487 347.802115  L 323.685663 346.703938  L 324.35889 363.191269  L 324.455066 363.212003  L 324.647416 367.675058  L 324.743592 363.706944  L 324.839767 365.208954  L 325.224469 356.301298  L 325.416819 362.703959  L 325.512995 362.424238  L 325.801521 367.833905  L 325.993871 364.138954  L 326.186222 368.247642  L 326.282398 367.26181  L 326.378573 367.751373  L 326.667099 373.09021  L 326.85945 370.620673  L 326.955625 371.668196  L 327.0518 377.117084  L 327.147976 372.260394  L 327.244151 375.862159  L 327.340327 368.104922  L 327.532677 371.734225  L 327.628853 371.123124  L 327.821203 365.817728  L 327.917379 366.015501  L 328.013554 367.646465  L 328.398256 357.097679  L 328.494431 359.14  L 328.686782 354.266359  L 328.782957 355.185532  L 328.975308 360.973599  L 329.071483 357.145899  L 329.263834 365.067528  L 329.360009 363.345898  L 329.456184 364.593528  L 329.648535 369.227158  L 329.744711 368.007001  L 329.840886 372.053234  L 329.937061 371.823074  L 330.033237 370.33206  L 330.129412 372.545245  L 331.091166 336.957568  L 331.187341 341.167698  L 331.379692 353.566625  L 331.475867 358.085624  L 331.572042 357.981219  L 331.956744 369.400026  L 332.149095 365.267098  L 332.24527 367.978214  L 332.341445 367.458053  L 332.437621 367.516512  L 332.533796 367.920245  L 332.629971 369.683771  L 332.726147 365.164557  L 332.822322 366.014173  L 333.110848 374.998232  L 333.207024 374.171958  L 333.399374 370.086994  L 333.49555 370.749385  L 333.784076 379.93974  L 334.264953 368.492622  L 334.361128 365.246606  L 334.457303 366.583948  L 334.553479 364.605068  L 334.649654 364.785668  L 334.745829 363.254972  L 334.842005 366.096745  L 335.130531 361.64458  L 335.322882 367.347949  L 335.419057 365.551546  L 335.803758 375.841338  L 335.899934 372.728903  L 335.996109 378.432198  L 336.092285 376.838141  L 336.284635 383.32513  L 336.380811 383.064218  L 336.573161 377.894207  L 336.669337 377.648577  L 336.861687 373.665161  L 337.054038 370.480393  L 337.63109 364.156777  L 337.727266 363.578231  L 337.823441 363.72639  L 337.919616 364.244733  L 338.015792 363.924914  L 338.111967 362.604469  L 338.304318 366.192929  L 338.400493 365.100915  L 338.496669 365.186014  L 338.88137 372.062052  L 338.977545 366.608222  L 339.073721 367.452434  L 339.169896 371.235294  L 339.266071 371.18041  L 339.362247 371.491063  L 339.650773 375.386898  L 339.746948 374.235513  L 339.843124 374.758121  L 340.13165 383.212632  L 340.227825 382.111947  L 340.612527 389.105163  L 340.901053 386.405661  L 340.997228 386.481252  L 341.478105 397.266938  L 341.670456 372.025896  L 341.862806 370.5908  L 341.958982 370.218295  L 342.151332 368.241439  L 342.247508 369.548614  L 342.343683 369.479152  L 342.536034 365.520379  L 342.728385 368.048595  L 342.82456 367.097162  L 342.920735 369.85513  L 343.113086 369.062095  L 343.401612 363.714816  L 343.690138 369.296379  L 343.786314 369.962975  L 343.978664 368.383717  L 344.171015 370.96415  L 344.363366 375.702507  L 344.459541 372.179761  L 344.748067 379.762587  L 344.844242 381.147324  L 344.940418 377.548423  L 345.228944 383.801417  L 345.421295 379.664438  L 345.613645 380.744503  L 345.709821 381.049832  L 345.805996 380.910123  L 345.902171 381.729866  L 346.094522 375.029634  L 346.190698 372.706727  L 346.286873 374.620336  L 346.479224 373.612959  L 346.575399 376.503186  L 346.671574 376.484149  L 346.76775 376.32433  L 347.056276 372.610282  L 347.152451 369.273621  L 347.248627 369.78656  L 347.537153 364.088803  L 347.633328 364.777789  L 347.825679 362.237563  L 348.402731 345.949714  L 349.075958 358.047878  L 349.556835 353.975776  L 349.749186 357.9089  L 350.037712 363.008027  L 350.230063 356.310062  L 350.518589 362.696133  L 350.614764 360.186457  L 350.90329 363.929359  L 350.999466 364.481345  L 351.287992 373.134238  L 351.384167 372.563531  L 351.480343 370.428399  L 351.576518 370.637946  L 351.672693 369.948384  L 352.057395 383.013538  L 352.249745 378.445763  L 352.345921 378.761452  L 352.442096 381.544076  L 352.538271 380.651672  L 352.634447 378.530299  L 352.826798 385.28431  L 352.922973 388.091577  L 353.019148 386.213433  L 353.115324 386.633065  L 353.211499 388.186654  L 353.307674 383.447117  L 353.40385 387.031199  L 353.500025 397.043255  L 353.5962 395.946794  L 353.788551 393.999786  L 353.884727 386.979446  L 354.173253 396.09909  L 354.365603 400.661923  L 354.557954 391.748956  L 354.750305 396.671346  L 354.84648 394.736092  L 355.038831 396.540173  L 355.135006 396.425113  L 355.327357 385.396942  L 355.423532 385.867797  L 355.519708 393.894576  L 355.712058 385.590705  L 355.808234 386.289152  L 356.09676 391.31865  L 356.192935 388.95447  L 356.289111 389.188955  L 356.385286 388.432539  L 356.577637 380.701722  L 356.673812 380.849391  L 356.866163 388.110446  L 357.058514 386.374265  L 357.154689 386.714423  L 357.635566 395.959086  L 357.827916 387.499533  L 357.924092 387.662282  L 358.020267 389.774133  L 358.212618 395.168082  L 358.308793 398.736044  L 358.501144 391.326817  L 358.693495 398.707934  L 358.78967 398.378244  L 358.982021 396.36084  L 359.078196 401.148349  L 359.270547 397.192895  L 359.559073 392.400726  L 359.751424 395.046404  L 359.847599 394.044719  L 360.03995 381.341556  L 360.136125 384.648056  L 360.2323 383.16926  L 360.424651 372.330876  L 360.617002 383.496745  L 360.905528 376.608121  L 361.001703 377.146749  L 361.097879 374.678855  L 361.194054 368.063435  L 361.290229 368.080192  L 361.386405 368.72075  L 361.48258 368.188151  L 361.578756 369.426433  L 361.771106 363.225098  L 361.963457 365.032297  L 362.059632 365.064544  L 362.155808 361.759251  L 362.444334 367.156654  L 362.540509 366.113033  L 362.636685 368.036318  L 362.925211 383.843641  L 363.021386 382.152884  L 363.213737 386.817125  L 363.502263 395.403218  L 363.790789 399.839156  L 363.98314 396.637343  L 364.079315 401.042737  L 364.271666 394.022578  L 364.367841 393.40164  L 364.464016 391.106768  L 364.560192 391.900521  L 364.656367 389.140139  L 364.752543 394.229088  L 364.848718 392.459722  L 365.041069 397.749138  L 365.233419 385.44081  L 365.521945 394.911777  L 365.714296 384.565196  L 365.810472 386.836611  L 366.002822 390.246584  L 366.098998 387.389797  L 366.195173 388.352093  L 366.291348 388.157331  L 366.387524 391.374949  L 366.483699 390.309334  L 366.579874 385.985258  L 366.67605 386.044595  L 366.868401 387.020517  L 367.156927 378.543402  L 367.349277 380.250507  L 367.445453 379.079596  L 367.830154 386.417127  L 367.926329 385.316965  L 368.022505 382.609497  L 368.11868 383.60815  L 368.214856 380.918967  L 368.311031 381.238137  L 368.503382 377.504891  L 368.599557 376.642051  L 368.695732 374.510895  L 368.791908 374.673108  L 368.888083 373.405416  L 369.176609 384.349419  L 369.272785 383.235779  L 369.561311 378.824223  L 369.946012 392.962274  L 370.042187 394.130061  L 370.234538 398.307159  L 370.330714 397.862576  L 370.426889 398.641905  L 370.523064 400.339488  L 370.61924 398.915329  L 371.100116 357.455218  L 371.196292 356.001836  L 371.292467 357.634671  L 371.484818 345.724731  L 371.677169 347.120941  L 371.773344 346.007261  L 372.158045 363.058822  L 372.542747 372.110271  L 372.638922 371.916347  L 372.927448 377.605427  L 373.119799 373.589838  L 373.696851 345.376647  L 373.793027 345.030414  L 374.273903 360.983415  L 374.466254 358.978793  L 374.75478 351.432103  L 374.850956 352.276194  L 375.043306 346.086467  L 375.139482 345.99094  L 375.235657 346.620937  L 375.524183 355.070318  L 375.716534 368.958246  L 375.908885 385.843101  L 376.197411 388.051706  L 376.582112 357.999847  L 376.678287 356.744922  L 376.870638 362.575139  L 376.966814 364.370268  L 377.736216 407.83634  L 378.313269 373.258733  L 378.409444 373.297108  L 378.601795 368.021378  L 378.69797 368.261429  L 378.794145 369.240629  L 378.986496 362.242102  L 379.082672 362.760473  L 379.178847 364.425387  L 379.275022 363.849973  L 379.371198 362.507145  L 379.563548 353.017094  L 379.659724 353.312096  L 379.852074 348.018086  L 379.94825 347.747452  L 380.140601 357.3107  L 380.621477 345.232666  L 380.813828 350.751003  L 381.006179 352.152417  L 381.294705 360.807214  L 381.39088 360.836155  L 381.487056 358.687156  L 382.160283 384.844528  L 382.256458 386.548321  L 382.352634 385.650599  L 382.544985 388.497388  L 382.64116 388.284642  L 382.737335 388.367971  L 382.833511 387.540664  L 383.025861 388.701672  L 383.122037 385.493689  L 383.314387 389.436108  L 383.410563 389.077932  L 383.506738 390.14116  L 383.602914 389.089204  L 383.699089 389.983788  L 383.795264 389.631607  L 383.89144 390.204923  L 384.08379 383.305617  L 384.276141 385.18539  L 384.372316 383.413583  L 384.660843 387.35865  L 384.853193 388.283113  L 384.949369 388.270379  L 385.141719 389.857577  L 385.33407 388.069314  L 385.430245 388.238166  L 386.391999 361.414359  L 386.872876 355.471845  L 387.065227 356.677357  L 387.546103 381.437251  L 387.642279 381.808173  L 387.930805 388.130536  L 388.123156 382.935586  L 388.219331 385.22852  L 388.411682 379.651168  L 388.507857 378.243296  L 388.700208 382.246031  L 388.892559 377.345185  L 388.988734 377.785604  L 389.373435 369.795806  L 389.565786 362.323447  L 389.661961 361.035316  L 389.758137 363.732083  L 389.950487 361.073531  L 390.142838 354.239772  L 390.335189 355.924467  L 390.52754 353.267659  L 390.71989 355.174039  L 390.816066 353.514301  L 390.912241 353.796215  L 391.200767 356.066839  L 391.393118 353.833122  L 391.489293 355.011323  L 391.777819 349.685394  L 391.873995 349.987009  L 392.066345 369.236948  L 392.162521 365.163792  L 392.258696 365.991321  L 392.451047 371.250482  L 392.643398 383.451798  L 393.124274 360.987801  L 393.22045 365.260345  L 393.412801 378.518967  L 393.508976 379.082137  L 393.605151 379.049233  L 393.701327 378.808659  L 393.797502 378.170528  L 393.893677 382.695669  L 393.989853 382.342228  L 394.086028 381.996008  L 394.182203 380.008948  L 394.47073 386.978547  L 394.951606 367.164787  L 395.047782 367.170326  L 395.143957 366.024849  L 395.336308 378.171219  L 395.432483 384.04301  L 395.721009 374.533164  L 395.817185 373.691715  L 395.91336 365.241892  L 396.009535 368.847988  L 396.105711 368.629984  L 396.298061 366.903755  L 396.682763 371.264235  L 396.971289 370.363389  L 397.16364 361.563892  L 397.452166 347.566027  L 397.548341 346.394089  L 397.740692 352.937875  L 397.933043 364.464359  L 398.029218 361.891638  L 398.125393 364.303997  L 398.221569 369.534794  L 398.317744 369.180662  L 398.413919 368.734517  L 398.894796 353.707722  L 398.990972 354.664238  L 399.087147 352.227418  L 399.183322 353.809056  L 399.375673 351.735702  L 399.471848 347.643368  L 399.568024 347.671827  L 399.664199 347.294601  L 399.85655 351.180632  L 400.048901 346.474341  L 400.145076 346.401144  L 400.241251 347.981863  L 400.529777 362.110983  L 400.625953 362.499574  L 400.722128 362.166974  L 400.818303 363.270408  L 400.914479 367.394324  L 401.010654 367.166645  L 401.10683 363.188332  L 401.395356 367.054756  L 401.491531 366.349711  L 401.683882 373.753701  L 401.780057 373.945868  L 401.876232 372.565221  L 402.164759 377.622761  L 402.260934 376.384774  L 402.453285 380.212963  L 402.837986 371.387449  L 402.934161 371.670744  L 403.222688 383.25487  L 403.318863 383.552521  L 403.607389 376.737772  L 403.895915 363.182344  L 403.99209 366.698277  L 404.184441 372.966607  L 404.280617 378.491575  L 404.376792 377.638163  L 404.472967 381.90254  L 404.569143 379.698509  L 404.665318 380.775509  L 404.761493 379.789275  L 404.857669 376.394436  L 404.953844 377.022227  L 405.24237 371.02397  L 405.338545 370.759397  L 405.434721 369.430557  L 405.723247 353.116496  L 405.819422 353.765437  L 406.011773 364.220835  L 406.300299 374.019789  L 406.396474 371.291849  L 406.588825 373.334364  L 406.781176 376.676987  L 406.973527 373.047341  L 407.069702 375.234971  L 407.262053 366.294028  L 407.358228 364.764619  L 407.454403 365.381487  L 408.031456 375.891086  L 408.319982 365.479388  L 408.416157 365.856439  L 408.704683 369.102878  L 408.800859 368.507394  L 408.897034 369.299262  L 408.993209 367.775372  L 410.051138 329.2846  L 410.147314 331.728897  L 410.43584 354.087791  L 410.820541 357.093837  L 411.109067 346.819742  L 411.301418 343.579084  L 411.87847 364.315463  L 412.166996 373.272117  L 412.263172 372.942185  L 412.359347 377.677075  L 412.455522 376.262237  L 412.647873 372.180022  L 412.744048 374.189533  L 413.032574 369.198539  L 413.321101 363.252625  L 413.417276 365.05354  L 413.513451 369.735604  L 413.609627 369.600361  L 413.705802 369.859495  L 413.801977 371.706304  L 413.898153 369.351143  L 413.994328 369.64681  L 414.090503 369.104226  L 414.186679 372.02271  L 414.37903 366.969509  L 414.57138 359.420351  L 414.667556 360.585396  L 414.859906 365.909534  L 414.956082 366.313649  L 415.148432 360.613841  L 415.244608 360.803339  L 415.340783 360.660363  L 415.436959 360.198125  L 415.533134 356.969604  L 415.725485 359.619593  L 416.014011 364.431268  L 416.110186 362.510001  L 416.206361 364.875529  L 416.302537 363.569098  L 416.494888 367.912715  L 416.591063 368.649866  L 416.783414 375.359526  L 416.879589 372.011043  L 417.07194 375.148912  L 417.26429 372.751594  L 417.360466 368.558872  L 417.552817 373.317681  L 418.033693 360.784483  L 418.129869 363.143251  L 418.322219 358.846888  L 418.51457 363.897394  L 418.706921 365.610655  L 418.899272 361.976034  L 419.091622 361.698352  L 419.283973 367.166383  L 419.476324 376.52561  L 419.668675 388.608901  L 419.76485 389.029337  L 419.957201 380.824125  L 420.053376 381.081449  L 420.245727 376.044649  L 420.341902 377.163251  L 420.438077 376.576712  L 420.630428 381.029018  L 420.726603 373.278829  L 420.822779 374.545026  L 420.918954 374.08553  L 421.303656 381.354129  L 421.399831 387.055801  L 421.592182 381.346894  L 421.976883 388.333572  L 422.169234 385.679057  L 422.265409 386.050389  L 422.361585 382.904935  L 422.45776 383.250605  L 422.650111 384.836736  L 422.746286 385.53399  L 422.938637 382.230313  L 423.130988 377.376648  L 423.227163 379.688786  L 423.323338 378.161221  L 423.515689 383.532814  L 423.804215 378.07828  L 423.996566 364.023498  L 424.092741 364.46682  L 424.188917 363.78918  L 424.285092 364.729456  L 424.381267 362.792465  L 424.477443 362.835025  L 424.765969 371.889485  L 424.958319 368.579411  L 425.054495 371.461197  L 425.246846 362.748805  L 425.535372 360.50326  L 425.727722 362.52307  L 425.823898 362.898922  L 426.208599 373.009542  L 426.304775 372.927353  L 426.40095 367.547545  L 426.497125 368.53657  L 426.785651 379.541016  L 426.881827 379.523924  L 426.978002 380.008498  L 427.362704 364.587989  L 427.458879 364.994612  L 427.555054 365.004053  L 427.65123 366.617503  L 427.84358 364.567993  L 427.939756 365.057047  L 428.035931 362.942273  L 428.132106 364.411446  L 428.228282 361.937987  L 428.324457 362.043203  L 428.612983 367.446755  L 428.709159 369.962351  L 428.901509 364.40116  L 428.997685 367.214301  L 429.09386 364.63649  L 429.286211 368.690495  L 429.382386 372.364652  L 429.478561 366.26266  L 429.574737 366.868444  L 429.670912 366.052958  L 430.055614 380.665405  L 430.247964 381.664856  L 430.440315 385.730455  L 430.53649 385.593146  L 430.632666 390.11069  L 430.728841 389.749001  L 430.825017 387.010083  L 431.402069 351.10384  L 431.78677 342.387218  L 431.882946 344.603138  L 431.979121 351.383139  L 432.171472 346.026882  L 432.459998 353.955954  L 432.556173 353.168256  L 432.748524 348.807025  L 433.229401 370.356784  L 433.421751 379.582885  L 433.710277 388.49364  L 433.806453 388.05764  L 433.902628 388.133151  L 434.094979 391.25142  L 434.191154 391.274829  L 434.47968 388.511416  L 434.575856 389.252148  L 434.864382 386.063867  L 434.960557 379.42318  L 435.152908 387.295269  L 435.249083 387.596401  L 435.922311 373.11669  L 436.307012 378.195587  L 436.403188 378.706219  L 436.499363 378.489557  L 436.691714 379.768045  L 436.884064 382.132781  L 436.98024 380.794768  L 437.17259 382.453955  L 437.268766 383.326659  L 437.364941 382.4467  L 437.461117 383.833979  L 438.42287 356.503845  L 438.519046 363.538937  L 438.615221 361.488402  L 438.807572 354.978271  L 438.903747 351.927661  L 439.096098 353.42951  L 439.384624 348.845099  L 439.576975 344.205514  L 439.769325 346.363888  L 439.865501 345.821089  L 439.961676 347.016737  L 440.154027 361.785946  L 440.250202 362.312571  L 440.346377 361.34607  L 440.634904 370.223545  L 440.731079 368.234251  L 440.827254 369.235902  L 440.92343 365.582888  L 441.019605 365.962313  L 441.500482 356.895937  L 441.692833 352.982835  L 441.981359 359.910129  L 442.173709 362.297953  L 442.558411 365.94288  L 443.135463 384.516869  L 443.327814 389.248071  L 443.520164 395.457157  L 444.001041 384.320726  L 444.097217 394.131288  L 444.289567 390.74009  L 444.481918 394.846244  L 444.770444 383.945907  L 444.866619 386.045668  L 444.962795 387.960805  L 445.05897 387.323881  L 445.251321 383.851111  L 445.347496 384.658322  L 445.443672 379.916767  L 445.539847 382.585236  L 445.636022 381.73289  L 445.732198 386.758606  L 445.828373 384.970987  L 446.116899 374.249313  L 446.213075 374.279488  L 446.886302 354.19276  L 446.982477 354.820088  L 447.174828 352.86917  L 447.271004 354.583115  L 447.848056 391.715717  L 447.944231 390.965724  L 448.040406 388.802496  L 448.425108 396.601649  L 448.521283 396.516616  L 448.617459 395.595633  L 449.00216 400.995684  L 449.098335 400.606402  L 449.194511 401.419205  L 449.290686 396.908903  L 449.483037 398.736124  L 449.963914 381.487234  L 450.060089 379.995141  L 450.348615 383.815244  L 450.540966 380.338678  L 450.637141 381.659794  L 450.733317 379.855921  L 450.925667 368.473705  L 451.021843 368.436141  L 451.214193 371.52331  L 451.310369 367.991404  L 451.406544 368.295761  L 451.983596 378.161918  L 452.079772 376.434046  L 452.175947 376.585034  L 452.368298 381.953026  L 452.656824 399.566261  L 452.752999 397.752531  L 452.849175 397.479925  L 453.041525 394.19908  L 453.233876 397.200258  L 453.330051 398.904815  L 453.426227 394.92618  L 453.522402 395.511103  L 453.618577 396.164355  L 453.714753 391.719962  L 453.907104 393.993596  L 454.099454 390.558397  L 454.19563 385.930299  L 454.291805 386.968073  L 454.38798 383.87043  L 454.484156 384.161121  L 454.580331 382.589863  L 454.676506 383.579417  L 454.965033 376.163652  L 455.157383 377.736138  L 455.253559 381.079538  L 455.542085 400.822675  L 455.734435 394.270836  L 456.022962 393.382797  L 456.215312 398.211189  L 456.407663 391.845422  L 456.600014 384.258076  L 456.696189 384.401876  L 456.792364 383.087446  L 456.88854 384.41642  L 456.984715 383.148567  L 457.080891 384.084685  L 457.177066 382.725033  L 457.561767 373.36472  L 457.657943 372.102432  L 457.754118 372.127437  L 457.850293 371.876758  L 457.946469 372.91026  L 458.042644 371.372449  L 458.234995 366.852645  L 458.427346 368.915754  L 458.523521 368.924571  L 458.812047 364.130552  L 459.004398 362.095627  L 459.100573 362.332406  L 459.196748 360.066911  L 459.292924 361.53015  L 459.389099 359.682859  L 459.485275 361.355009  L 459.677625 368.236323  L 459.773801 370.606048  L 459.869976 367.849703  L 459.966151 368.10692  L 460.158502 373.355024  L 460.254677 372.419195  L 460.447028 368.068618  L 460.639379 364.862326  L 460.735554 366.526697  L 460.927905 365.72717  L 461.02408 365.529619  L 461.216431 370.447047  L 461.312606 370.784744  L 461.408782 370.278953  L 461.601133 367.183087  L 461.697308 363.392716  L 461.793483 365.626581  L 461.889659 363.504705  L 461.985834 363.910617  L 462.082009 359.786929  L 462.178185 359.800206  L 462.27436 358.734933  L 462.370535 356.229542  L 462.562886 358.570467  L 463.236114 346.533216  L 463.332289 345.921457  L 463.620815 349.984628  L 463.716991 350.188892  L 464.101692 357.408353  L 464.390218 360.947977  L 464.486393 360.407693  L 464.871095 371.21906  L 465.255796 390.741572  L 465.351972 392.477739  L 465.544322 388.280666  L 465.832848 380.84524  L 465.929024 374.582215  L 466.025199 382.378123  L 466.21755 368.959849  L 466.506076 390.735993  L 466.794602 396.42233  L 466.890777 391.923226  L 466.986953 392.831328  L 467.083128 392.107501  L 467.179304 390.413498  L 467.275479 391.334314  L 467.46783 388.663249  L 467.66018 382.449724  L 467.756356 382.506319  L 467.852531 381.861563  L 468.044882 380.236164  L 468.141057 379.132066  L 468.621934 365.065543  L 468.718109 366.426992  L 468.91046 371.941212  L 469.102811 363.990326  L 469.198986 363.725216  L 469.391337 364.362811  L 469.583688 356.261648  L 469.679863 356.338594  L 469.776038 358.314141  L 469.968389 366.060388  L 470.16074 366.426489  L 470.353091 368.341519  L 470.545441 371.587703  L 470.641617 371.361197  L 471.122493 379.751214  L 471.314844 386.268412  L 471.507195 388.352542  L 471.699546 384.586003  L 471.988072 389.676038  L 472.084247 379.266385  L 472.180422 354.001894  L 472.372773 389.819777  L 472.468949 389.528201  L 472.757475 392.122186  L 472.949825 393.188377  L 473.046001 393.059819  L 473.142176 395.571406  L 473.334527 391.21401  L 473.430702 393.58232  L 473.623053 388.656839  L 473.719228 389.756102  L 474.007754 374.849745  L 474.10393 374.846822  L 474.488631 353.211098  L 474.584806 352.935105  L 474.680982 350.715048  L 474.873333 344.632777  L 474.969508 343.269893  L 475.161859 347.083323  L 475.354209 377.181564  L 475.450385 374.253859  L 475.54656 372.013182  L 475.642735 375.097608  L 475.738911 384.744347  L 476.027437 360.067501  L 476.219788 366.914678  L 476.412138 368.115443  L 476.508314 367.438125  L 476.604489 365.61036  L 476.700664 368.264976  L 476.989191 350.550548  L 477.085366 350.503086  L 477.181541 353.152941  L 477.373892 351.873534  L 477.470067 352.548358  L 477.566243 351.821801  L 477.854769 339.411092  L 478.431821 355.511461  L 478.527996 357.02367  L 478.624172 356.751198  L 478.720347 355.451366  L 478.912698 362.742797  L 479.008873 362.700284  L 479.105049 364.29943  L 479.297399 371.734648  L 479.393575 369.850396  L 479.48975 370.595004  L 479.585925 370.296293  L 479.682101 371.734742  L 479.970627 378.902872  L 480.162978 384.900016  L 480.259153 382.318779  L 480.355328 385.053519  L 480.547679 380.427875  L 480.643854 380.941632  L 480.74003 380.039753  L 480.836205 377.679141  L 481.028556 380.215887  L 481.317082 374.042581  L 481.509433 368.93298  L 481.701783 361.533302  L 481.797959 361.610388  L 481.894134 361.509383  L 481.990309 360.490137  L 482.375011 351.800947  L 482.567362 356.778992  L 482.663537 359.54948  L 483.144414 389.883064  L 483.529115 380.880169  L 483.625291 382.588931  L 483.721466 375.370664  L 484.009992 378.421368  L 484.106167 377.454365  L 484.202343 378.460555  L 484.394693 382.822712  L 484.490869 383.589904  L 484.587044 382.691304  L 484.68322 383.648424  L 484.779395 386.921295  L 484.87557 386.471241  L 484.971746 387.315768  L 485.067921 386.7944  L 485.164096 385.105882  L 485.356447 376.219047  L 485.452622 375.244613  L 485.548798 372.303189  L 485.644973 373.752366  L 485.741149 370.405211  L 486.222025 384.729575  L 486.318201 382.435106  L 486.414376 380.477456  L 486.510551 381.88689  L 486.702902 373.225701  L 486.895253 363.318506  L 486.991428 363.131972  L 487.087604 364.145069  L 487.183779 363.544596  L 487.37613 361.33797  L 487.56848 362.698319  L 487.664656 363.500669  L 487.760831 368.754868  L 487.857007 367.535737  L 488.145533 378.605502  L 488.241708 377.972956  L 488.434059 380.817064  L 488.530234 378.071843  L 488.81876 384.178582  L 488.914935 384.308582  L 489.011111 385.009162  L 489.203462 390.849424  L 489.395812 388.434819  L 489.491988 388.857361  L 489.588163 390.861688  L 489.684338 390.386951  L 489.876689 386.060413  L 490.165215 390.610707  L 490.261391 390.667644  L 490.453741 389.82602  L 490.549917 387.732576  L 490.646092 388.810704  L 490.838443 388.308084  L 490.934618 392.757963  L 491.030793 391.999079  L 491.126969 392.837202  L 491.223144 392.541375  L 491.51167 377.319141  L 491.607846 378.29456  L 491.704021 380.714905  L 491.896372 373.86518  L 491.992547 373.780583  L 492.088722 375.234032  L 492.184898 373.679793  L 492.377249 375.922562  L 492.569599 378.215589  L 492.665775 374.664579  L 493.146651 380.73588  L 493.531353 386.21519  L 493.627528 387.098737  L 493.819879 390.572861  L 494.01223 374.855526  L 494.108405 393.851661  L 494.20458 392.821069  L 494.300756 392.67631  L 494.493107 390.415919  L 494.589282 384.102756  L 494.685457 384.324052  L 494.781633 382.790304  L 494.877808 388.231098  L 494.973983 387.22179  L 495.166334 382.053401  L 495.743386 372.863241  L 495.839562 366.671958  L 496.031912 369.185765  L 496.512789 391.96987  L 496.70514 376.826218  L 496.897491 379.362636  L 496.993666 379.509165  L 497.089841 375.908407  L 497.186017 376.909769  L 497.282192 374.254208  L 497.474543 379.889026  L 497.570718 378.758321  L 497.666893 379.098827  L 497.95542 370.639388  L 498.051595 370.382613  L 498.14777 371.004048  L 498.243946 372.803911  L 498.436296 378.874232  L 498.628647 355.657038  L 498.724822 356.820929  L 499.013349 364.373265  L 499.205699 369.697698  L 499.301875 367.175603  L 499.494225 371.304509  L 499.590401 369.609695  L 499.686576 372.53697  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512.766425 379.040751  L 512.958776 372.9448  L 513.054951 372.304953  L 513.247302 366.971467  L 513.343478 368.355272  L 513.535828 366.680716  L 513.728179 371.034042  L 513.824354 368.31807  L 514.016705 371.124398  L 514.305231 364.597384  L 514.401407 365.95373  L 514.689933 359.412405  L 514.882283 368.443718  L 514.978459 363.29662  L 515.074634 364.39715  L 515.36316 377.04805  L 515.459336 379.645542  L 515.555511 379.450894  L 515.747862 381.418415  L 515.844037 378.713756  L 515.940212 381.334804  L 516.132563 377.125103  L 516.228738 377.835406  L 516.324914 378.256982  L 516.517265 379.945017  L 516.709615 381.88862  L 516.901966 374.230215  L 517.094317 388.371499  L 517.286667 390.808239  L 517.382843 390.351653  L 517.575194 386.171752  L 517.671369 387.413843  L 517.767544 387.324384  L 518.05607 390.892299  L 518.152246 392.035463  L 518.248421 391.981732  L 518.344596 392.188745  L 518.440772 394.253972  L 518.536947 393.98895  L 518.921649 382.498762  L 519.113999 379.254818  L 519.210175 380.195602  L 519.30635 379.854157  L 519.498701 374.20686  L 519.594876 374.057159  L 519.691051 373.422052  L 519.787227 373.511008  L 519.883402 372.990599  L 519.979578 367.653714  L 520.075753 368.119205  L 520.364279 377.471994  L 520.55663 374.197761  L 521.229857 385.273956  L 521.326033 384.149749  L 521.422208 384.791843  L 521.614559 390.446362  L 521.806909 387.451923  L 521.903085 388.496597  L 521.99926 386.68915  L 522.191611 380.608381  L 522.287786 380.685595  L 522.383962 381.378202  L 522.576312 386.694253  L 523.153365 372.146823  L 523.345715 379.693473  L 523.441891 380.069968  L 523.538066 375.121406  L 523.730417 376.846315  L 523.826592 374.674067  L 523.922767 375.254705  L 524.115118 379.050179  L 524.211294 378.177515  L 524.403644 381.567633  L 524.788346 374.25461  L 524.884521 375.067889  L 525.173047 368.161624  L 525.269223 368.4463  L 525.365398 369.750779  L 525.846275 362.408922  L 526.038625 366.048982  L 526.808028 373.997775  L 526.904204 377.368018  L 527.000379 376.214688  L 527.096554 376.530619  L 527.19273 377.98673  L 527.38508 372.090423  L 527.481256 374.412358  L 527.673607 369.71066  L 527.769782 370.570348  L 527.865957 369.798522  L 527.962133 370.598612  L 528.154483 374.558679  L 528.346834 374.702961  L 528.827711 382.110619  L 528.923886 381.499753  L 529.020062 381.403026  L 529.212412 383.462104  L 529.500938 372.05192  L 529.597114 371.484036  L 529.693289 370.171684  L 529.789465 365.9038  L 529.88564 366.510623  L 530.270341 376.864024  L 530.366517 377.480308  L 530.462692 377.176568  L 530.655043 379.710196  L 530.751218 378.522896  L 531.039744 369.041308  L 531.232095 380.085062  L 531.32827 380.815803  L 531.424446 379.388325  L 531.616796 382.296  L 531.809147 389.294722  L 532.001498 387.103162  L 532.097673 386.926096  L 532.290024 389.861352  L 532.482375 389.178683  L 532.770901 390.36208  L 532.963252 387.976966  L 533.059427 383.995736  L 533.155602 384.32367  L 533.347953 380.853099  L 533.444128 381.75294  L 533.540304 387.597795  L 533.732654 381.843015  L 533.82883 383.163728  L 534.021181 384.739519  L 534.117356 384.346764  L 534.405882 391.757439  L 534.598233 392.192594  L 534.694408 392.05914  L 534.886759 389.950388  L 535.079109 385.777856  L 535.175285 387.672676  L 535.559986 402.569108  L 535.656162 401.208772  L 535.944688 388.598501  L 536.233214 393.531995  L 536.425565 388.899766  L 536.52174 390.641392  L 536.714091 395.944608  L 536.810266 393.517638  L 537.002617 394.984874  L 537.194967 393.764509  L 537.291143 393.687577  L 537.387318 393.221945  L 537.579669 400.853903  L 537.675844 400.373566  L 538.252896 391.250381  L 538.349072 392.749139  L 538.541423 389.589604  L 538.637598 390.579956  L 538.733773 389.213223  L 538.829949 390.653978  L 538.926124 387.220026  L 539.022299 389.895262  L 539.21465 386.425791  L 539.310825 387.714089  L 539.503176 386.835129  L 539.695527 384.987402  L 539.791702 390.168082  L 539.984053 385.494286  L 540.080228 385.53688  L 540.176404 386.455302  L 540.272579 384.743288  L 540.46493 385.698221  L 540.753456 382.275743  L 540.945807 381.504259  L 541.041982 381.918573  L 541.234333 384.446287  L 541.330508 384.679223  L 541.522859 377.441276  L 541.619034 378.222395  L 542.196086 381.865217  L 542.580788 383.09334  L 542.773138 383.301969  L 542.965489 383.235994  L 543.15784 382.901321  L 543.446366 381.923039  L 543.734892 395.878512  L 544.023418 390.31313  L 544.215769 381.236662  L 544.311944 380.542627  L 544.40812 381.964271  L 544.60047 379.354301  L 544.696646 382.235724  L 544.792821 378.434477  L 544.888996 380.427104  L 545.177523 374.922956  L 545.273698 374.112983  L 545.369873 374.258533  L 545.658399 370.388769  L 545.754575 373.091665  L 545.946925 383.394539  L 546.043101 383.870557  L 546.139276 385.985835  L 546.235452 383.662009  L 546.331627 386.388588  L 546.427802 381.370967  L 546.523978 381.576873  L 546.716328 383.726395  L 546.812504 380.512713  L 546.908679 382.671489  L 547.004854 378.43486  L 547.10103 378.514421  L 547.293381 370.893668  L 547.389556 373.050962  L 547.485731 373.296156  L 547.581907 372.221147  L 547.966608 359.693072  L 548.062783 361.503516  L 548.158959 359.209852  L 548.35131 361.515586  L 548.54366 359.419252  L 548.736011 359.881222  L 548.832186 359.24472  L 548.928362 359.616937  L 549.024537 359.447153  L 549.120712 359.997797  L 549.216888 358.522341  L 549.313063 360.867946  L 549.505414 359.557493  L 549.697765 356.755476  L 549.890115 361.039681  L 550.082466 360.840145  L 550.178641 360.884824  L 550.274817 361.469526  L 550.467167 360.327656  L 550.563343 361.842782  L 550.659518 361.223399  L 550.755694 356.157397  L 550.948044 361.982478  L 551.04422 360.400464  L 551.23657 366.824636  L 551.332746 366.385787  L 551.621272 370.710292  L 551.813623 366.780548  L 551.909798 366.309941  L 552.005973 366.804875  L 552.102149 365.100593  L 552.294499 371.235811  L 552.390675 372.515821  L 552.48685 370.591625  L 552.679201 373.007316  L 552.871552 374.791937  L 552.967727 372.51739  L 553.063902 372.812004  L 553.256253 370.923702  L 553.352428 372.77564  L 553.448604 372.006389  L 553.640954 380.085625  L 553.73713 377.574756  L 554.025656 383.934233  L 554.121831 382.408707  L 554.218007 382.493277  L 554.314182 382.704085  L 554.410357 383.548873  L 554.506533 382.575077  L 554.602708 385.213037  L 554.795059 380.877447  L 554.891234 383.442531  L 554.98741 382.980158  L 555.468286 394.047576  L 555.564462 394.50437  L 555.756812 384.091598  L 555.949163 387.312811  L 556.045339 386.391941  L 556.141514 386.468444  L 556.237689 385.879653  L 556.43004 388.311203  L 556.526215 388.194245  L 556.910917 379.091471  L 557.007092 378.822922  L 557.103267 377.183924  L 557.295618 380.882637  L 557.391794 378.964039  L 557.584144 382.234779  L 557.68032 379.483047  L 557.87267 382.388503  L 557.968846 385.025564  L 558.065021 382.977784  L 558.161196 386.847327  L 558.257372 383.79331  L 558.353547 384.960996  L 558.449723 384.446086  L 558.642073 389.031865  L 558.834424 394.382805  L 558.930599 392.378256  L 559.026775 392.547249  L 559.12295 392.323962  L 559.219125 394.649987  L 559.315301 393.505937  L 559.507652 389.997286  L 559.603827 388.879113  L 559.700002 388.908309  L 559.892353 391.821611  L 559.988528 391.02771  L 560.084704 391.768959  L 560.180879 391.389312  L 560.277054 392.785871  L 560.37323 390.896523  L 560.469405 390.945822  L 560.661756 403.466019  L 560.757931 400.584166  L 560.854107 402.304086  L 561.334983 385.523415  L 561.527334 388.179667  L 561.719685 395.095361  L 561.81586 393.956803  L 562.008211 399.11272  L 562.104386 398.345628  L 562.200562 398.464973  L 562.296737 417.645527  L 562.392912 407.340916  L 562.489088 417.58619  L 562.681439 390.245149  L 563.06614 386.235991  L 563.258491 387.646464  L 563.450841 385.600234  L 563.643192 382.402705  L 563.835543 384.084356  L 564.220244 387.015253  L 564.412595 386.296522  L 564.604946 353.647487  L 564.701121 321.936755  L 564.893472 378.166961  L 565.181998 384.061846  L 565.278173 380.453839  L 565.374349 380.770393  L 565.470524 386.727881  L 565.662875 383.684405  L 565.75905 386.555241  L 565.855225 386.537444  L 565.951401 385.753703  L 566.047576 382.421031  L 566.143752 384.399683  L 566.239927 383.717645  L 566.336102 384.572887  L 566.432278 383.348459  L 566.720804 374.863767  L 566.913154 373.793129  L 567.00933 376.978481  L 567.105505 376.575948  L 567.201681 377.777692  L 567.490207 371.593584  L 567.778733 379.361643  L 568.067259 370.105233  L 568.163434 370.517233  L 568.355785 366.912847  L 568.45196 365.183399  L 568.740486 357.044732  L 568.836662 361.100769  L 568.932837 360.505057  L 569.029012 359.810003  L 569.606065 338.851798  L 569.70224 339.144414  L 569.894591 339.78172  L 570.086941 349.140799  L 570.183117 347.03334  L 570.279292 344.345767  L 570.471643 349.751444  L 570.567818 344.374466  L 570.663994 351.170265  L 570.760169 347.942542  L 570.856344 349.835008  L 571.048695 348.186207  L 571.14487 348.799079  L 571.241046 345.193291  L 571.337221 349.56894  L 571.433397 344.16288  L 571.529572 344.639791  L 571.625747 342.075411  L 571.721923 336.524472  L 571.818098 337.611504  L 572.010449 345.45541  L 572.202799 352.18068  L 572.298975 346.259684  L 572.39515 348.750765  L 572.587501 357.353247  L 572.683676 357.834582  L 572.876027 351.478123  L 573.068378 361.60601  L 573.260728 358.098934  L 573.356904 354.79051  L 573.549254 357.656571  L 573.741605 348.745998  L 573.837781 351.624055  L 573.933956 349.321258  L 574.030131 353.115558  L 574.126307 351.502437  L 574.318657 361.507378  L 574.414833 358.234869  L 574.607183 359.389774  L 574.703359 358.162476  L 575.184236 372.729379  L 575.280411 371.922007  L 575.376586 375.706222  L 575.472762 373.371158  L 575.568937 373.861237  L 575.665112 370.26412  L 575.761288 371.73035  L 575.857463 375.065777  L 575.953639 372.468038  L 576.145989 363.954599  L 576.242165 364.273628  L 576.434515 360.626782  L 576.626866 357.817591  L 576.723041 359.765786  L 576.819217 359.111508  L 576.915392 359.595339  L 577.011568 359.505129  L 577.107743 363.90703  L 577.300094 358.843341  L 577.396269 356.875881  L 577.877146 376.653531  L 577.973321 377.696052  L 578.261847 372.138488  L 578.454198 380.774745  L 578.550373 379.525003  L 578.742724 383.788609  L 578.838899 382.234081  L 579.03125 387.368379  L 579.223601 398.084227  L 579.415952 389.644006  L 579.512127 390.416274  L 579.608302 390.299987  L 579.704478 386.467486  L 579.896828 394.686666  L 580.089179 399.377997  L 580.185354 398.546284  L 580.377705 392.05513  L 580.473881 393.642931  L 580.570056 409.378234  L 580.762407 405.207976  L 580.858582 444.089727  L 581.050933 397.051898  L 581.339459 393.381523  L 581.72416 384.977646  L 581.820336 380.090118  L 581.916511 383.661352  L 582.397388 369.231289  L 582.493563 368.902973  L 582.685914 381.324303  L 582.97444 364.405297  L 583.359141 378.103205  L 583.647668 366.480925  L 583.743843 367.303779  L 583.840018 366.496589  L 583.936194 367.61226  L 584.032369 363.523119  L 584.128544 366.426261  L 584.22472 365.062298  L 584.41707 373.065185  L 584.513246 370.784086  L 584.801772 378.742482  L 584.897947 375.943932  L 585.090298 377.294659  L 585.186473 377.544011  L 585.378824 369.464909  L 585.474999 368.281418  L 585.763526 382.188611  L 585.859701 382.720567  L 586.052052 376.69473  L 586.340578 380.000807  L 586.436753 379.630401  L 586.91763 386.36925  L 587.013805 387.391359  L 587.206156 380.635505  L 587.302331 385.920241  L 587.398507 385.018898  L 587.590857 377.835969  L 587.687033 380.855352  L 587.783208 377.75211  L 587.975559 381.830751  L 588.071734 383.307743  L 588.264085 379.158479  L 588.36026 381.135308  L 588.456436 380.469382  L 588.744962 374.825042  L 588.937312 372.239741  L 589.033488 372.509491  L 589.129663 376.903023  L 589.322014 372.397784  L 589.418189 373.542148  L 589.61054 377.957963  L 589.706715 379.170342  L 589.802891 375.60818  L 589.899066 375.960267  L 589.995241 377.853357  L 590.091417 377.730297  L 590.187592 377.211772  L 590.283768 379.496592  L 590.379943 378.513294  L 590.476118 379.551027  L 590.572294 383.014644  L 590.668469 382.050196  L 590.764644 382.477452  L 590.86082 379.623427  L 590.956995 379.752046  L 591.245521 375.885514  L 591.341697 378.38542  L 591.534047 374.868487  L 591.630223 378.296558  L 591.822573 373.387083  L 591.918749 377.051323  L 592.207275 370.072986  L 592.30345 370.422451  L 592.399626 369.718975  L 592.591976 365.647482  L 592.784327 363.31575  L 592.880502 360.385772  L 592.976678 361.174429  L 593.072853 359.498249  L 593.169028 360.051629  L 593.265204 356.776371  L 593.361379 357.270682  L 593.457555 354.588064  L 593.55373 355.651331  L 593.746081 353.191136  L 593.842256 352.029182  L 594.034607 347.971537  L 594.226957 354.399585  L 594.419308 355.788359  L 594.515484 356.86143  L 594.611659 356.464141  L 594.99636 363.648237  L 595.381062 381.754636  L 595.477237 384.655124  L 595.573412 377.16759  L 595.669588 377.94134  L 595.861939 380.549889  L 595.958114 378.999726  L 596.150465 385.977426  L 596.24664 385.1089  L 596.342815 380.987317  L 596.535166 384.82024  L 596.631341 383.213705  L 596.727517 384.522723  L 596.823692 384.017998  L 596.919868 384.203373  L 597.016043 383.711509  L 597.112218 385.238652  L 597.208394 385.079577  L 597.593095 386.302986  L 597.785446 385.903135  L 597.881621 385.652577  L 597.977797 384.725377  L 598.170147 385.550546  L 598.458673 379.417983  L 598.651024 376.589312  L 598.843375 378.687463  L 599.035726 372.823645  L 599.324252 360.414049  L 599.420427 360.931863  L 599.516602 364.661743  L 599.612778 362.789186  L 599.708953 363.3865  L 599.805128 361.225579  L 599.901304 361.698834  L 600.18983 365.56656  L 600.286005 371.638491  L 600.478356 356.702221  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607.980034 356.233988  L 608.26856 358.577199  L 608.460911 356.794864  L 608.845613 348.06296  L 608.941788 349.110403  L 609.037963 348.127574  L 609.230314 354.933089  L 609.326489 353.869292  L 609.422665 357.574757  L 609.807366 348.098888  L 609.903542 350.045139  L 609.999717 349.920839  L 610.095892 350.38419  L 610.192068 349.496265  L 610.384418 360.283822  L 610.576769 394.213517  L 610.672944 383.658442  L 610.76912 383.958031  L 611.249997 362.028498  L 611.346172 363.44978  L 611.442347 371.056297  L 611.538523 370.177149  L 611.730873 364.679318  L 611.827049 363.224307  L 612.019399 365.086994  L 612.115575 364.099901  L 612.307926 370.371885  L 612.404101 371.10286  L 612.500276 366.175515  L 612.884978 373.189693  L 612.981153 372.619696  L 613.365855 380.82218  L 613.46203 380.725607  L 613.558205 378.480062  L 613.654381 380.124551  L 614.135257 371.16146  L 614.231433 372.229475  L 614.327608 377.994803  L 614.423784 377.180592  L 614.519959 376.515578  L 614.71231 381.87252  L 614.90466 380.224912  L 615.000836 381.527976  L 615.385537 377.054065  L 615.577888 387.292546  L 615.866414 384.618485  L 616.058765 373.488732  L 616.15494 373.345817  L 616.443466 364.591322  L 616.539642 365.74089  L 616.635817 361.085272  L 616.731992 361.877201  L 616.828168 361.735205  L 616.924343 358.871129  L 617.020518 360.270913  L 617.116694 356.092414  L 617.212869 357.558147  L 617.309044 355.111865  L 617.501395 359.976816  L 617.59757 360.871494  L 617.693746 358.937493  L 617.886097 362.894402  L 617.982272 362.082223  L 618.174623 356.347707  L 618.270798 353.207919  L 618.463149 360.302637  L 618.655499 357.100817  L 618.944026 364.752482  L 619.040201 363.03733  L 619.328727 368.845071  L 619.521078 365.187034  L 619.617253 365.493262  L 619.713428 371.042075  L 619.809604 370.898851  L 619.905779 371.509725  L 620.09813 363.834972  L 620.194305 364.539488  L 620.386656 368.40777  L 620.482831 362.467294  L 620.579007 365.939239  L 620.675182 365.873431  L 620.867533 363.057125  L 620.963708 363.214403  L 621.059884 361.98921  L 621.252234 365.611406  L 621.636936 354.150796  L 621.733111 356.224553  L 621.925462 370.636739  L 622.021637 370.014279  L 622.213988 369.225985  L 622.310163 357.060718  L 622.502514 367.816671  L 622.598689 370.625541  L 622.694865 370.07434  L 622.79104 367.204793  L 622.887215 360.374031  L 622.983391 364.991802  L 623.175742 361.646954  L 623.271917 363.216844  L 623.560443 384.512363  L 623.656618 384.589275  L 623.848969 375.98202  L 623.945144 376.917259  L 624.04132 375.689451  L 624.329846 381.365555  L 624.426021 381.97266  L 624.618372 380.467438  L 624.714547 375.901661  L 624.906898 383.3222  L 625.099249 380.064778  L 625.387775 388.39757  L 625.676301 382.508445  L 625.868652 384.485246  L 625.964827 388.860311  L 626.445704 383.854779  L 626.541879 384.807855  L 626.638055 388.12615  L 627.215107 364.636115  L 627.311282 368.861459  L 627.407457 366.918574  L 627.503633 367.489154  L 627.599808 368.744783  L 627.792159 367.526577  L 627.888334 370.682484  L 628.080685 363.982527  L 628.273036 358.636241  L 628.465386 350.405085  L 628.561562 351.955348  L 628.946263 368.884774  L 629.234789 376.086036  L 629.330965 380.633943  L 629.42714 378.137316  L 629.619491 380.280649  L 629.715666 376.889854  L 629.811842 378.130255  L 629.908017 374.254107  L 630.196543 378.760091  L 630.388894 374.121311  L 630.485069 382.01927  L 630.581244 381.878783  L 630.67742 381.026028  L 630.773595 381.831408  L 631.062121 389.087213  L 631.350647 391.107513  L 631.831524 376.562121  L 632.023875 383.652729  L 632.12005 381.736887  L 632.312401 373.17718  L 632.408576 375.366439  L 632.504752 374.914266  L 632.600927 372.809536  L 632.793278 361.342992  L 632.889453 359.428633  L 632.985628 363.27425  L 633.177979 354.917559  L 633.562681 363.114893  L 633.658856 365.141926  L 633.851207 362.136209  L 633.947382 361.252106  L 634.043557 361.655577  L 634.235908 368.136143  L 634.332084 365.418897  L 634.428259 368.58731  L 634.62061 365.429928  L 634.716785 365.513532  L 634.909136 371.677101  L 635.005311 369.499235  L 635.101486 369.693809  L 635.293837 378.195613  L 635.582363 372.851915  L 635.774714 367.442074  L 636.06324 363.363487  L 636.159415 364.600488  L 636.351766 372.410907  L 636.447942 371.144253  L 636.736468 364.412164  L 636.832643 365.038265  L 637.217344 361.349342  L 637.31352 361.725019  L 637.409695 363.365519  L 637.698221 358.029633  L 637.986747 363.892325  L 638.082923 363.194139  L 638.179098 360.60855  L 638.371449 364.519841  L 638.467624 363.140897  L 638.5638 367.415426  L 638.75615 363.31286  L 638.852326 365.71158  L 638.948501 364.224811  L 639.140852 366.630055  L 639.237027 365.605928  L 639.717904 382.986072  L 639.814079 379.891681  L 640.00643 382.470981  L 640.102605 379.836528  L 640.294956 386.805886  L 640.775833 376.899201  L 640.968184 378.855397  L 641.25671 369.52092  L 641.44906 368.319103  L 641.641411 366.226235  L 641.737586 366.246748  L 641.929937 369.383517  L 642.026113 367.56742  L 642.122288 367.584694  L 642.410814 379.73093  L 642.506989 379.712785  L 642.603165 377.1153  L 642.69934 386.114789  L 642.795515 377.597843  L 643.084042 389.020848  L 643.180217 390.193905  L 643.372568 381.093485  L 643.564918 377.481113  L 643.853444 347.38935  L 643.94962 346.632028  L 644.238146 353.277328  L 644.430497 351.074081  L 644.526672 351.316057  L 644.719023 345.411328  L 645.007549 330.64098  L 645.39225 340.425477  L 645.488426 340.58193  L 645.584601 336.433854  L 645.680776 336.669593  L 645.873127 335.424914  L 645.969302 336.468749  L 646.065478 330.684793  L 646.161653 332.26153  L 646.354004 327.903289  L 646.450179 327.907339  L 646.546355 328.439288  L 646.64253 330.787804  L 646.931056 340.241008  L 647.027231 339.221849  L 647.219582 347.578204  L 647.315758 344.063518  L 647.604284 350.081429  L 647.700459 346.598031  L 647.796634 348.365956  L 647.988985 345.486296  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655.105962 358.277301  L 655.298313 367.349283  L 655.490663 361.782124  L 655.586839 361.201506  L 655.683014 365.446276  L 655.779189 363.282042  L 656.067715 375.046291  L 656.260066 368.552126  L 656.356242 370.309624  L 656.452417 370.204917  L 656.644768 368.202541  L 656.740943 370.095161  L 656.837118 368.472478  L 656.933294 370.345713  L 657.125644 365.060192  L 657.414171 375.754273  L 657.510346 375.721986  L 657.606521 376.914342  L 657.798872 370.795761  L 657.895047 372.790379  L 658.087398 369.430389  L 658.279749 373.006042  L 658.4721 367.375716  L 658.568275 369.300054  L 658.856801 363.529201  L 659.049152 368.063166  L 659.145327 366.136308  L 659.241502 366.996982  L 659.337678 369.366492  L 659.626204 363.759334  L 659.722379 363.864141  L 659.91473 367.320255  L 660.203256 363.479633  L 660.491782 373.709619  L 660.587958 373.447124  L 660.780308 373.545843  L 660.876484 374.452309  L 660.972659 376.556643  L 661.261185 371.532342  L 661.453536 369.688847  L 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673.18693 375.762367  L 673.283105 376.277023  L 673.379281 374.809096  L 673.475456 375.072637  L 673.667807 369.256247  L 673.956333 375.185833  L 674.052508 370.660349  L 674.244859 378.550007  L 674.341034 379.554514  L 674.43721 377.158705  L 674.62956 381.479911  L 674.821911 371.601208  L 674.918087 381.243327  L 675.014262 374.58947  L 675.206613 376.1534  L 675.302788 371.335052  L 675.398963 373.427343  L 675.687489 367.625873  L 675.783665 368.968553  L 675.87984 367.901765  L 676.072191 370.856882  L 676.168366 370.774484  L 676.264542 372.88946  L 676.360717 371.58193  L 676.456892 375.813027  L 676.553068 375.787902  L 676.649243 372.096009  L 676.745418 375.80893  L 676.937769 373.155119  L 677.13012 377.966372  L 677.226295 376.776182  L 677.322471 379.816848  L 677.418646 379.011018  L 677.803347 388.571853  L 677.899523 388.718141  L 678.091874 388.15253  L 678.188049 385.867046  L 678.3804 335.264934  L 678.57275 386.034067  L 678.668926 385.382083  L 678.957452 374.805965  L 679.053627 373.955041  L 679.149802 372.043189  L 679.245978 367.848744  L 679.438329 369.328854  L 679.534504 369.225535  L 679.82303 365.269042  L 679.919205 365.549943  L 680.015381 361.89778  L 680.207731 372.088612  L 680.303907 369.765001  L 680.496258 366.279806  L 680.784784 356.114006  L 680.880959 356.270647  L 680.977134 357.236772  L 681.07331 351.736661  L 681.169485 352.497181  L 681.26566 350.5458  L 681.554187 357.410391  L 681.650362 353.971987  L 681.842713 356.320851  L 681.938888 355.065986  L 682.035063 355.669993  L 682.131239 354.890523  L 682.227414 358.171461  L 682.323589 356.623545  L 682.612116 362.129155  L 682.708291 363.28693  L 682.804466 362.429884  L 682.900642 362.51387  L 682.996817 362.499668  L 683.477694 373.268188  L 683.573869 371.540221  L 683.670045 374.342975  L 683.862395 369.736825  L 684.054746 385.086215  L 684.247097 370.327005  L 684.535623 367.365343  L 684.631798 367.805185  L 684.727974 370.668  L 684.824149 376.977126  L 685.0165 372.292916  L 685.20885 366.007729  L 685.305026 369.869024  L 685.401201 366.611568  L 685.497376 368.530132  L 685.689727 365.750847  L 685.882078 366.908764  L 685.978253 365.919297  L 686.074429 361.708698  L 686.170604 363.764437  L 686.45913 356.629365  L 686.555305 354.819954  L 686.747656 359.484946  L 686.843831 360.571643  L 686.940007 358.825504  L 687.132358 361.698794  L 687.324708 369.827577  L 687.613234 360.559123  L 687.805585 371.597212  L 687.90176 369.126307  L 687.997936 366.551775  L 688.094111 367.40217  L 688.190287 370.508456  L 688.286462 370.464501  L 688.574988 372.880702  L 688.671163 372.338588  L 688.767339 369.315932  L 688.959689 375.55343  L 689.055865 373.846016  L 689.15204 373.788362  L 689.344391 376.579254  L 689.729092 366.216043  L 689.825268 367.700981  L 689.921443 369.32363  L 690.017618 368.439702  L 690.113794 365.914851  L 690.209969 367.40514  L 690.594671 362.045885  L 690.690846 366.924931  L 690.787021 366.378209  L 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382.175234  L 696.653718 380.983676  L 696.846069 386.068648  L 696.942245 383.802128  L 697.134595 374.48868  L 697.423121 384.709854  L 697.903998 366.971454  L 698.192524 359.322142  L 698.2887 360.069875  L 698.384875 358.507462  L 698.48105 361.720393  L 698.577226 361.509725  L 698.769576 363.904723  L 698.961927 361.596186  L 699.058103 359.901225  L 699.250453 351.100126  L 699.346629 351.476145  L 699.442804 350.09885  L 699.538979 355.084815  L 699.635155 351.88262  L 699.73133 354.412567  L 699.923681 351.040909  L 700.404558 360.447906  L 700.500733 363.211124  L 700.693084 356.620548  L 700.98161 341.064044  L 701.077785 346.454171  L 701.270136 364.303574  L 701.366311 366.861932  L 701.558662 375.852778  L 701.943363 358.458659  L 702.231889 363.980603  L 702.328065 369.13322  L 702.42424 365.934921  L 702.616591 371.96621  L 702.712766 368.430321  L 702.808942 368.60738  L 702.905117 367.316553  L 703.097468 375.466412  L 703.193643 372.343409  L 703.385994 364.378656  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355.457663  L 710.695321 356.877423  L 711.080023 378.442202  L 711.272374 367.797246  L 711.368549 366.56811  L 711.5609 373.89445  L 711.75325 378.005928  L 711.849426 369.028286  L 711.945601 369.481861  L 712.041776 370.086296  L 712.137952 374.60323  L 712.426478 369.700668  L 712.811179 348.863908  L 712.907355 351.10842  L 713.00353 347.746647  L 713.195881 378.019499  L 713.484407 363.034145  L 713.580582 369.355059  L 713.676758 368.815841  L 713.772933 364.881772  L 714.25381 390.411828  L 714.349985 383.189189  L 714.446161 385.24708  L 714.638511 381.098944  L 714.830862 391.897517  L 714.927037 391.465695  L 715.119388 388.263486  L 715.215563 389.251049  L 715.311739 398.212798  L 715.407914 391.887942  L 715.50409 392.260722  L 715.69644 388.496376  L 715.792616 390.411252  L 715.984966 378.211599  L 716.081142 385.66519  L 716.177317 384.488002  L 716.369668 367.107026  L 716.465843 368.767743  L 716.658194 378.891345  L 716.850545 373.558966  L 716.94672 367.719575  L 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336.474932  L 748.011362 336.075752  L 748.203713 342.88977  L 748.492239 331.714131  L 748.588414 334.601073  L 748.780765 345.534777  L 748.87694 345.184923  L 749.165466 356.078218  L 749.261642 356.89827  L 749.453992 356.452843  L 749.646343 358.845742  L 750.319571 336.720555  L 750.415746 336.842569  L 750.511921 327.058004  L 750.608097 328.779071  L 750.800448 327.06074  L 750.896623 327.023471  L 751.185149 350.385853  L 751.281324 345.22879  L 751.3775 341.946786  L 751.56985 359.752208  L 751.762201 366.26844  L 751.858377 369.545161  L 751.954552 368.374792  L 752.050727 374.81831  L 752.146903 368.996649  L 752.243078 382.10217  L 752.339253 380.91015  L 752.435429 387.570645  L 752.531604 387.118297  L 752.627779 386.034108  L 752.723955 387.374924  L 752.82013 386.375412  L 752.916306 388.332694  L 753.204832 380.12563  L 753.397182 386.549816  L 753.685708 374.371058  L 753.781884 374.998494  L 753.974235 373.37795  L 754.166585 366.98742  L 754.262761 367.986475  L 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 L 788.308839 386.312112  L 788.50119 388.71466  L 788.597365 387.401263  L 788.885891 364.82922  L 789.174417 357.651958  L 789.366768 349.177478  L 789.559119 343.012548  L 789.655294 342.804234  L 789.751469 341.126365  L 789.847645 344.158938  L 789.94382 341.422695  L 790.232346 357.016777  L 790.520872 367.719455  L 790.617048 375.276579  L 790.905574 363.03959  L 791.001749 368.850375  L 791.386451 344.180114  L 791.482626 343.169484  L 791.771152 356.912855  L 791.867327 359.077813  L 791.963503 365.455804  L 792.252029 353.407885  L 792.540555 347.349868  L 792.63673 348.467879  L 792.732906 348.259177  L 792.925256 351.02729  L 793.021432 348.063241  L 793.309958 358.869452  L 793.406133 359.455515  L 793.502308 358.400998  L 793.694659 361.007307  L 793.790835 358.689523  L 793.88701 359.428841  L 793.983185 358.168866  L 794.175536 359.049844  L 794.367887 350.340236  L 794.560237 357.355714  L 794.752588 361.234309  L 794.848764 358.984982  L 794.944939 361.583211  L 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327.538348  L 800.619285 327.632855  L 800.715461 327.597598  L 800.907811 329.805391  L 801.003987 327.664653  L 801.100162 327.756384  L 801.196337 327.573525  L 801.388688 327.651617  L 801.677214 327.644027  L 801.77339 327.610405  L 802.158091 385.872256  L 802.446617 391.140953  L 802.638968 385.088844  L 803.119845 355.910104  L 803.312195 358.251076  L 803.408371 348.718954  L 803.504546 351.759446  L 803.696897 347.533304  L 803.793072 353.41907  L 803.889248 353.049589  L 804.081598 341.399561  L 804.177774 340.156357  L 804.562475 361.529902  L 804.658651 353.620557  L 804.754826 355.774103  L 804.851001 354.962614  L 804.947177 355.476492  L 805.043352 358.139027  L 805.331878 349.443298  L 805.428053 352.626061  L 805.620404 343.711921  L 805.71658 346.344267  L 805.812755 344.219918  L 805.90893 347.133306  L 806.005106 346.33901  L 806.197456 331.60467  L 806.293632 333.301168  L 806.485982 327.435606  L 806.678333 326.125025  L 806.774509 327.29137  L 806.966859 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386.341147  L 156.436707 390.659047  L 156.917584 386.139029  L 157.109935 388.355821  L 157.590812 379.765182  L 157.686987 381.067294  L 157.783162 380.393751  L 158.071689 385.679479  L 158.167864 386.499766  L 158.360215 389.225668  L 158.45639 389.002569  L 158.552565 389.548284  L 158.648741 390.959307  L 158.744916 390.781215  L 158.841091 386.511393  L 159.033442 376.256061  L 159.129618 381.93983  L 159.225793 380.84524  L 159.418144 368.834342  L 159.514319 368.268134  L 159.610494 348.255958  L 159.802845 130.003752  L 160.091371 360.74197  L 160.283722 378.681241  L 160.379897 378.852828  L 160.572248 389.171937  L 160.764599 389.502714  L 160.860774 389.376033  L 160.956949 389.56883  L 161.245476 386.178022  L 161.534002 378.251551  L 161.630177 378.7075  L 161.822528 380.645362  L 161.918703 378.808833  L 162.014878 379.437738  L 162.207229 383.656946  L 162.303404 382.857306  L 162.39958 383.780449  L 162.591931 386.346833  L 162.880457 385.388252  L 163.072807 386.019563  L 163.168983 386.059046  L 163.361333 384.631788  L 163.553684 385.790918  L 163.64986 385.81365  L 163.746035 386.194913  L 164.130736 382.508491  L 164.419262 376.558507  L 164.515438 379.100436  L 164.611613 378.776446  L 164.707789 378.873562  L 164.803964 379.488083  L 164.996315 375.531073  L 165.381016 372.088927  L 165.477191 372.806452  L 165.573367 373.446937  L 165.765718 376.922228  L 165.861893 376.879111  L 165.958068 377.18723  L 166.246594 380.300899  L 166.34277 380.771929  L 166.53512 382.958794  L 166.727471 378.671082  L 166.823647 379.20519  L 166.919822 381.505909  L 167.304523 377.437849  L 167.400699 377.477754  L 167.593049 378.593492  L 167.977751 384.865764  L 168.170102 382.680213  L 168.458628 384.79543  L 168.554803 386.817407  L 168.747154 385.165836  L 168.843329 391.061144  L 169.03568 383.489939  L 169.228031 371.180933  L 169.324206 368.719765  L 169.420381 372.334028  L 169.516557 371.038514  L 169.612732 358.252672  L 170.189784 388.256807  L 170.28596 387.670503  L 170.382135 385.175707  L 170.574486 388.899471  L 170.766836 389.87428  L 170.863012 390.042642  L 171.247713 385.48398  L 171.440064 347.274484  L 171.536239 243.281647  L 171.824765 378.094769  L 172.017116 389.803952  L 172.209467 388.623123  L 172.305642 389.885626  L 172.401818 389.718692  L 172.497993 388.618993  L 172.690344 385.665337  L 172.882694 385.588667  L 172.97887 385.990904  L 173.075045 385.400885  L 173.17122 385.849914  L 173.267396 385.102999  L 173.555922 388.473349  L 173.652097 387.107561  L 173.748273 387.446143  L 174.036799 390.6761  L 174.132974 391.132249  L 174.325325 384.833584  L 174.517676 385.536464  L 174.710026 389.699668  L 174.902377 376.23058  L 174.998552 380.064999  L 175.094728 379.016906  L 175.190903 383.362339  L 175.287078 382.539679  L 175.479429 372.850333  L 175.67178 372.14978  L 175.767955 371.870535  L 175.864131 373.249399  L 175.960306 372.604448  L 176.056481 375.836222  L 176.152657 372.67035  L 176.729709 384.625646  L 176.92206 385.840445  L 177.018235 384.606247  L 177.210586 386.126007  L 177.306761 384.740465  L 177.499112 387.472268  L 177.595287 385.935349  L 177.691462 382.379833  L 177.979989 352.336362  L 178.172339 203.718822  L 178.36469 364.46499  L 178.557041 387.031608  L 178.653216 387.220006  L 178.749391 386.933801  L 178.941742 387.80741  L 179.037918 387.851137  L 179.422619 380.129258  L 179.61497 374.611344  L 179.903496 382.018888  L 179.999671 381.743519  L 180.095847 380.920758  L 180.192022 381.315854  L 180.288197 384.007933  L 180.384373 383.213161  L 180.576723 385.885185  L 180.961425 383.287076  L 181.0576 383.776667  L 181.346126 390.279461  L 181.538477 389.446588  L 181.730828 391.037239  L 182.019354 390.359699  L 182.115529 390.171073  L 182.30788 390.922474  L 182.500231 388.521166  L 182.596406 388.175563  L 182.981107 378.340533  L 183.269634 384.584193  L 183.365809 384.072313  L 184.039036 358.138631  L 184.327563 371.182394  L 184.423738 371.448959  L 184.616089 377.128067  L 185.096965 389.837105  L 185.481667 368.635952  L 185.577842 387.284198  L 185.674018 386.860966  L 185.770193 380.683858  L 185.866368 381.457045  L 186.058719 387.709985  L 186.154894 388.00065  L 186.25107 387.877892  L 186.347245 388.184106  L 186.539596 387.954315  L 186.635771 385.524676  L 186.828122 374.982005  L 187.020473 381.720163  L 187.212823 380.024786  L 187.308999 379.098626  L 187.405174 369.006942  L 187.597525 384.221182  L 187.789876 387.456074  L 187.886051 387.704574  L 187.982226 387.015763  L 188.078402 385.518741  L 188.270752 388.592352  L 188.463103 388.190604  L 188.751629 386.841875  L 188.847805 388.221047  L 189.040155 386.261968  L 189.136331 387.503227  L 189.232506 387.449804  L 189.424857 386.445559  L 189.617207 388.717242  L 189.713383 388.672449  L 189.905734 389.626444  L 190.001909 389.214497  L 190.19426 390.791086  L 190.290435 390.788759  L 190.482786 390.946594  L 190.578961 390.697007  L 190.675136 386.947105  L 190.771312 371.8725  L 190.867487 377.857668  L 191.156013 363.077999  L 191.444539 386.690008  L 191.540715 382.192655  L 191.63689 370.045192  L 191.733065 374.659905  L 191.925416 388.916758  L 192.021592 389.693238  L 192.117767 381.750902  L 192.213942 358.997937  L 192.502468 382.60092  L 192.598644 385.108846  L 192.88717 369.930561  L 192.983345 312.854071  L 193.175696 346.470854  L 193.271871 341.22971  L 193.560397 48.418116  L 193.945099 377.07392  L 194.041274 380.387179  L 194.137449 377.44554  L 194.233625 378.681274  L 194.3298 377.456055  L 194.425976 381.088463  L 194.522151 319.56701  L 194.810677 387.234363  L 194.906852 387.72282  L 195.099203 384.421651  L 195.195378 379.415851  L 195.387729 344.793883  L 195.483905 328.739736  L 195.772431 373.854988  L 196.157132 387.339371  L 196.349483 387.976423  L 196.541834 387.219778  L 196.83036 389.009073  L 196.926535 388.760962  L 197.118886 385.539502  L 197.215061 384.938821  L 197.311236 379.319895  L 197.503587 383.186272  L 197.599763 379.752636  L 197.695938 380.633104  L 197.792113 380.548829  L 197.984464 380.961621  L 198.176815 384.182123  L 198.27299 382.915959  L 198.369165 379.259713  L 198.465341 380.118167  L 198.657692 378.887154  L 198.753867 379.59861  L 198.946218 378.066331  L 199.042393 378.423031  L 199.234744 381.70399  L 199.330919 381.517744  L 199.52327 385.237009  L 199.619445 387.239211  L 200.100322 377.977724  L 200.196497 377.367622  L 200.388848 371.152769  L 200.485023 373.725256  L 200.773549 364.373513  L 200.869725 367.574421  L 201.062076 365.692241  L 201.254426 362.772181  L 201.446777 364.874918  L 201.639128 359.715388  L 201.831478 363.493467  L 202.023829 360.580561  L 202.120005 361.290508  L 202.21618 360.625629  L 202.312355 357.998405  L 202.504706 362.239474  L 202.600881 362.177964  L 202.697057 359.525943  L 202.793232 360.791993  L 202.889407 357.863416  L 203.177934 362.008945  L 203.274109 356.191495  L 203.46646 363.015102  L 203.562635 362.931785  L 204.524389 380.770983  L 204.620564 380.733352  L 204.716739 379.581598  L 204.90909 372.800967  L 205.005265 372.996165  L 205.293792 367.679316  L 205.389967 369.585421  L 205.486142 367.436167  L 205.582318 368.764001  L 205.870844 377.562324  L 205.967019 375.760858  L 206.351721 383.901436  L 206.447896 383.736702  L 206.640247 378.996588  L 206.736422 378.146033  L 207.313474 386.29331  L 207.40965 385.571997  L 207.505825 386.263919  L 207.698176 388.595966  L 207.890526 386.829637  L 208.082877 385.119501  L 208.179052 370.972652  L 208.371403 323.382439  L 208.467578 324.201988  L 208.563754 299.785303  L 208.756105 386.71846  L 208.85228 385.554361  L 209.044631 380.040242  L 209.236981 367.243162  L 209.333157 366.422701  L 209.621683 356.425243  L 209.717858 352.132863  L 209.814034 356.980607  L 209.910209 352.552039  L 210.006384 352.824531  L 210.198735 357.772322  L 210.391086 355.622887  L 210.487261 351.208192  L 210.583436 355.961857  L 210.775787 351.730579  L 210.871963 349.106534  L 210.968138 350.86281  L 211.160489 345.787253  L 211.352839 340.818005  L 211.449015 339.65347  L 211.641365 343.039893  L 211.929892 355.261439  L 212.026067 355.433811  L 212.218418 359.925773  L 212.410768 361.956226  L 212.506944 360.048002  L 212.603119 364.60997  L 212.699294 364.059621  L 212.891645 362.575172  L 213.083996 367.605065  L 213.180171 366.91738  L 213.276347 366.505346  L 213.372522 369.108001  L 213.468697 366.616128  L 213.661048 373.094836  L 213.853399 377.302518  L 213.949574 377.854852  L 214.2381 383.85541  L 214.718977 386.443916  L 215.007503 385.530235  L 215.103679 383.957059  L 215.199854 377.770108  L 215.48838 303.264021  L 215.584555 337.462226  L 215.680731 308.024902  L 215.873081 378.017267  L 216.065432 386.129091  L 216.161607 384.739419  L 216.450134 376.321085  L 216.546309 376.20471  L 216.834835 369.839319  L 217.027186 368.570989  L 217.123361 369.074695  L 217.315712 372.33612  L 217.411887 377.232928  L 217.508063 389.191624  L 217.604238 383.049641  L 217.796589 388.288907  L 217.892764 388.731525  L 217.988939 390.098721  L 218.18129 389.34909  L 218.277465 389.604463  L 218.373641 389.046363  L 218.662167 380.131411  L 218.950693 384.486386  L 219.046868 384.381773  L 219.143044 382.292352  L 219.335394 383.771302  L 219.43157 382.726314  L 219.527745 383.768553  L 219.623921 383.316621  L 219.816271 385.128808  L 219.912447 384.953975  L 220.008622 386.242421  L 220.104797 385.330584  L 220.200973 385.74107  L 220.297148 387.003451  L 220.489499 385.197714  L 220.970376 388.533497  L 221.355077 383.08689  L 221.643603 366.338419  L 221.835954 373.377534  L 222.028305 373.384937  L 222.12448 371.666071  L 222.316831 330.427382  L 222.413006 338.323631  L 222.701532 372.666213  L 222.893883 380.834324  L 222.990058 365.254122  L 223.182409 383.191402  L 223.470935 365.973042  L 223.663286 384.548452  L 223.759461 384.830077  L 223.855636 386.352405  L 223.951812 385.940727  L 224.047987 384.751033  L 224.336513 386.749976  L 224.432689 386.985548  L 224.721215 382.056908  L 224.81739 384.613898  L 224.913565 384.203252  L 225.009741 386.339859  L 225.202092 384.157782  L 225.298267 384.354334  L 225.394442 381.311334  L 225.586793 384.721931  L 225.682968 376.752283  L 225.875319 386.23243  L 226.06767 382.407251  L 226.163845 385.416931  L 226.260021 385.175955  L 226.356196 386.158153  L 226.452371 385.337028  L 226.548547 383.004378  L 226.644722 377.343281  L 226.933248 387.279162  L 227.125599 388.283656  L 227.221774 387.723631  L 227.31795 388.293393  L 227.702651 384.943944  L 227.798826 378.468602  L 227.991177 384.917598  L 228.087352 388.569446  L 228.183528 388.528213  L 228.472054 388.73581  L 228.664405 387.933447  L 228.856755 387.304114  L 228.952931 387.269587  L 229.241457 381.025049  L 229.529983 370.368552  L 229.626158 369.42707  L 230.01086 375.239685  L 230.107035 375.527204  L 230.20321 374.763009  L 230.395561 378.176489  L 230.587912 374.206357  L 230.780263 379.817854  L 230.876438 379.552932  L 230.972613 381.677147  L 231.068789 381.087296  L 231.164964 379.704899  L 231.357315 376.043268  L 231.549665 383.130462  L 231.645841 380.963921  L 231.838192 382.576814  L 232.126718 384.934838  L 232.222893 384.642283  L 232.319068 384.703652  L 232.511419 385.353423  L 232.70377 386.523778  L 232.799945 386.434857  L 232.896121 385.864458  L 232.992296 383.072674  L 233.088471 385.617956  L 233.280822 377.727796  L 233.665523 345.736747  L 233.761699 341.084321  L 233.857874 208.445465  L 234.1464 368.209997  L 234.338751 382.340585  L 234.531102 385.303333  L 234.627277 384.890635  L 234.819628 382.813526  L 235.011979 384.706904  L 235.204329 385.576644  L 235.300505 385.124074  L 235.589031 382.347941  L 235.781381 384.61882  L 235.877557 384.422757  L 235.973732 382.382119  L 236.166083 369.84994  L 236.262258 340.220865  L 236.550784 380.65992  L 236.64696 382.225847  L 236.743135 386.659082  L 236.83931 386.207613  L 237.127837 381.204609  L 237.416363 371.495482  L 237.704889 356.650099  L 237.897239 351.02554  L 238.08959 348.368209  L 238.185765 341.869914  L 238.281941 342.024194  L 238.378116 339.106434  L 238.666642 353.123537  L 238.762818 354.000988  L 238.858993 353.977103  L 239.051344 365.404413  L 239.147519 367.90845  L 239.243694 367.585224  L 239.436045 370.37973  L 239.628396 376.307097  L 239.724571 377.740852  L 239.820747 376.994748  L 239.916922 377.643239  L 240.013097 377.230105  L 240.205448 379.366974  L 240.397799 376.271437  L 240.493974 374.835235  L 240.59015 375.28077  L 240.7825 372.757891  L 240.878676 374.199967  L 240.974851 372.979495  L 241.167202 374.187199  L 241.263377 374.144338  L 241.359552 372.645586  L 241.551903 374.329598  L 241.648079 374.72291  L 241.744254 378.10063  L 241.840429 373.799003  L 241.936605 374.528417  L 242.03278 373.750207  L 242.128955 371.593637  L 242.225131 372.347519  L 242.321306 371.40823  L 242.513657 377.286733  L 242.609832 373.825483  L 242.706008 375.382063  L 242.802183 374.48935  L 242.994534 376.141035  L 243.090709 375.550526  L 243.186884 376.961395  L 243.28306 376.368305  L 243.379235 377.775177  L 243.47541 376.135006  L 243.763937 381.639241  L 244.244813 387.765695  L 244.340989 387.74191  L 244.437164 387.922866  L 244.533339 388.60119  L 244.629515 388.567602  L 244.821866 388.289088  L 244.918041 388.50752  L 245.014216 386.8428  L 245.206567 370.197393  L 245.302742 374.635873  L 245.495093 390.573076  L 245.591268 390.815058  L 245.687444 389.743153  L 245.783619 383.606346  L 246.072145 390.397612  L 246.264496 389.214524  L 246.360671 386.358494  L 246.456847 388.708438  L 246.553022 388.193588  L 246.841548 390.172407  L 246.937723 389.7869  L 247.130074 386.725152  L 247.22625 387.308412  L 247.322425 390.912442  L 247.4186 388.143645  L 247.514776 388.209963  L 247.707126 385.419647  L 247.803302 380.451016  L 247.899477 380.933646  L 247.995652 381.262585  L 248.091828 382.546753  L 248.188003 381.008111  L 248.476529 390.228399  L 248.66888 390.621463  L 248.765055 390.433608  L 248.861231 389.805575  L 248.957406 390.050105  L 249.149757 384.920361  L 249.342108 389.894678  L 249.438283 388.706393  L 249.822984 390.988436  L 250.015335 390.766161  L 250.207686 390.890274  L 250.303861 390.15506  L 250.496212 384.001577  L 250.592387 384.226386  L 250.784738 371.303617  L 250.880913 369.528524  L 250.977089 362.436194  L 251.073264 341.241137  L 251.265615 370.123552  L 251.457966 378.01496  L 251.650316 373.0563  L 251.842667 364.783314  L 252.035018 373.674931  L 252.131193 355.261908  L 252.227368 363.016503  L 252.419719 338.456293  L 252.515895 345.356437  L 252.708245 369.376832  L 252.804421 356.548577  L 252.996771 385.588291  L 253.189122 383.510109  L 253.285297 380.70018  L 253.477648 386.786581  L 253.573823 385.812121  L 253.669999 381.83055  L 253.958525 386.930958  L 254.247051 389.899654  L 254.343226 388.657268  L 254.535577 390.239496  L 254.631752 390.070712  L 254.727928 389.283148  L 254.824103 389.40547  L 254.920279 389.213223  L 255.112629 388.419242  L 255.208805 388.439754  L 255.497331 387.202827  L 255.689681 387.763609  L 256.170558 379.15003  L 256.266734 378.272901  L 256.362909 379.421852  L 256.459084 383.100958  L 256.55526 382.640852  L 256.74761 384.317749  L 257.132312 374.306692  L 257.517013 363.179414  L 257.709364 366.102069  L 257.99789 358.950254  L 258.094066 356.54556  L 258.286416 360.217202  L 258.382592 358.878538  L 258.478767 359.412553  L 258.574942 360.778387  L 258.671118 364.82741  L 258.767293 358.231684  L 258.863468 358.554373  L 258.959644 358.510244  L 259.055819 357.578733  L 259.151995 354.920959  L 259.440521 360.245795  L 259.632871 353.699951  L 259.825222 346.974922  L 260.017573 354.349065  L 260.209924 357.087192  L 260.306099 350.990028  L 260.402274 355.679112  L 260.49845 355.258924  L 260.594625 352.767494  L 260.6908 354.723797  L 260.883151 361.679972  L 260.979326 362.91413  L 261.171677 362.073063  L 261.364028 366.825381  L 261.652554 364.045137  L 261.748729 363.840739  L 261.844905 360.99511  L 262.133431 366.340437  L 262.229606 362.418095  L 262.325781 362.548437  L 262.421957 360.909185  L 262.614308 361.901415  L 262.710483 362.827622  L 262.806658 362.761391  L 263.095184 359.515838  L 263.479886 368.64249  L 263.768412 373.072775  L 263.864587 376.382923  L 263.960763 376.260674  L 264.537815 388.089927  L 264.63399 387.982216  L 264.922516 390.002168  L 265.018692 389.532647  L 265.114867 390.085705  L 265.211042 389.985585  L 265.307218 390.220587  L 265.595744 381.621921  L 265.691919 382.205288  L 265.88427 375.459673  L 265.980445 374.981992  L 266.172796 379.700111  L 266.268971 379.997729  L 266.365147 381.821276  L 266.461322 381.760484  L 266.557497 381.016835  L 266.653673 381.939327  L 266.846024 386.344077  L 267.038374 386.727492  L 267.230725 388.20728  L 267.3269 388.007603  L 267.423076 387.079975  L 267.615426 384.410707  L 267.711602 386.036267  L 268.288654 375.379488  L 268.481005 363.495277  L 268.57718 367.133426  L 268.769531 361.886167  L 268.865706 362.403618  L 269.154232 368.024797  L 269.538934 374.308871  L 269.635109 374.999124  L 269.82746 377.246668  L 269.923635 377.528105  L 270.01981 376.341818  L 270.693038 384.218091  L 270.885389 385.904497  L 271.077739 384.474879  L 271.173915 386.219904  L 271.27009 384.545569  L 271.366266 386.052125  L 271.462441 385.926149  L 271.654792 386.400746  L 272.328019 390.105091  L 272.424195 390.126361  L 272.52037 389.963644  L 272.712721 380.94243  L 272.905071 364.082057  L 273.001247 374.934859  L 273.097422 371.971983  L 273.289773 355.926191  L 273.482124 385.273648  L 273.578299 388.583319  L 273.674474 387.41562  L 273.866825 383.049634  L 273.963 383.171829  L 274.155351 391.108539  L 274.251526 392.486302  L 274.443877 390.314035  L 274.540053 390.562273  L 274.732403 392.041398  L 274.828579 392.362934  L 274.924754 392.205723  L 275.020929 392.595193  L 275.21328 392.068441  L 275.405631 387.998926  L 275.501806 388.154367  L 275.597982 386.909815  L 276.078858 392.131198  L 276.175034 391.745838  L 276.367384 388.156285  L 276.559735 378.317292  L 276.65591 389.694686  L 276.752086 388.043444  L 277.040612 376.816421  L 277.232963 375.314532  L 277.617664 381.375754  L 277.713839 380.830032  L 277.810015 382.438754  L 278.002366 381.805397  L 278.098541 383.5639  L 278.194716 383.554814  L 278.387067 382.705755  L 278.483242 383.170534  L 278.579418 381.276808  L 278.675593 381.644304  L 278.771768 381.5758  L 278.964119 384.051432  L 279.060295 383.692184  L 279.15647 383.891472  L 279.444996 382.515733  L 279.541171 382.964702  L 279.925873 388.575608  L 280.118224 388.045972  L 280.310574 384.746547  L 280.502925 387.318732  L 280.695276 388.626516  L 280.791451 388.650073  L 280.983802 386.378181  L 281.079977 387.849916  L 281.368503 385.681437  L 281.560854 387.288476  L 281.657029 387.20579  L 281.753205 384.964074  L 282.041731 387.384446  L 282.234082 386.052172  L 282.330257 387.49744  L 282.522608 385.111495  L 282.714958 387.510248  L 282.811134 387.376325  L 283.003484 385.455569  L 283.09966 385.003536  L 283.388186 386.351648  L 283.484361 386.066636  L 283.676712 386.287945  L 283.965238 387.319885  L 284.157589 386.841037  L 284.253764 387.070735  L 284.446115 387.792054  L 284.830816 386.422565  L 284.926992 387.179558  L 285.023167 386.782464  L 285.215518 384.195722  L 285.407868 385.904993  L 285.696395 385.051266  L 285.79257 384.428705  L 285.984921 379.961721  L 286.177271 381.630564  L 286.273447 380.088428  L 286.369622 375.417294  L 286.465797 376.007548  L 286.561973 381.350495  L 286.850499 340.243006  L 287.331376 380.703921  L 287.427551 383.061174  L 287.523726 380.629497  L 287.812253 386.520801  L 287.908428 387.047567  L 288.004603 386.641045  L 288.100779 384.96748  L 288.48548 386.611574  L 288.581655 386.548227  L 288.774006 387.029281  L 288.966357 386.680299  L 289.062532 386.966055  L 289.158708 386.470054  L 289.254883 386.729564  L 289.447234 386.384619  L 289.543409 386.153231  L 289.73576 385.178825  L 289.831935 384.814091  L 290.024286 382.403054  L 290.312812 376.160393  L 290.408987 375.382003  L 290.505163 372.805285  L 290.697513 376.281448  L 290.98604 369.852341  L 291.466916 359.67498  L 291.563092 360.363698  L 291.659267 357.464625  L 291.755442 360.474795  L 291.851618 360.122306  L 291.947793 359.800863  L 292.043968 353.97713  L 292.140144 356.686791  L 292.332495 364.893104  L 292.524845 373.032462  L 292.909547 386.52469  L 293.101897 388.860673  L 293.198073 388.874554  L 293.294248 388.303008  L 293.8713 390.26546  L 294.063651 389.904777  L 294.448353 386.403723  L 294.544528 386.258709  L 294.640703 385.111877  L 294.736879 385.291263  L 294.833054 385.13359  L 294.929229 386.059669  L 295.12158 388.984095  L 295.217755 389.129819  L 295.313931 388.795053  L 295.410106 389.157071  L 295.506282 388.902227  L 295.698632 386.98825  L 295.890983 382.347418  L 295.987158 382.772555  L 296.083334 381.399163  L 296.275684 382.978703  L 296.37186 382.751379  L 296.468035 381.967986  L 296.564211 382.2465  L 296.660386 381.840856  L 296.756561 380.445222  L 297.045087 381.610883  L 297.141263 380.646884  L 297.333613 382.955669  L 297.718315 378.001636  L 297.910666 378.893088  L 298.006841 378.438776  L 298.103016 378.492795  L 298.295367 380.354108  L 298.391542 379.828509  L 298.487718 381.260574  L 298.680069 378.31469  L 298.872419 380.95444  L 298.968595 379.664653  L 299.353296 388.029524  L 299.449471 388.64493  L 299.641822 387.99906  L 299.930348 388.989366  L 300.31505 375.394683  L 300.411225 375.37057  L 300.5074 376.676846  L 300.892102 391.677261  L 300.988277 391.985809  L 301.276803 391.449863  L 301.469154 391.26579  L 301.565329 388.042687  L 301.75768 354.946091  L 302.046206 186.946701  L 302.142382 341.271365  L 302.430908 60.014914  L 302.623258 386.975281  L 302.719434 389.34732  L 303.104135 374.634914  L 303.200311 370.591745  L 303.488837 377.64965  L 303.585012 381.55272  L 303.681187 380.93901  L 303.873538 384.588853  L 303.969713 384.379775  L 304.162064 385.046243  L 304.354415 388.172666  L 304.546766 383.511839  L 304.739116 386.478  L 305.027642 388.425954  L 305.123818 388.530285  L 305.219993 387.733917  L 305.412344 388.424901  L 305.604695 384.18341  L 305.70087 386.055927  L 305.893221 383.469654  L 305.989396 384.360335  L 306.085571 382.701678  L 306.181747 383.484038  L 306.277922 386.395099  L 306.374097 385.589961  L 306.566448 388.086614  L 306.662624 387.925997  L 306.95115 376.636184  L 307.047325 374.896704  L 307.1435 376.310416  L 307.239676 375.54144  L 307.335851 375.854099  L 307.528202 372.731766  L 308.105254 354.495547  L 308.682306 372.016689  L 309.067008 388.352428  L 309.163183 386.907589  L 309.355534 364.959509  L 309.451709 371.69703  L 309.547884 388.886691  L 309.64406 359.410823  L 309.740235 372.380242  L 309.836411 372.018499  L 309.932586 357.020539  L 310.413463 388.452374  L 310.509638 385.925559  L 310.990515 390.143259  L 311.08669 389.707098  L 311.279041 387.328797  L 311.375216 386.764507  L 311.471392 387.241155  L 311.759918 380.30442  L 311.856093 380.888692  L 312.048444 383.005679  L 312.144619 379.185697  L 312.240795 380.241133  L 312.433145 376.854797  L 312.625496 379.983795  L 312.721671 380.909855  L 312.817847 380.316309  L 312.914022 381.956533  L 313.010198 378.582126  L 313.106373 379.06599  L 313.202548 379.011622  L 313.394899 379.680343  L 313.683425 379.909304  L 314.068126 387.312086  L 314.356653 380.358708  L 314.452828 380.861561  L 315.02988 374.594117  L 315.222231 376.765044  L 315.318406 374.812416  L 315.414582 375.756144  L 315.510757 379.1045  L 315.606932 378.85665  L 315.703108 379.069437  L 315.799283 377.119873  L 316.087809 381.319958  L 316.183984 382.747758  L 316.28016 388.054824  L 316.376335 387.952652  L 316.472511 388.664644  L 316.568686 387.513708  L 316.664861 388.617035  L 316.761037 388.468662  L 316.953387 387.890377  L 317.145738 387.685443  L 317.241913 386.501744  L 317.338089 386.564756  L 317.53044 388.065774  L 317.72279 388.580523  L 317.915141 389.026735  L 318.011316 389.192355  L 318.107492 389.087843  L 318.203667 388.760855  L 318.588369 385.62094  L 318.684544 384.874314  L 318.876895 388.870229  L 318.97307 388.462888  L 319.165421 389.459999  L 319.261596 388.223702  L 319.453947 384.952326  L 319.646298 387.242657  L 319.742473 386.964559  L 319.838648 385.950838  L 320.030999 389.990312  L 320.127174 389.102776  L 320.22335 388.551542  L 320.4157 383.550315  L 320.608051 346.684599  L 320.704227 344.67081  L 320.896577 13.225897  L 321.088928 327.930876  L 321.185103 333.605625  L 321.377454 372.533162  L 321.569805 380.111911  L 321.66598 378.868673  L 321.762155 375.204836  L 321.858331 376.884892  L 322.050682 388.37866  L 322.146857 389.082177  L 322.435383 387.275092  L 322.531558 387.599405  L 322.91626 376.751257  L 323.108611 371.968436  L 323.204786 376.110585  L 323.300961 376.027537  L 323.397137 376.80747  L 323.589487 370.590719  L 323.685663 369.547997  L 324.262715 381.702038  L 324.647416 385.591932  L 324.743592 383.128652  L 324.839767 384.033958  L 325.224469 377.805647  L 325.416819 382.398689  L 325.512995 382.237072  L 325.801521 385.485603  L 325.993871 383.315441  L 326.186222 385.732761  L 326.282398 385.307511  L 326.378573 385.517145  L 326.667099 388.116092  L 326.85945 387.049565  L 326.955625 387.544828  L 327.0518 389.573886  L 327.147976 387.618851  L 327.244151 388.02194  L 327.340327 385.103703  L 327.436502 385.436491  L 327.628853 386.733386  L 327.821203 384.192543  L 327.917379 384.310902  L 328.013554 385.290653  L 328.398256 378.46423  L 328.494431 379.976044  L 328.686782 376.237815  L 328.782957 376.959792  L 328.975308 381.295147  L 329.071483 378.493459  L 329.263834 383.994315  L 329.360009 382.88671  L 329.840886 387.689835  L 329.937061 387.336676  L 330.033237 386.872251  L 330.129412 387.953926  L 330.417938 381.669738  L 330.898815 363.981159  L 331.091166 360.298902  L 331.668218 381.49689  L 331.956744 386.518904  L 332.149095 384.021049  L 332.24527 385.707213  L 332.341445 385.396775  L 332.437621 385.439516  L 332.533796 385.687767  L 332.629971 386.696627  L 332.726147 384.000162  L 332.822322 384.52623  L 333.110848 389.254824  L 333.207024 388.865575  L 333.399374 386.845302  L 333.49555 387.255981  L 333.6879 390.304325  L 333.784076 390.41732  L 334.168777 388.303987  L 334.361128 384.087119  L 334.457303 384.86966  L 334.553479 383.651327  L 334.649654 383.79398  L 334.745829 382.80906  L 334.842005 384.630722  L 335.130531 381.708764  L 335.322882 385.416871  L 335.419057 384.348936  L 335.803758 389.129162  L 335.899934 387.948809  L 335.996109 389.591669  L 336.092285 389.120137  L 336.476986 389.874883  L 336.765512 389.431213  L 337.150213 386.418495  L 337.727266 382.895662  L 337.823441 383.006866  L 337.919616 383.32906  L 338.015792 383.09491  L 338.111967 382.195511  L 338.304318 384.566162  L 338.400493 383.903636  L 338.496669 383.939182  L 338.88137 387.897499  L 338.977545 384.904656  L 339.073721 385.399101  L 339.266071 387.51523  L 339.362247 387.677638  L 339.650773 389.453052  L 339.746948 388.960579  L 339.843124 389.192328  L 340.13165 391.800515  L 340.227825 391.470925  L 340.324 391.573359  L 340.516351 391.28014  L 340.612527 390.543518  L 340.804877 390.971022  L 340.997228 391.12032  L 341.189579 390.435733  L 341.381929 382.076481  L 341.478105 370.188113  L 341.57428 389.468991  L 341.670456 387.386028  L 341.862806 386.794943  L 341.958982 386.680238  L 342.151332 385.790737  L 342.343683 386.467895  L 342.536034 384.277536  L 342.632209 385.683087  L 342.728385 385.657009  L 342.82456 385.089206  L 342.920735 386.500215  L 343.113086 386.115828  L 343.401612 383.143149  L 343.690138 386.255625  L 343.786314 386.564635  L 343.978664 385.778513  L 344.171015 387.074919  L 344.363366 388.866587  L 344.459541 387.574024  L 344.651892 389.134279  L 344.748067 389.122423  L 344.844242 389.232367  L 344.940418 388.997231  L 345.132769 389.298249  L 345.421295 387.883196  L 345.51747 387.448906  L 345.902171 388.526208  L 346.094522 388.272639  L 346.190698 387.581065  L 346.286873 388.076831  L 346.479224 387.814069  L 346.671574 388.515285  L 346.76775 388.477144  L 346.9601 388.241914  L 347.056276 387.680508  L 347.152451 386.217571  L 347.248627 386.458634  L 347.537153 383.317707  L 347.633328 383.741878  L 347.825679 382.059671  L 348.402731 369.129653  L 349.075958 379.187762  L 349.556835 375.996135  L 349.749186 378.987623  L 350.037712 382.659393  L 350.230063 377.72795  L 350.518589 382.470552  L 350.614764 380.737221  L 350.90329 383.33317  L 350.999466 383.694859  L 351.287992 388.42409  L 351.384167 388.172901  L 351.480343 387.153863  L 351.576518 387.26382  L 351.672693 386.905262  L 352.057395 390.993955  L 352.249745 390.144023  L 352.345921 390.108698  L 352.442096 390.42886  L 352.634447 390.078249  L 352.730622 390.257366  L 352.826798 390.118448  L 352.922973 389.158103  L 353.019148 390.31657  L 353.115324 390.240039  L 353.211499 389.243921  L 353.307674 389.86917  L 353.40385 388.410464  L 353.500025 374.194964  L 353.884727 390.320425  L 353.980902 389.201153  L 354.365603 371.291849  L 354.557954 387.699659  L 354.750305 381.901038  L 354.84648 384.970424  L 355.038831 381.737296  L 355.135006 382.488931  L 355.327357 390.716534  L 355.423532 390.70089  L 355.519708 385.329263  L 355.712058 390.673572  L 355.808234 390.872826  L 355.904409 390.683362  L 356.000585 390.110723  L 356.192935 390.732922  L 356.385286 390.567852  L 356.481461 391.171993  L 356.577637 390.906126  L 356.673812 390.954151  L 356.769987 391.164456  L 356.866163 390.321089  L 357.058514 390.786653  L 357.154689 390.789751  L 357.443215 389.328531  L 357.635566 382.498628  L 357.827916 389.842469  L 357.924092 389.721293  L 358.020267 388.504818  L 358.212618 380.422531  L 358.308793 364.663145  L 358.501144 320.224219  L 358.693495 362.936151  L 358.885845 344.765264  L 358.982021 357.849147  L 359.078196 350.796191  L 359.270547 372.009024  L 359.655248 387.412126  L 359.751424 386.32103  L 359.847599 386.55215  L 360.03995 390.87976  L 360.2323 391.228266  L 360.424651 388.054052  L 360.617002 390.923037  L 360.713177 390.815635  L 360.905528 389.895436  L 361.001703 390.143694  L 361.097879 389.185609  L 361.194054 385.860428  L 361.290229 385.867301  L 361.386405 386.227783  L 361.48258 385.921777  L 361.578756 386.612627  L 361.771106 382.739477  L 361.963457 383.948972  L 362.059632 383.962745  L 362.155808 381.678589  L 362.444334 385.222739  L 362.540509 384.561012  L 362.636685 385.727645  L 362.829035 391.157415  L 362.925211 392.097302  L 363.021386 391.762575  L 363.213737 392.318067  L 363.406087 391.615718  L 363.790789 386.714363  L 363.98314 388.61454  L 364.079315 384.512142  L 364.271666 389.950998  L 364.464016 390.50826  L 364.560192 389.562057  L 364.656367 390.76071  L 364.752543 388.091007  L 364.848718 389.255152  L 364.944893 388.737714  L 365.041069 386.781425  L 365.233419 392.041391  L 365.329595 392.012986  L 365.521945 388.607634  L 365.714296 391.1479  L 365.906647 390.605819  L 366.002822 389.826644  L 366.098998 390.453275  L 366.195173 390.208711  L 366.291348 389.211037  L 366.387524 386.65701  L 366.579874 390.427734  L 366.67605 390.345886  L 366.868401 389.963524  L 366.964576 390.85155  L 367.156927 390.27645  L 367.349277 390.885023  L 367.445453 390.698382  L 367.637803 391.229399  L 367.733979 391.335842  L 367.926329 391.626621  L 368.022505 391.35089  L 368.11868 391.419641  L 368.214856 390.932988  L 368.311031 391.086726  L 368.695732 389.043707  L 368.791908 389.073795  L 368.888083 388.542456  L 369.176609 390.794311  L 369.36896 390.56177  L 369.465135 390.585756  L 369.561311 390.248629  L 369.657486 390.589397  L 369.753661 390.000116  L 370.138363 376.527977  L 370.523064 316.018233  L 370.715415 388.309332  L 370.81159 389.077865  L 371.003941 379.317729  L 371.100116 378.808062  L 371.196292 377.673816  L 371.292467 378.933214  L 371.484818 368.930331  L 371.677169 370.146619  L 371.773344 369.161129  L 372.06187 378.740658  L 372.254221 384.479902  L 372.927448 389.588028  L 373.023624 389.245577  L 373.119799 388.4776  L 373.31215 381.471254  L 373.600676 369.761608  L 373.793027 367.882446  L 374.177728 380.463153  L 374.273903 381.050791  L 374.466254 379.527732  L 374.75478 373.320685  L 374.850956 373.964522  L 375.043306 368.574402  L 375.139482 368.456258  L 375.235657 369.023042  L 375.620358 380.193242  L 375.908885 392.267742  L 376.101235 392.377525  L 376.197411 392.172149  L 376.293586 391.166615  L 376.678287 377.768646  L 376.870638 382.178392  L 376.966814 383.422736  L 377.25534 391.619567  L 377.351515 388.814378  L 377.736216 357.423983  L 377.928567 389.521878  L 378.024743 391.772526  L 378.505619 387.564717  L 378.601795 385.811404  L 378.69797 385.954895  L 378.794145 386.511849  L 378.986496 381.944886  L 379.082672 382.357879  L 379.178847 383.501566  L 379.275022 383.098705  L 379.371198 382.178358  L 379.563548 374.858349  L 379.659724 375.10939  L 379.94825 370.335125  L 380.140601 378.456163  L 380.621477 368.323549  L 380.813828 373.159303  L 381.006179 374.525379  L 381.102354 378.217138  L 381.19853 378.172406  L 381.294705 381.225417  L 381.39088 381.148907  L 381.487056 379.566209  L 381.775582 387.182925  L 381.871757 387.806947  L 382.064108 389.733162  L 382.256458 386.793756  L 382.352634 386.986225  L 382.448809 382.741213  L 382.64116 351.71413  L 382.833511 375.340476  L 382.929686 361.155868  L 383.122037 386.169821  L 383.314387 370.115016  L 383.410563 378.884203  L 383.602914 341.223756  L 383.699089 364.284779  L 383.795264 364.18842  L 384.08379 386.803633  L 384.276141 384.930291  L 384.372316 385.978432  L 384.468492 384.074466  L 384.564667 385.208913  L 384.660843 383.246997  L 384.757018 384.110602  L 384.853193 386.527876  L 385.045544 385.374666  L 385.141719 383.986382  L 385.718772 390.337779  L 385.814947 389.752132  L 386.103473 384.570151  L 386.391999 381.427253  L 386.58435 379.261047  L 386.872876 377.181611  L 387.065227 378.102366  L 387.449928 390.856545  L 387.738454 391.514109  L 387.83463 391.45569  L 387.930805 391.114493  L 388.123156 391.469148  L 388.219331 391.550962  L 388.507857 390.499409  L 388.700208 391.291874  L 389.084909 389.714977  L 389.661961 381.32958  L 389.758137 383.138234  L 389.950487 381.283138  L 390.142838 376.15517  L 390.335189 377.394163  L 390.52754 375.270946  L 390.71989 376.797586  L 390.816066 375.4091  L 390.912241 375.630074  L 391.200767 377.463209  L 391.393118 375.718097  L 391.489293 376.717877  L 391.777819 372.264753  L 391.873995 372.479866  L 392.066345 386.509925  L 392.162521 384.013077  L 392.258696 384.503592  L 392.643398 390.665062  L 392.739573 390.208725  L 393.028099 381.920933  L 393.124274 381.118906  L 393.508976 390.61463  L 393.605151 390.686567  L 393.797502 390.391551  L 393.893677 391.312494  L 393.989853 391.164952  L 394.086028 391.136152  L 394.182203 390.694191  L 394.374554 391.121869  L 394.47073 390.998454  L 394.566905 391.122614  L 394.951606 385.319205  L 395.047782 385.337491  L 395.143957 384.634866  L 395.432483 391.756064  L 395.817185 388.666032  L 395.91336 384.164937  L 396.009535 386.173569  L 396.105711 386.0282  L 396.298061 385.087053  L 396.682763 387.215996  L 396.971289 386.963077  L 397.16364 381.708382  L 397.452166 370.462583  L 397.548341 369.255998  L 397.740692 374.858308  L 397.933043 383.513958  L 398.029218 381.725159  L 398.221569 386.595769  L 398.317744 386.350669  L 398.413919 386.126027  L 398.894796 375.561054  L 398.990972 376.533609  L 399.087147 374.40537  L 399.183322 375.6932  L 399.375673 373.919173  L 399.471848 370.397198  L 399.568024 370.419346  L 399.664199 370.083675  L 399.85655 373.394781  L 400.048901 369.312077  L 400.145076 369.328022  L 400.241251 370.811908  L 400.529777 381.988103  L 400.625953 382.255693  L 400.722128 382.04345  L 400.818303 382.84303  L 400.914479 385.430463  L 401.010654 385.310287  L 401.10683 382.828063  L 401.395356 385.20611  L 401.491531 384.79189  L 401.683882 388.451261  L 401.780057 388.503483  L 401.876232 387.99436  L 402.164759 389.80648  L 402.260934 389.355105  L 402.453285 390.019622  L 402.54946 389.777707  L 402.837986 387.458334  L 402.934161 387.544473  L 403.126512 389.5717  L 403.318863 389.666208  L 403.415038 389.920266  L 403.703564 388.382858  L 403.895915 382.792698  L 404.280617 389.737474  L 404.376792 389.702223  L 404.472967 390.150179  L 404.761493 389.583005  L 404.857669 388.912306  L 404.953844 388.987387  L 405.434721 386.521183  L 405.723247 375.179241  L 405.819422 375.719445  L 406.011773 383.563847  L 406.300299 388.578867  L 406.396474 387.462645  L 406.588825 388.001126  L 406.781176 389.244846  L 406.973527 388.267623  L 407.069702 388.812018  L 407.262053 384.76443  L 407.358228 383.709444  L 407.454403 384.098136  L 408.031456 388.973547  L 408.319982 384.293455  L 408.416157 384.520356  L 408.704683 386.360043  L 408.800859 385.974777  L 408.897034 386.434541  L 408.993209 385.635444  L 409.281735 378.651193  L 409.474086 372.420858  L 409.954963 358.742846  L 410.051138 352.953022  L 410.147314 355.384928  L 410.43584 375.943141  L 410.820541 378.488705  L 411.109067 369.882502  L 411.301418 366.836834  L 412.070821 387.474977  L 412.166996 388.16747  L 412.263172 388.040293  L 412.359347 389.196754  L 412.647873 387.470773  L 412.744048 388.130502  L 413.321101 382.816469  L 413.417276 383.911226  L 413.609627 386.634654  L 413.705802 386.643499  L 413.801977 387.570551  L 413.898153 386.385786  L 413.994328 386.583102  L 414.090503 386.319354  L 414.186679 387.71368  L 414.37903 385.043762  L 414.57138 380.127582  L 414.667556 381.030199  L 414.859906 384.599924  L 414.956082 384.801002  L 415.148432 381.079652  L 415.244608 381.200901  L 415.340783 381.085526  L 415.436959 380.732085  L 415.533134 378.303639  L 415.725485 380.255194  L 416.014011 383.565791  L 416.110186 382.386317  L 416.206361 383.812233  L 416.302537 382.944169  L 416.494888 385.660691  L 416.591063 385.928637  L 416.783414 388.539418  L 416.879589 387.451863  L 417.07194 388.24689  L 417.26429 387.627467  L 417.360466 385.879881  L 417.552817 387.99607  L 417.841343 385.424602  L 418.033693 381.242093  L 418.129869 382.876611  L 418.322219 379.85344  L 418.51457 383.277347  L 418.706921 384.350136  L 418.899272 382.097282  L 419.091622 381.80981  L 419.283973 385.344089  L 419.572499 390.637462  L 419.76485 387.823074  L 419.957201 390.189124  L 420.053376 390.206364  L 420.438077 388.178567  L 420.630428 388.543073  L 420.726603 387.738953  L 420.822779 388.026003  L 420.918954 387.660639  L 421.111305 388.106812  L 421.20748 388.144698  L 421.303656 387.767579  L 421.399831 382.609926  L 421.592182 388.182115  L 421.784532 380.768475  L 421.976883 373.904649  L 422.169234 383.094286  L 422.265409 380.951389  L 422.361585 386.521653  L 422.45776 386.247518  L 422.650111 382.933025  L 423.034812 389.186407  L 423.130988 388.630627  L 423.227163 388.122315  L 423.323338 388.442758  L 423.515689 385.870104  L 423.70804 388.092281  L 423.804215 388.496194  L 423.996566 383.268401  L 424.092741 383.62242  L 424.188917 383.16454  L 424.285092 383.724102  L 424.477443 382.431304  L 424.765969 387.323915  L 424.958319 385.863251  L 425.054495 387.048358  L 425.246846 382.488911  L 425.535372 381.043945  L 425.727722 382.425692  L 425.823898 382.680998  L 426.208599 388.182115  L 426.304775 388.157311  L 426.40095 385.567658  L 426.497125 386.060145  L 426.689476 389.162623  L 426.978002 389.753386  L 427.074177 389.20175  L 427.362704 383.752855  L 427.65123 385.026288  L 427.84358 383.677653  L 427.939756 383.952465  L 428.035931 382.549362  L 428.132106 383.481255  L 428.228282 381.889417  L 428.324457 382.003264  L 428.516808 384.629361  L 428.709159 386.721913  L 428.901509 383.611925  L 428.997685 385.29367  L 429.09386 383.717296  L 429.382386 387.613265  L 429.478561 384.659623  L 429.574737 385.035072  L 429.670912 384.546112  L 429.959438 389.118594  L 430.151789 389.898641  L 430.53649 388.11296  L 430.728841 380.005065  L 430.921192 388.895314  L 431.017367 388.623707  L 431.209718 382.579778  L 431.498244 371.957057  L 431.594419 371.365804  L 431.78677 365.809776  L 431.882946 367.859781  L 431.979121 373.842402  L 432.171472 369.109436  L 432.459998 376.056096  L 432.556173 375.402763  L 432.748524 371.69827  L 433.325576 389.698468  L 433.421751 389.728723  L 433.517927 389.564699  L 433.614102 388.054173  L 433.710277 384.77581  L 433.806453 385.522242  L 433.902628 385.474183  L 434.094979 376.657856  L 434.191154 376.093352  L 434.383505 382.485599  L 434.47968 382.011384  L 434.575856 376.216914  L 434.672031 362.651971  L 434.768206 365.337009  L 434.960557 388.494391  L 435.152908 383.780194  L 435.249083 382.86654  L 435.441434 387.874512  L 435.537609 387.822504  L 435.633785 388.933093  L 435.922311 387.43461  L 436.114661 388.549182  L 436.210837 388.649966  L 436.403188 388.295458  L 436.499363 387.652586  L 436.691714 388.111224  L 436.884064 387.816295  L 436.98024 388.544863  L 437.17259 387.98868  L 437.268766 387.005275  L 437.364941 387.852183  L 437.461117 387.555027  L 437.653467 388.513575  L 437.749643 388.209869  L 438.038169 385.828764  L 438.42287 378.015087  L 438.519046 382.871582  L 438.615221 381.598706  L 438.807572 376.841708  L 438.903747 374.35876  L 439.096098 375.595755  L 439.192273 374.550364  L 439.576975 367.564584  L 439.769325 369.511579  L 439.865501 369.037821  L 439.961676 370.112481  L 440.154027 381.876804  L 440.250202 382.237085  L 440.346377 381.555161  L 440.634904 386.915535  L 440.731079 385.870661  L 440.827254 386.481467  L 440.92343 384.343122  L 441.019605 384.581571  L 441.404306 380.473345  L 441.692833 375.015627  L 441.981359 380.395782  L 442.173709 382.156458  L 442.558411 384.515025  L 442.846937 388.887656  L 443.039288 390.196702  L 443.135463 389.85407  L 443.231638 389.031758  L 443.327814 387.070158  L 443.423989 381.495274  L 443.61634 343.245551  L 443.80869 358.583824  L 444.001041 320.888025  L 444.193392 385.024578  L 444.289567 387.574292  L 444.385743 384.760447  L 444.578093 389.348983  L 444.674269 389.303613  L 444.770444 390.132543  L 444.962795 388.812326  L 445.155146 389.715701  L 445.251321 390.240013  L 445.347496 389.954431  L 445.443672 390.04169  L 445.636022 390.475008  L 445.732198 391.419487  L 445.828373 391.236902  L 446.020724 389.801136  L 446.597776 381.965123  L 446.790127 377.953852  L 446.886302 376.017217  L 446.982477 376.626038  L 447.174828 374.992801  L 447.271004 376.395033  L 447.655705 391.220541  L 447.848056 388.595557  L 447.944231 389.072065  L 448.040406 390.1147  L 448.136582 388.502773  L 448.328933 379.529402  L 448.425108 363.204975  L 448.617459 377.970945  L 448.713634 377.261212  L 448.809809 373.603893  L 449.00216 337.620812  L 449.098335 303.132432  L 449.290686 330.085347  L 449.386862 320.775493  L 449.483037 321.162469  L 449.675388 385.891763  L 449.867738 389.802846  L 449.963914 390.048738  L 450.060089 389.959058  L 450.348615 390.472976  L 450.540966 390.248187  L 450.637141 390.659939  L 450.733317 390.502561  L 451.021843 386.051193  L 451.214193 387.672032  L 451.310369 385.832057  L 451.406544 386.020609  L 451.983596 390.062591  L 452.079772 389.668836  L 452.175947 389.76209  L 452.368298 390.644724  L 452.464473 389.686431  L 452.560648 384.907412  L 452.752999 371.406325  L 452.849175 366.162613  L 453.041525 349.617608  L 453.137701 348.220902  L 453.330051 376.794152  L 453.426227 385.084344  L 453.618577 376.09185  L 453.714753 381.795835  L 453.810928 369.667322  L 454.099454 382.836526  L 454.19563 386.557722  L 454.291805 384.174908  L 454.38798 387.088987  L 454.484156 386.994412  L 454.772682 389.682582  L 454.868857 389.779973  L 454.965033 389.289424  L 455.253559 390.72676  L 455.349734 389.134272  L 455.542085 374.797563  L 455.734435 387.489347  L 455.926786 387.799316  L 456.022962 387.598526  L 456.119137 386.363986  L 456.215312 377.99363  L 456.311488 380.550157  L 456.503838 390.082728  L 456.600014 389.636864  L 456.696189 390.064321  L 456.792364 389.975339  L 456.88854 390.108604  L 457.177066 391.179275  L 457.369417 389.994564  L 457.657943 388.053315  L 457.754118 388.06633  L 457.850293 387.942794  L 457.946469 388.47237  L 458.042644 387.676833  L 458.234995 385.012944  L 458.427346 386.251058  L 458.523521 386.265113  L 458.812047 383.1818  L 459.004398 381.738791  L 459.100573 381.90073  L 459.196748 380.302549  L 459.292924 381.404689  L 459.389099 380.047317  L 459.485275 381.278638  L 459.677625 385.880726  L 459.773801 387.271625  L 459.869976 385.60482  L 459.966151 385.767503  L 460.158502 388.740778  L 460.254677 388.257176  L 460.447028 385.773994  L 460.639379 383.755216  L 460.735554 384.864644  L 460.927905 384.384817  L 461.02408 384.261851  L 461.216431 387.215795  L 461.312606 387.400016  L 461.408782 387.123802  L 461.601133 385.349816  L 461.697308 382.929558  L 461.793483 384.398792  L 462.082009 380.262048  L 462.178185 380.294764  L 462.27436 379.54966  L 462.370535 377.619803  L 462.562886 379.360262  L 463.332289 368.73744  L 463.620815 372.342752  L 463.716991 372.515426  L 464.101692 378.435141  L 464.390218 381.095537  L 464.486393 380.701709  L 465.159621 391.888398  L 465.448147 385.988705  L 465.544322 378.031174  L 465.929024 273.498998  L 466.025199 329.573903  L 466.21755 210.097464  L 466.409901 337.737447  L 466.506076 369.034777  L 466.602251 361.290776  L 466.890777 389.757027  L 466.986953 389.745138  L 467.083128 390.171294  L 467.179304 391.288911  L 467.275479 391.027228  L 467.371654 391.442293  L 467.46783 391.335487  L 467.564005 391.799831  L 467.852531 391.127334  L 467.948706 391.008861  L 468.044882 391.165442  L 468.141057 390.946661  L 468.429583 386.936705  L 468.621934 383.940395  L 468.718109 384.835616  L 468.91046 387.966592  L 469.102811 383.400017  L 469.198986 383.162494  L 469.391337 383.56213  L 469.583688 377.731766  L 469.679863 377.844841  L 469.776038 379.372687  L 469.968389 384.665457  L 470.064564 384.668387  L 470.16074 384.800245  L 470.353091 385.66401  L 470.545441 387.120376  L 470.641617 386.955916  L 470.737792 387.178358  L 470.930143 388.093722  L 471.026318 388.069864  L 471.122493 387.468882  L 471.41102 376.889787  L 471.507195 377.057612  L 471.60337 384.219821  L 471.699546 382.218578  L 471.891896 361.936471  L 471.988072 367.054663  L 472.084247 287.409644  L 472.177325 -1  M 472.18365 -1  L 472.372773 360.587173  L 472.468949 352.847008  L 472.661299 368.028553  L 472.757475 359.468779  L 472.949825 371.102491  L 473.046001 369.443854  L 473.142176 362.564497  L 473.334527 322.862627  L 473.623053 385.099297  L 473.815404 389.944842  L 473.911579 389.406087  L 474.007754 388.86534  L 474.10393 388.991706  L 474.777157 368.027299  L 474.873333 367.835192  L 474.969508 366.55372  L 475.161859 369.934892  L 475.354209 389.887114  L 475.450385 388.834515  L 475.54656 387.883826  L 475.738911 390.54724  L 475.931262 384.487787  L 476.027437 380.714751  L 476.219788 385.203267  L 476.412138 385.868562  L 476.508314 385.51227  L 476.604489 384.446978  L 476.700664 386.017176  L 477.085366 373.072192  L 477.181541 375.2779  L 477.373892 374.245242  L 477.470067 374.810324  L 477.566243 374.198398  L 477.854769 363.022779  L 478.335646 375.096435  L 478.527996 378.305517  L 478.624172 378.102614  L 478.720347 377.114006  L 479.008873 382.490816  L 479.105049 383.511074  L 479.297399 387.494329  L 479.393575 386.62524  L 479.48975 386.946146  L 479.585925 386.723918  L 479.970627 389.018897  L 480.066802 388.709397  L 480.162978 386.378678  L 480.259153 388.376032  L 480.355328 386.768718  L 480.547679 389.71324  L 480.643854 389.452395  L 481.028556 390.403654  L 481.509433 386.310529  L 481.701783 381.636733  L 481.797959 381.697733  L 481.894134 381.601516  L 481.990309 380.845415  L 482.375011 374.039745  L 482.663537 380.147564  L 482.952063 391.425549  L 483.144414 390.223014  L 483.336764 390.911162  L 483.625291 390.243151  L 483.721466 389.01142  L 483.817641 389.0516  L 483.913817 389.276583  L 484.009992 389.208536  L 484.298518 387.654618  L 484.394693 387.8137  L 484.587044 388.614634  L 484.68322 388.595376  L 484.779395 385.978324  L 484.87557 386.250334  L 485.067921 388.182041  L 485.260272 389.986597  L 485.548798 388.050331  L 485.644973 388.702088  L 485.741149 387.150242  L 486.029675 390.032195  L 486.318201 390.711263  L 486.414376 390.573156  L 486.510551 390.721496  L 486.606727 390.101731  L 486.702902 388.458731  L 486.895253 382.929276  L 486.991428 382.770121  L 487.087604 383.404852  L 487.183779 383.053174  L 487.37613 381.439651  L 487.56848 382.381227  L 487.664656 382.952538  L 487.760831 386.084714  L 487.857007 385.377731  L 488.145533 389.640948  L 488.241708 389.597208  L 488.434059 390.105379  L 488.530234 389.766294  L 488.626409 390.16074  L 488.722585 389.825008  L 489.011111 387.582728  L 489.203462 372.812145  L 489.299637 381.841688  L 489.491988 339.918137  L 489.588163 366.963239  L 489.684338 360.262766  L 489.876689 322.629731  L 490.261391 381.840829  L 490.357566 380.823608  L 490.453741 382.004967  L 490.646092 388.215588  L 490.838443 386.40845  L 491.030793 372.786899  L 491.126969 374.21669  L 491.415495 389.820039  L 491.51167 389.399817  L 491.607846 389.640733  L 491.704021 388.091436  L 491.800196 388.17508  L 491.992547 388.357799  L 492.088722 388.753392  L 492.184898 388.387833  L 492.377249 389.244464  L 492.569599 389.769613  L 492.665775 388.810093  L 492.858125 389.285334  L 493.050476 389.936494  L 493.146651 389.707011  L 493.339002 389.403519  L 493.435178 388.724229  L 493.627528 386.195489  L 493.723704 378.380344  L 493.819879 354.021943  L 494.01223 162.468915  L 494.20458 358.164253  L 494.493107 383.926227  L 494.589282 389.345838  L 494.685457 389.316662  L 494.781633 389.929339  L 494.877808 389.153678  L 495.166334 390.551223  L 495.551036 389.816103  L 495.743386 388.292011  L 495.839562 385.094825  L 496.031912 386.525797  L 496.320438 391.23477  L 496.416614 391.119321  L 496.512789 389.787826  L 496.608964 391.546946  L 496.70514 390.041375  L 496.897491 390.709164  L 496.993666 390.735403  L 497.089841 389.645367  L 497.186017 389.997018  L 497.282192 388.969101  L 497.474543 390.713617  L 497.570718 390.369168  L 497.666893 390.442848  L 498.051595 387.156639  L 498.14777 387.407298  L 498.436296 390.101282  L 498.532472 386.383425  L 498.628647 377.335382  L 498.724822 378.257465  L 499.013349 383.452408  L 499.205699 386.58276  L 499.301875 385.151091  L 499.494225 387.427542  L 499.590401 386.544592  L 499.686576 387.94944  L 499.878927 386.732394  L 500.455979 381.810775  L 500.552154 382.265624  L 500.64833 380.573244  L 500.744505 380.797048  L 501.033031 383.702872  L 501.129207 383.193192  L 501.225382 381.355732  L 501.321557 381.681271  L 501.610083 390.196816  L 501.706259 389.612771  L 501.802434 390.29363  L 501.898609 388.271948  L 502.09096 390.438603  L 502.187136 390.469898  L 502.379486 390.977459  L 502.764188 388.5628  L 502.956538 379.44738  L 503.052714 379.751898  L 503.148889 379.9858  L 503.245065 375.594226  L 503.34124 376.510864  L 503.533591 388.683802  L 503.629766 388.25149  L 503.725941 388.33671  L 503.822117 388.091235  L 504.110643 386.730879  L 504.302993 389.087937  L 504.399169 388.50756  L 504.59152 389.172842  L 504.687695 389.376053  L 504.880046 390.688149  L 505.072396 390.503211  L 505.264747 383.036853  L 505.553273 389.991989  L 505.649449 389.913849  L 505.937975 385.384316  L 506.226501 387.688293  L 506.418851 386.823274  L 506.515027 386.470255  L 506.707378 388.903904  L 506.803553 388.992215  L 506.899728 389.232535  L 507.28443 387.620909  L 507.380605 387.587596  L 507.47678 388.889091  L 507.572956 388.589509  L 507.669131 387.187196  L 507.861482 388.463217  L 507.957657 388.550543  L 508.150008 388.373249  L 508.438534 386.805095  L 508.630885 371.925608  L 508.919411 321.602686  L 509.111762 379.635651  L 509.304112 384.600574  L 509.496463 389.373659  L 509.592638 389.382229  L 509.688814 389.556405  L 509.784989 389.146395  L 509.881165 389.387734  L 510.073515 389.055355  L 510.458217 383.776653  L 510.554392 384.740398  L 510.650567 387.907416  L 510.842918 381.80018  L 510.939094 382.862147  L 511.035269 380.401697  L 511.131444 382.715645  L 511.323795 388.826468  L 511.41997 389.977766  L 511.516146 389.765865  L 511.804672 390.117945  L 511.997022 390.418239  L 512.285549 389.028499  L 512.381724 389.065158  L 512.574075 390.280252  L 512.67025 389.628274  L 512.766425 390.228881  L 513.247302 385.293939  L 513.343478 386.066013  L 513.535828 385.09579  L 513.728179 387.509651  L 513.824354 386.0512  L 514.016705 387.549308  L 514.305231 383.80888  L 514.401407 384.66492  L 514.689933 380.232148  L 514.882283 386.080678  L 514.978459 382.97012  L 515.074634 383.685954  L 515.36316 389.735603  L 515.555511 390.299464  L 515.747862 390.572305  L 515.844037 390.21657  L 515.940212 390.562642  L 516.324914 389.519511  L 516.421089 389.581839  L 516.61344 390.096286  L 516.709615 390.133891  L 516.901966 388.632048  L 516.998141 389.140991  L 517.286667 377.880092  L 517.479018 385.196568  L 517.575194 385.590296  L 517.671369 385.387896  L 517.86372 384.681376  L 517.959895 383.142633  L 518.05607 383.692975  L 518.344596 387.007247  L 518.440772 382.805948  L 518.536947 383.507185  L 518.729298 389.276194  L 518.921649 390.849913  L 519.113999 390.370656  L 519.30635 390.784273  L 519.594876 388.955798  L 519.883402 388.47813  L 519.979578 385.651196  L 520.075753 385.9097  L 520.364279 390.100692  L 520.55663 388.924925  L 520.845156 390.273191  L 521.037507 390.705349  L 521.422208 390.286113  L 521.614559 385.903953  L 521.710734 387.379477  L 521.903085 387.86438  L 522.095436 389.791205  L 522.191611 388.968961  L 522.576312 389.779799  L 522.768663 390.993982  L 523.057189 389.861714  L 523.153365 387.533952  L 523.441891 389.87145  L 523.634241 388.701276  L 524.115118 386.710185  L 524.211294 386.991663  L 524.403644 385.761508  L 524.595995 387.776793  L 524.788346 387.848656  L 524.884521 388.299548  L 525.173047 385.671486  L 525.269223 385.856814  L 525.365398 386.584644  L 525.846275 382.415767  L 526.038625 384.71662  L 526.615678 387.505045  L 526.711853 387.820184  L 526.904204 390.06809  L 527.000379 389.728676  L 527.096554 389.902845  L 527.19273 390.414859  L 527.38508 387.988426  L 527.481256 388.943285  L 527.673607 386.828578  L 527.769782 387.267703  L 527.865957 386.875309  L 527.962133 387.285868  L 528.154483 389.08455  L 528.346834 389.139556  L 528.539185 389.621388  L 528.827711 390.94306  L 528.923886 390.894425  L 529.116237 390.957906  L 529.212412 391.135139  L 529.693289 387.036429  L 529.789465 384.571378  L 529.88564 384.953747  L 530.174166 388.67835  L 530.366517 389.717116  L 530.558867 389.575006  L 530.655043 389.943696  L 530.751218 389.655365  L 530.847394 388.872267  L 531.039744 386.000238  L 531.232095 389.300542  L 531.32827 389.296834  L 531.424446 389.510599  L 531.520621 390.011053  L 531.616796 389.987027  L 531.809147 387.178452  L 531.905323 388.070944  L 532.193849 382.554062  L 532.290024 378.413603  L 532.386199 381.729591  L 532.57855 365.142724  L 532.674725 365.511326  L 532.867076 381.848386  L 533.059427 388.594256  L 533.155602 388.264639  L 533.347953 388.997432  L 533.444128 388.228141  L 533.540304 383.252281  L 533.732654 387.070735  L 533.82883 386.879118  L 534.117356 388.002487  L 534.598233 373.938693  L 534.694408 375.445122  L 534.982934 388.155339  L 535.079109 389.589731  L 535.175285 388.676023  L 535.27146 384.778753  L 535.559986 354.797651  L 535.656162 361.286934  L 535.848512 387.95129  L 535.944688 387.892563  L 536.040863 386.669805  L 536.137038 388.480665  L 536.233214 387.692564  L 536.425565 390.691998  L 536.52174 390.031068  L 536.617915 387.075093  L 536.810266 388.870906  L 536.906441 388.375294  L 537.002617 386.680755  L 537.194967 388.060939  L 537.387318 389.247703  L 537.675844 378.243806  L 538.252896 389.228102  L 538.349072 389.419277  L 538.541423 390.832184  L 538.829949 388.953129  L 538.926124 390.215625  L 539.022299 389.636951  L 539.21465 390.902746  L 539.503176 389.067981  L 539.695527 391.101967  L 539.791702 390.285194  L 540.080228 391.061486  L 540.368754 390.961943  L 540.657281 391.479207  L 540.753456 391.345284  L 541.041982 391.621062  L 541.234333 391.671782  L 541.330508 391.696526  L 541.426683 391.322867  L 541.522859 390.17977  L 541.90756 390.821811  L 542.196086 390.958482  L 542.580788 390.859972  L 543.446366 390.466854  L 543.542541 389.623668  L 543.638717 387.232197  L 543.734892 381.576337  L 544.215769 390.589451  L 544.311944 390.466585  L 544.40812 390.993331  L 544.60047 390.63934  L 544.696646 391.019932  L 544.792821 390.231818  L 544.888996 390.737012  L 545.081347 390.158782  L 545.273698 388.982995  L 545.369873 389.06542  L 545.658399 387.239982  L 545.946925 390.853729  L 546.043101 390.678272  L 546.235452 390.734149  L 546.331627 390.305277  L 546.523978 390.564526  L 546.908679 390.827376  L 547.197205 389.586492  L 547.293381 387.504937  L 547.485731 388.69101  L 547.581907 388.183496  L 547.966608 380.27061  L 548.062783 381.574198  L 548.158959 379.890488  L 548.35131 381.618273  L 548.54366 380.055135  L 548.736011 380.416033  L 548.832186 379.937996  L 548.928362 380.203803  L 549.024537 380.091868  L 549.120712 380.464192  L 549.216888 379.339247  L 549.313063 381.044455  L 549.505414 380.084425  L 549.697765 377.944183  L 549.890115 381.188523  L 550.082466 381.07764  L 550.178641 381.102585  L 550.274817 381.523792  L 550.467167 380.681572  L 550.563343 381.797002  L 550.659518 381.362149  L 550.755694 377.519596  L 550.948044 381.910982  L 551.04422 380.7636  L 551.23657 385.155429  L 551.332746 384.882669  L 551.621272 387.428548  L 551.813623 385.153116  L 551.909798 384.887061  L 552.005973 385.195616  L 552.102149 384.130101  L 552.294499 387.71081  L 552.390675 388.370647  L 552.48685 387.372114  L 552.679201 388.635166  L 552.871552 389.465612  L 552.967727 388.38271  L 553.063902 388.528978  L 553.256253 387.541764  L 553.352428 388.494109  L 553.448604 388.099214  L 553.640954 391.025739  L 553.73713 390.332763  L 553.929481 391.391331  L 554.121831 391.596929  L 554.218007 391.456931  L 554.410357 391.682867  L 554.602708 391.646724  L 554.795059 391.289031  L 555.083585 392.06767  L 555.275936 391.278128  L 555.372111 390.738857  L 555.468286 391.39115  L 555.564462 388.525317  L 555.756812 389.858851  L 555.852988 390.022901  L 556.045339 391.651243  L 556.141514 391.664748  L 556.237689 391.944744  L 556.43004 391.712726  L 556.622391 392.39502  L 556.814741 391.949874  L 557.007092 390.934054  L 557.103267 390.347415  L 557.295618 391.452793  L 557.391794 390.901499  L 557.584144 391.475391  L 557.68032 391.088664  L 557.776495 391.280301  L 557.968846 391.937858  L 558.065021 391.882162  L 558.161196 392.260004  L 558.257372 392.054178  L 558.353547 392.365864  L 558.449723 392.335723  L 558.642073 392.624329  L 558.834424 391.247605  L 559.026775 391.579917  L 559.12295 391.964311  L 559.219125 390.926685  L 559.507652 391.934096  L 559.700002 391.876039  L 559.892353 391.301336  L 559.988528 391.494435  L 560.180879 391.143823  L 560.277054 391.244667  L 560.469405 391.52646  L 560.565581 388.581623  L 560.661756 376.722879  L 560.757931 379.412431  L 560.854107 376.398252  L 561.142633 391.163517  L 561.527334 390.019877  L 561.719685 386.207063  L 561.81586 386.867202  L 562.008211 371.097851  L 562.104386 357.237945  L 562.296737 168.412905  L 562.489088 298.390903  L 562.681439 368.129538  L 562.777614 380.536142  L 562.873789 379.376496  L 563.162315 374.414731  L 563.258491 373.553689  L 563.643192 351.222528  L 563.739368 370.243145  L 563.835543 362.534919  L 563.931718 370.065724  L 564.027894 368.953244  L 564.31642 375.419219  L 564.412595 354.154927  L 564.50877 261.181409  L 564.653698 -1  M 564.716509 -1  L 564.893472 316.492166  L 565.278173 385.758772  L 565.374349 386.515584  L 565.662875 334.426877  L 565.855225 379.25929  L 565.951401 378.609465  L 566.047576 385.093732  L 566.143752 381.699336  L 566.432278 388.285661  L 566.624628 389.445971  L 566.816979 388.304839  L 566.913154 388.108897  L 567.00933 389.374799  L 567.105505 389.159605  L 567.201681 389.706903  L 567.297856 389.486614  L 567.490207 387.714022  L 567.682557 389.973703  L 567.778733 390.215061  L 567.971083 388.442886  L 568.067259 387.092199  L 568.163434 387.306239  L 568.355785 385.294167  L 568.45196 384.235123  L 568.740486 378.42458  L 568.836662 381.483076  L 568.932837 381.036924  L 569.029012 380.538127  L 569.317539 371.966458  L 569.606065 362.34239  L 569.894591 363.311452  L 570.086941 372.006557  L 570.183117 370.147799  L 570.279292 367.717161  L 570.471643 372.497421  L 570.567818 367.733047  L 570.663994 373.693827  L 570.760169 370.917372  L 570.856344 372.549081  L 571.048695 371.10793  L 571.14487 371.659278  L 571.241046 368.458028  L 571.337221 372.32747  L 571.433397 367.533638  L 571.529572 367.971535  L 571.625747 365.615155  L 571.721923 360.330532  L 571.818098 361.38004  L 572.010449 368.732304  L 572.202799 374.561267  L 572.298975 369.447864  L 572.39515 371.653364  L 572.587501 378.736514  L 572.683676 379.117006  L 572.876027 373.895925  L 573.068378 381.703487  L 573.260728 379.146819  L 573.356904 376.585208  L 573.549254 378.783842  L 573.741605 371.428601  L 573.837781 373.925543  L 573.933956 371.976462  L 574.030131 375.250166  L 574.126307 373.873441  L 574.318657 381.700328  L 574.414833 379.265365  L 574.607183 380.115042  L 574.703359 379.166513  L 575.184236 388.244007  L 575.280411 387.91502  L 575.376586 389.49629  L 575.472762 388.620361  L 575.568937 388.878114  L 575.665112 387.066363  L 575.857463 389.352885  L 575.953639 388.214368  L 576.145989 383.261334  L 576.242165 383.496932  L 576.530691 380.182627  L 576.626866 378.946846  L 576.723041 380.414819  L 576.819217 379.925611  L 576.915392 380.312124  L 577.011568 380.24584  L 577.107743 383.350672  L 577.300094 379.728154  L 577.396269 378.216535  L 577.78097 390.020816  L 577.877146 390.048711  L 577.973321 390.349507  L 578.261847 388.099375  L 578.454198 390.640031  L 578.550373 390.463783  L 578.742724 391.395931  L 578.838899 391.260855  L 579.03125 391.423799  L 579.127426 387.310497  L 579.223601 376.713559  L 579.415952 389.477823  L 579.608302 388.633483  L 579.704478 390.757022  L 579.800653 387.481139  L 579.896828 388.365678  L 580.185354 374.200436  L 580.28153 382.779804  L 580.377705 332.986947  L 580.473881 333.938474  L 580.570056 310.08005  L 580.762407 364.076204  L 580.858582 246.59616  L 581.050933 362.356773  L 581.147108 362.058317  L 581.243283 354.839608  L 581.435634 378.272492  L 581.53181 380.1354  L 581.72416 387.83108  L 581.820336 389.108737  L 581.916511 388.727079  L 582.012686 389.437697  L 582.108862 389.161315  L 582.493563 386.110812  L 582.685914 388.360656  L 582.782089 388.422501  L 582.97444 383.521367  L 583.166791 388.087573  L 583.262966 387.917917  L 583.359141 388.93776  L 583.455317 388.356022  L 583.551492 388.372873  L 583.647668 384.689308  L 583.743843 385.123545  L 583.840018 384.659596  L 583.936194 385.361322  L 584.032369 382.935445  L 584.128544 384.663264  L 584.22472 383.826797  L 584.41707 387.655905  L 584.513246 386.78581  L 584.705597 388.181236  L 584.801772 388.659387  L 584.897947 388.450557  L 585.186473 389.041997  L 585.378824 386.040538  L 585.474999 385.488164  L 585.66735 387.508404  L 585.763526 387.520642  L 585.859701 387.023554  L 585.955876 388.216594  L 586.052052 388.183784  L 586.148227 388.164546  L 586.340578 387.773882  L 586.436753 387.855562  L 586.532928 387.728895  L 586.91763 383.85152  L 587.013805 379.682261  L 587.206156 388.671417  L 587.302331 385.314109  L 587.398507 386.174515  L 587.590857 388.603758  L 587.687033 388.285882  L 587.783208 388.486156  L 588.071734 386.672936  L 588.456436 389.130215  L 588.648786 388.893389  L 588.937312 387.1707  L 589.033488 387.229307  L 589.129663 388.068094  L 589.225839 387.873205  L 589.322014 387.375661  L 589.418189 387.800396  L 589.514365 388.967975  L 589.61054 388.811884  L 589.802891 388.258759  L 589.899066 388.402948  L 590.091417 389.107886  L 590.187592 389.037511  L 590.283768 389.435973  L 590.476118 389.319271  L 590.764644 387.032553  L 590.956995 388.4591  L 591.05317 388.710691  L 591.245521 388.15896  L 591.341697 388.341572  L 591.437872 388.159235  L 591.534047 388.299166  L 591.630223 388.862296  L 591.822573 387.960685  L 591.918749 389.044773  L 592.688152 383.615238  L 592.784327 382.883712  L 592.880502 380.893379  L 592.976678 381.454712  L 593.072853 380.263027  L 593.169028 380.668275  L 593.265204 378.224212  L 593.361379 378.630661  L 593.457555 376.387255  L 593.55373 377.213885  L 593.746081 375.217617  L 593.842256 374.27812  L 594.034607 370.789344  L 594.226957 376.249389  L 594.419308 377.34532  L 594.515484 378.196063  L 594.611659 377.992912  L 594.99636 383.231809  L 595.188711 387.840703  L 595.381062 389.845835  L 595.477237 387.497159  L 595.573412 387.862429  L 595.669588 387.570477  L 595.861939 386.55518  L 595.958114 387.655604  L 596.150465 378.268797  L 596.24664 381.633562  L 596.342815 385.943744  L 596.438991 383.4729  L 596.535166 375.416214  L 596.631341 380.012615  L 596.823692 360.644096  L 597.016043 378.360442  L 597.208394 361.272336  L 597.304569 361.144978  L 597.400744 363.204258  L 597.49692 358.082325  L 597.593095 358.851374  L 597.68927 370.016995  L 597.785446 369.962519  L 597.977797 380.070786  L 598.073972 378.811066  L 598.170147 379.890783  L 598.362498 387.722183  L 598.458673 387.558521  L 598.843375 390.238853  L 598.93955 389.780946  L 599.131901 386.429814  L 599.324252 380.899515  L 599.420427 381.270504  L 599.516602 383.849287  L 599.612778 382.634475  L 599.708953 383.092341  L 599.805128 381.609878  L 599.901304 381.912411  L 600.18983 384.419398  L 600.286005 387.622418  L 600.478356 378.140353  L 600.766882 386.924239  L 600.959233 388.072721  L 601.055408 387.305314  L 601.247759 383.362111  L 601.44011 372.323668  L 601.63246 297.039083  L 601.824811 365.09142  L 601.920986 371.345359  L 602.113337 386.664541  L 602.209513 386.840447  L 602.401863 390.516555  L 602.594214 383.117869  L 602.978915 380.534238  L 603.075091 376.242174  L 603.363617 386.235528  L 603.459792 386.397453  L 603.555968 389.331703  L 604.229195 377.774057  L 604.421546 372.873883  L 604.517721 372.768237  L 604.613897 370.815173  L 604.710072 371.981753  L 604.998598 370.958651  L 605.094773 373.244685  L 605.190949 372.282154  L 605.287124 373.614669  L 605.479475 368.238811  L 605.57565 369.532447  L 605.671826 368.573108  L 605.768001 368.598891  L 605.864176 368.335116  L 605.960352 367.06796  L 606.056527 367.851279  L 606.537404 362.129114  L 606.633579 363.203473  L 606.729755 362.974272  L 606.82593 366.063922  L 606.922105 362.648578  L 607.018281 362.779014  L 607.114456 365.185619  L 607.210631 364.882657  L 607.595333 371.669987  L 607.691508 369.902444  L 607.980034 377.463726  L 608.07621 378.493909  L 608.172385 378.483669  L 608.26856 379.349265  L 608.460911 377.993301  L 608.845613 370.609743  L 608.941788 371.53023  L 609.037963 370.665399  L 609.230314 376.463617  L 609.326489 375.623053  L 609.422665 378.613971  L 609.807366 370.657225  L 609.903542 372.359388  L 609.999717 372.283079  L 610.095892 372.682212  L 610.192068 371.881097  L 610.384418 380.667906  L 610.480594 391.597794  L 610.576769 383.286439  L 610.672944 390.48742  L 610.76912 390.48288  L 610.865295 390.455159  L 611.057646 387.942768  L 611.249997 382.072626  L 611.346172 383.066813  L 611.442347 387.524772  L 611.538523 386.954568  L 611.730873 383.80721  L 611.827049 382.88331  L 612.019399 384.080769  L 612.115575 383.440854  L 612.307926 387.029013  L 612.404101 387.393679  L 612.500276 384.746171  L 612.884978 388.0508  L 612.981153 387.392305  L 613.173504 388.175483  L 613.269679 388.317707  L 613.365855 389.3738  L 613.558205 388.399011  L 613.654381 389.218359  L 613.750556 389.009871  L 613.846731 388.487269  L 613.942907 388.699365  L 614.135257 387.050967  L 614.231433 387.21196  L 614.423784 388.938196  L 614.519959 388.640021  L 614.808485 389.801143  L 615.097011 388.905902  L 615.193186 387.94032  L 615.385537 388.372632  L 615.481713 386.986332  L 615.577888 381.300559  L 615.770239 384.940987  L 615.962589 388.512221  L 616.347291 385.15846  L 616.443466 383.677177  L 616.539642 384.476529  L 616.635817 381.424725  L 616.731992 382.016755  L 616.828168 381.803808  L 616.924343 379.725364  L 617.020518 380.744503  L 617.116694 377.618375  L 617.212869 378.7651  L 617.309044 376.898054  L 617.501395 380.675704  L 617.59757 381.335763  L 617.693746 379.962096  L 617.886097 382.779341  L 617.982272 382.204443  L 618.174623 377.959968  L 618.270798 375.428519  L 618.463149 380.96828  L 618.655499 378.576098  L 618.84785 381.6655  L 618.944026 383.979153  L 619.040201 382.855925  L 619.328727 386.364274  L 619.521078 384.26163  L 619.617253 384.437315  L 619.713428 387.549509  L 619.809604 387.498842  L 619.905779 387.801227  L 620.09813 383.381343  L 620.194305 383.838666  L 620.386656 386.163625  L 620.482831 382.475366  L 620.579007 384.623313  L 620.675182 384.540211  L 620.867533 382.705882  L 620.963708 382.807108  L 621.059884 381.93987  L 621.252234 384.13739  L 621.636936 376.201418  L 621.733111 377.796843  L 621.925462 387.247278  L 622.213988 386.473353  L 622.310163 378.438608  L 622.502514 385.726177  L 622.598689 387.173302  L 622.694865 386.901366  L 622.79104 385.355536  L 622.887215 380.966952  L 622.983391 384.106827  L 623.175742 381.898195  L 623.271917 382.946127  L 623.464268 390.096467  L 623.656618 391.023016  L 623.848969 389.267289  L 623.945144 389.47109  L 624.04132 389.116402  L 624.233671 390.2079  L 624.329846 389.957281  L 624.426021 389.295117  L 624.618372 389.603705  L 624.714547 388.898405  L 624.810723 389.361723  L 624.906898 389.209401  L 625.003073 389.268798  L 625.195424 387.764723  L 625.291599 386.835431  L 625.387775 383.044263  L 625.48395 384.546186  L 625.676301 389.405001  L 625.772476 389.250291  L 625.868652 389.404344  L 625.964827 388.074612  L 626.253353 390.756713  L 626.541879 388.998364  L 626.73423 391.622785  L 626.926581 390.387004  L 627.215107 383.8928  L 627.311282 386.3699  L 627.407457 385.290418  L 627.599808 386.350293  L 627.695984 386.03624  L 627.792159 385.625634  L 627.888334 387.355344  L 628.080685 383.287029  L 628.273036 379.501494  L 628.465386 372.890144  L 628.561562 374.208496  L 628.850088 385.259211  L 629.138614 387.763013  L 629.42714 389.388076  L 629.715666 387.153393  L 629.811842 386.61319  L 630.004192 387.174134  L 630.100368 387.130179  L 630.196543 386.771118  L 630.388894 387.381334  L 630.485069 386.039687  L 630.581244 386.609696  L 630.773595 388.140634  L 630.869771 387.679381  L 630.965946 386.233684  L 631.350647 371.71435  L 631.542998 389.243854  L 631.639173 389.007611  L 631.9277 389.6891  L 632.023875 388.800645  L 632.12005 389.099417  L 632.312401 387.591841  L 632.504752 388.750428  L 632.600927 388.143222  L 632.793278 381.565869  L 632.889453 380.173434  L 632.985628 382.815993  L 633.177979 376.764071  L 633.274155 378.827321  L 633.562681 382.777658  L 633.658856 384.148924  L 633.851207 382.113382  L 633.947382 381.47041  L 634.043557 381.700054  L 634.235908 385.337082  L 634.332084 383.842374  L 634.428259 385.346443  L 634.62061 383.722942  L 634.716785 383.820118  L 634.909136 386.483586  L 635.101486 385.807381  L 635.293837 387.833508  L 635.486188 388.067738  L 635.582363 387.383815  L 635.774714 385.188702  L 636.06324 382.960497  L 636.159415 383.775996  L 636.351766 388.070441  L 636.447942 387.527816  L 636.736468 383.649691  L 636.832643 384.047395  L 637.024994 382.869128  L 637.121169 383.131669  L 637.217344 381.542655  L 637.31352 381.810795  L 637.409695 382.934795  L 637.698221 379.129371  L 637.986747 383.315146  L 638.082923 382.865628  L 638.179098 381.111838  L 638.371449 383.802047  L 638.467624 382.920385  L 638.5638 385.566753  L 638.75615 383.03629  L 638.852326 384.599173  L 638.948501 383.648021  L 639.140852 385.124249  L 639.237027 384.507964  L 639.525553 389.632385  L 639.717904 390.212667  L 639.910255 390.256387  L 640.00643 390.652637  L 640.198781 390.086047  L 640.487307 390.820925  L 640.775833 389.868097  L 640.968184 390.373587  L 641.352885 386.564038  L 641.737586 384.885378  L 641.929937 386.702005  L 642.122288 385.699737  L 642.410814 390.504981  L 642.506989 390.626868  L 642.603165 389.996394  L 642.69934 390.162651  L 642.891691 389.664571  L 642.987866 387.150886  L 643.084042 381.581352  L 643.180217 357.160973  L 643.372568 389.529241  L 643.468743 389.449787  L 643.564918 389.034883  L 643.94962 369.767295  L 644.238146 375.433086  L 644.430497 373.622776  L 644.526672 373.828555  L 644.719023 368.674147  L 645.007549 354.50749  L 645.39225 364.052922  L 645.488426 364.210951  L 645.584601 360.230513  L 645.680776 360.456891  L 645.873127 359.1895  L 645.969302 360.223921  L 646.065478 354.518158  L 646.161653 356.117741  L 646.354004 351.785698  L 646.450179 351.789125  L 646.546355 352.322603  L 647.219582 370.499444  L 647.315758 367.283301  L 647.604284 372.688153  L 647.700459 369.632943  L 647.796634 371.177647  L 647.988985 368.714802  L 648.08516 373.632881  L 648.181336 373.185596  L 648.277511 374.632057  L 648.373686 373.182196  L 648.662213 375.022178  L 648.950739 382.994796  L 649.046914 384.099752  L 649.143089 388.096954  L 649.431615 379.512585  L 649.623966 375.567531  L 649.912492 380.16923  L 650.104843 385.660127  L 650.201018 384.829514  L 650.393369 387.033492  L 650.58572 387.339458  L 650.681895 387.683639  L 650.778071 387.248089  L 650.970421 384.456359  L 651.162772 388.094621  L 651.258947 387.110284  L 651.355123 388.158162  L 651.547473 387.650541  L 651.643649 383.317486  L 651.739824 386.242569  L 651.932175 382.00433  L 652.124526 367.634945  L 652.220701 379.850033  L 652.413052 376.139036  L 652.509227 379.866328  L 652.701578 352.683628  L 653.182455 386.763876  L 653.470981 385.801393  L 653.567156 386.597774  L 653.855682 384.189868  L 653.951858 384.428289  L 654.144208 386.679668  L 654.240384 386.730818  L 654.432734 383.282403  L 654.52891 383.43557  L 654.625085 377.158168  L 654.72126 377.810441  L 654.817436 376.176031  L 654.913611 372.648369  L 655.105962 379.393548  L 655.298313 385.400375  L 655.490663 381.953147  L 655.586839 381.553457  L 655.683014 384.326204  L 655.779189 382.971018  L 656.067715 389.009469  L 656.260066 386.093901  L 656.356242 387.072894  L 656.452417 386.94689  L 656.644768 385.882891  L 656.740943 386.905926  L 656.837118 386.077311  L 656.933294 387.025834  L 657.125644 384.015598  L 657.414171 388.963455  L 657.510346 388.953317  L 657.606521 389.370045  L 657.798872 386.989276  L 657.895047 387.795776  L 658.087398 386.375734  L 658.279749 388.002219  L 658.4721 385.21932  L 658.568275 386.420876  L 658.856801 382.923503  L 659.049152 385.434279  L 659.145327 384.40079  L 659.241502 384.816955  L 659.337678 385.934041  L 659.626204 382.860129  L 659.722379 382.877107  L 659.91473 384.87141  L 660.203256 382.755684  L 660.491782 387.660525  L 660.587958 387.583808  L 660.876484 388.138602  L 660.972659 388.541034  L 661.068834 387.9806  L 661.16501 388.129798  L 661.35736 386.535158  L 661.453536 386.181508  L 661.645887 386.664742  L 661.742062 388.364451  L 661.838237 388.002722  L 661.934413 385.898763  L 662.030588 386.96407  L 662.126763 386.946602  L 662.319114 386.063183  L 662.511465 385.95279  L 662.60764 384.232884  L 662.703816 384.488243  L 662.896166 385.721919  L 663.184692 379.65839  L 663.280868 379.909558  L 663.473218 382.81598  L 663.569394 382.192494  L 663.85792 386.075038  L 663.954095 385.129385  L 664.050271 385.453463  L 664.146446 384.669467  L 664.242621 386.164537  L 664.434972 382.157484  L 664.531147 384.344752  L 664.627323 384.125173  L 664.915849 382.341095  L 665.1082 386.41995  L 665.204375 386.428319  L 665.30055 386.828658  L 665.396726 386.43436  L 665.492901 385.485502  L 665.589076 386.51482  L 665.685252 386.035442  L 665.877602 386.548441  L 665.973778 386.079088  L 666.069953 386.307887  L 666.166129 384.876654  L 666.262304 386.012  L 666.454655 384.906507  L 666.55083 385.124443  L 666.647005 383.048776  L 666.839356 386.990738  L 666.935531 386.765231  L 667.031707 385.835718  L 667.127882 380.126174  L 667.320233 383.5639  L 667.416408 383.927735  L 667.704934 389.027808  L 667.80111 388.873132  L 667.897285 387.774177  L 668.089636 388.965353  L 668.185811 388.753928  L 668.281987 388.816712  L 668.378162 384.439092  L 668.474337 385.20436  L 668.570513 378.329033  L 668.666688 385.961936  L 668.762863 384.885277  L 668.859039 384.910162  L 668.955214 363.75867  L 669.051389 369.968742  L 669.147565 196.779947  L 669.339916 353.80797  L 669.436091 315.237684  L 669.532266 99.490755  L 669.820792 377.167  L 670.013143 318.102162  L 670.109318 117.063918  L 670.301669 365.68457  L 670.397845 364.346671  L 670.49402 307.249462  L 670.782546 372.609705  L 670.878721 374.034314  L 671.167247 389.082525  L 671.263423 388.744681  L 671.455773 389.148716  L 671.551949 389.023651  L 671.648124 389.854499  L 671.7443 388.919776  L 671.840475 386.096167  L 671.93665 388.48393  L 672.032826 384.007752  L 672.225176 386.700047  L 672.417527 389.292938  L 672.513702 389.348379  L 672.609878 389.094253  L 672.706053 389.772537  L 672.898404 389.357291  L 672.994579 388.73998  L 673.090755 389.186729  L 673.18693 388.099073  L 673.283105 388.135793  L 673.475456 388.505294  L 673.667807 386.269518  L 673.956333 388.539177  L 674.052508 386.870347  L 674.244859 388.680388  L 674.341034 389.119184  L 674.43721 388.967606  L 674.62956 389.655881  L 674.821911 386.810359  L 675.014262 388.431325  L 675.206613 388.716867  L 675.302788 387.100145  L 675.398963 387.821015  L 675.687489 385.273701  L 675.783665 385.930823  L 675.87984 385.39601  L 675.976016 386.801742  L 676.072191 386.703507  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 L 705.501852 388.874332  L 705.694203 388.80381  L 705.886553 388.156882  L 705.982729 388.366449  L 706.271255 383.966306  L 706.36743 384.584776  L 706.559781 388.391635  L 706.655956 388.409794  L 706.752132 388.22501  L 706.944482 389.158512  L 707.136833 388.859057  L 707.233008 387.696802  L 707.425359 388.97173  L 707.61771 388.370553  L 707.713885 388.832235  L 707.906236 388.270413  L 708.002411 388.319202  L 708.098587 388.990425  L 708.194762 387.29606  L 708.387113 389.334003  L 708.579463 388.203773  L 708.675639 389.582563  L 708.771814 389.46405  L 708.867989 389.056629  L 708.964165 389.158975  L 709.06034 388.75364  L 709.252691 385.09457  L 709.541217 379.518123  L 709.733568 378.600701  L 709.925918 376.60277  L 710.022094 378.799144  L 710.214445 376.960282  L 710.31062 378.143525  L 710.599146 377.021832  L 710.695321 378.059337  L 710.887672 385.22119  L 710.983847 384.427813  L 711.080023 386.716234  L 711.176198 386.618521  L 711.368549 384.486051  L 711.5609 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358.138182  L 830.722174 358.83449  L 830.818349 360.783101  L 830.914524 368.066285  L 831.0107 366.61069  L 831.203051 377.538814  L 831.395401 381.31222  L 831.587752 377.543883  L 832.068629 361.948843  L 832.26098 348.021104  L 832.357155 347.387928  L 832.45333 341.296323  L 833.030382 383.596469  L 833.126558 383.408031  L 833.222733 381.034028  L 833.415084 386.501302  L 833.607435 388.636159  L 833.70361 388.63467  L 833.799785 389.852467  L 833.895961 389.527584  L 834.088311 390.61406  L 834.376838 388.100937  L 834.569188 380.464534  L 834.665364 381.731536  L 834.761539 375.759517  L 834.857714 380.246142  L 835.14624 374.097345  L 835.242416 376.185512  L 835.434767 373.140119  L 835.530942 378.857113  L 835.627117 377.434946  L 835.723293 377.760666  L 835.819468 379.602687  L 835.915643 379.53301  L 836.39652 387.033036  L 836.492696 386.235153  L 836.588871 386.291432  L 836.781222 386.700536  L 836.877397 384.764551  L 836.973572 385.53861  L 837.454449 370.771044  L 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Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/notebook/station_asf_notebook.ipynb
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/notebook/station_asf_notebook.ipynb	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/STATION_ASF/notebook/station_asf_notebook.ipynb	(revision 15719)
@@ -0,0 +1,452 @@
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# STATION_ASF the virtual *air-sea flux* buoy"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "This notebook demonstrates how you can analyze output data of the `STATION_ASF` test-case. \n",
+    "We are looking at the hourly evolution of all surface flux components computed using the various bulk parameterizations available in NEMO.\n",
+    "\n",
+    "*Last sucessful test done with NEMOGCM trunk: `r13108`*"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "# Run the script to generate the figures"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {},
+   "source": [
+    "In order to generate the figures you need 1 netCDF file per bulk algorithm tested. Of the form:\n",
+    "\n",
+    "`STATION_ASF-<ALGO>_1h_<YEAR1>0101_<YEAR2>1231_gridT.nc`\n",
+    "\n",
+    "\n",
+    "Example, in the default setup, for the \"COARE 3.6\" bulk algorithm, the following file is generated:\n",
+    "\n",
+    "`STATION_ASF-COARE3p6_1h_20180101_20181231_gridT.nc`\n",
+    "\n",
+    "These files are to be found in the subdirectory `output` of the production directory of `STATION_ASF`, namely:\n",
+    "- `${PROD_DIR}/output/` into production script `launch_sasf.sh`\n",
+    "- `cprod_dir+'/output/'` into this notebook"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "metadata": {
+    "collapsed": true
+   },
+   "source": [
+    "## Start:"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 1,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "import sys\n",
+    "from os import path as path\n",
+    "import math\n",
+    "import numpy as nmp\n",
+    "from netCDF4 import Dataset\n",
+    "import matplotlib as mpl\n",
+    "import matplotlib.pyplot as plt\n",
+    "import matplotlib.dates as mdates"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 2,
+   "metadata": {},
+   "outputs": [],
+   "source": [
+    "#>>>>>>>>>>>>>>>>>>>>>>>>>>\n",
+    "# Some tunable parameters\n",
+    "#>>>>>>>>>>>>>>>>>>>>>>>>>>\n",
+    "# Path to root directory containing the output of STATION_ASF:\n",
+    "cprod_dir = '/home/laurent/tmp/STATION_ASF'\n",
+    "cy1       = '2018' ; # First year\n",
+    "cy2       = '2018' ; # Last year\n",
+    "#\n",
+    "size_fig=(13,7)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 3,
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      " *** We have 3 algorithms to compare and 8 variables to plot!\n"
+     ]
+    }
+   ],
+   "source": [
+    "# Different algorithms and their apparence on the figures...\n",
+    "L_ALGOS = [ 'COARE3p6' , 'ECMWF'   , 'NCAR' ]\n",
+    "l_color = [  '#ffed00' , '#008ab8' , '0.4'  ] ; # colors to differentiate algos on the plot\n",
+    "l_width = [     3      ,    2      ,  1     ] ; # line-width to differentiate algos on the plot\n",
+    "l_style = [    '-'     ,   '-'     , '--'   ] ; # line-style\n",
+    "#\n",
+    "# Variables to study:\n",
+    "L_VNEM  = [   'Cd_oce'  ,   'Ce_oce'  ,   'qla'     ,     'qsb'     ,     'qt'     ,   'qlw'     ,  'taum'     ,    'dt_skin'         ]\n",
+    "L_VARO  = [     'Cd'    ,     'Ce'    ,   'Qlat'    ,    'Qsen'     ,     'Qnet'   ,   'Qlw'     ,  'Tau'      ,    'dT_skin'         ] ; # name of variable on figure\n",
+    "L_VARL  = [ r'$C_{D}$'  , r'$C_{E}$'  , r'$Q_{lat}$', r'$Q_{sens}$' , r'$Q_{net}$' , r'$Q_{lw}$' , r'$|\\tau|$' , r'$\\Delta T_{skin}$' ] ; # name of variable in latex mode\n",
+    "L_VUNT  = [     ''      ,     ''      , r'$W/m^2$'  , r'$W/m^2$'    , r'$W/m^2$'   , r'$W/m^2$'  , r'$N/m^2$'  ,      'K'             ]\n",
+    "L_VMAX  = [    0.0075   ,    0.005    ,     75.     ,     75.       ,    800.      ,     25.     ,    1.2      ,       0.7            ]\n",
+    "L_VMIN  = [    0.0005   ,    0.0005   ,   -250.     ,   -125.       ,   -400.      ,   -150.     ,    0.       ,      -0.7            ]\n",
+    "L_ANOM  = [   False     ,   False     ,   True      ,    True       ,    True      ,    True     ,   True      ,      False           ]\n",
+    "#\n",
+    "nb_algos = len(L_ALGOS)\n",
+    "nb_var   = len(L_VNEM)\n",
+    "print('\\n *** We have '+str(nb_algos)+' algorithms to compare and '+str(nb_var)+' variables to plot!')"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "Files we are goin to use:\n",
+      "/home/laurent/tmp/STATION_ASF/output/STATION_ASF-COARE3p6_1h_20180101_20181231_gridT.nc\n",
+      "/home/laurent/tmp/STATION_ASF/output/STATION_ASF-ECMWF_1h_20180101_20181231_gridT.nc\n",
+      "/home/laurent/tmp/STATION_ASF/output/STATION_ASF-NCAR_1h_20180101_20181231_gridT.nc\n"
+     ]
+    }
+   ],
+   "source": [
+    "# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>\n",
+    "# Populating and checking existence of files to be read\n",
+    "# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>\n",
+    "def chck4f(cf):\n",
+    "    cmesg = 'ERROR: File '+cf+' does not exist !!!'\n",
+    "    if not path.exists(cf): print(cmesg) ; sys.exit(0)\n",
+    "#\n",
+    "cf_in = []\n",
+    "for ja in range(nb_algos):\n",
+    "    cfi = cprod_dir+'/output/'+'STATION_ASF-'+L_ALGOS[ja]+'_1h_'+cy1+'0101_'+cy2+'1231_gridT.nc'\n",
+    "    chck4f(cfi)\n",
+    "    cf_in.append(cfi)\n",
+    "print('Files we are goin to use:')\n",
+    "for ja in range(nb_algos): print(cf_in[ja])\n",
+    "# >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 5,
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      " \"time_counter\" is in \"seconds since 1970-01-01 00:00:00\"\n"
+     ]
+    }
+   ],
+   "source": [
+    "# Getting time array from the first file:\n",
+    "id_in = Dataset(cf_in[0])\n",
+    "vt = id_in.variables['time_counter'][:]\n",
+    "cunit_t = id_in.variables['time_counter'].units ; print(' \"time_counter\" is in \"'+cunit_t+'\"')\n",
+    "id_in.close()\n",
+    "nbr = len(vt)\n",
+    "#\n",
+    "vtime = nmp.zeros(nbr)\n",
+    "for jt in range(nbr): vtime[jt] = mdates.epoch2num(vt[jt]) ; # works if nn_leapy=1 in NEMO...\n",
+    "#\n",
+    "xF  = nmp.zeros((nbr,nb_algos))\n",
+    "xFa = nmp.zeros((nbr,nb_algos))"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 7,
+   "metadata": {
+    "scrolled": false
+   },
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "\n",
+      " *** Treating variable: Cd !\n",
+      "\n",
+      " *** Treating variable: Ce !\n",
+      "\n",
+      " *** Treating variable: Qlat !\n",
+      "\n",
+      " *** Treating variable: Qsen !\n",
+      "\n",
+      " *** Treating variable: Qnet !\n",
+      "\n",
+      " *** Treating variable: Qlw !\n",
+      "\n",
+      " *** Treating variable: Tau !\n",
+      "\n",
+      " *** Treating variable: dT_skin !\n"
+     ]
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149717a68668>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149716d38d68>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149718047e10>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149719888390>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x14971980a6a0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x1497197cecc0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149719751f98>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x1497195d8a58>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149719559cc0>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149719538780>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149719497c18>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x149719434358>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    },
+    {
+     "data": {
+      "image/png": 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\n",
+      "text/plain": [
+       "<matplotlib.figure.Figure at 0x14971939ff98>"
+      ]
+     },
+     "metadata": {},
+     "output_type": "display_data"
+    }
+   ],
+   "source": [
+    "#>>>>>>>>>>>>>>>>>>\n",
+    "# Time for figures\n",
+    "#>>>>>>>>>>>>>>>>>>\n",
+    "\n",
+    "font_inf = { 'fontname':'Open Sans', 'fontweight':'normal', 'fontsize':14 }\n",
+    "\n",
+    "ii = nbr/300 ; xticks_d = int(30*max(ii-ii%10,1))\n",
+    "\n",
+    "for jv in range(nb_var):\n",
+    "    #for jv in range(1):\n",
+    "    print('\\n *** Treating variable: '+L_VARO[jv]+' !')\n",
+    "\n",
+    "    for ja in range(nb_algos):\n",
+    "        #\n",
+    "        id_in = Dataset(cf_in[ja])\n",
+    "        xF[:,ja] = id_in.variables[L_VNEM[jv]][:,1,1] # only the center point of the 3x3 spatial domain!\n",
+    "        if ja == 0: cvar_lnm = id_in.variables[L_VNEM[jv]].long_name\n",
+    "        id_in.close()\n",
+    "\n",
+    "    fig = plt.figure(num = jv, figsize=size_fig, facecolor='w', edgecolor='k')\n",
+    "\n",
+    "    ax1 = plt.axes([0.07, 0.22, 0.9, 0.75])\n",
+    "\n",
+    "    ax1.set_xticks(vtime[::xticks_d])\n",
+    "    ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))\n",
+    "    plt.xticks(rotation='60')\n",
+    "\n",
+    "    for ja in range(nb_algos):\n",
+    "        plt.plot(vtime, xF[:,ja], '-', color=l_color[ja], linestyle=l_style[ja], linewidth=l_width[ja], label=L_ALGOS[ja], zorder=10+ja)\n",
+    "\n",
+    "    ax1.set_ylim(L_VMIN[jv], L_VMAX[jv]) ; ax1.set_xlim(vtime[0],vtime[nbr-1])\n",
+    "    plt.ylabel(L_VARL[jv]+' ['+L_VUNT[jv]+']')\n",
+    "\n",
+    "    ax1.grid(color='k', linestyle='-', linewidth=0.3)\n",
+    "    plt.legend(loc='best', ncol=1, shadow=True, fancybox=True)\n",
+    "    ax1.annotate(cvar_lnm, xy=(0.3, 0.97), xycoords='axes fraction',  bbox={'facecolor':'w', 'alpha':1., 'pad':10}, zorder=50, **font_inf)\n",
+    "    #plt.savefig(L_VARO[jv]+'.'+fig_ext, dpi=int(rDPI), transparent=False)\n",
+    "    #plt.close(jv)\n",
+    "    \n",
+    "    # Anomaly plot if relevant:\n",
+    "    if L_ANOM[jv]:\n",
+    "\n",
+    "        for ja in range(nb_algos): xFa[:,ja] = xF[:,ja] - nmp.mean(xF,axis=1)\n",
+    "\n",
+    "        if nmp.sum(xFa[:,:]) == 0.0:\n",
+    "            print('     Well! Seems that for variable '+L_VARO[jv]+', choice of algo has no impact a all!')\n",
+    "            print('          ==> skipping anomaly plot...')\n",
+    "        else:\n",
+    "\n",
+    "            # Want a symetric y-range that makes sense for the anomaly we're looking at:\n",
+    "            rmax = nmp.max(xFa) ; rmin = nmp.min(xFa)\n",
+    "            rmax = max( abs(rmax) , abs(rmin) )\n",
+    "            romagn = math.floor(math.log(rmax, 10)) ; # order of magnitude of the anomaly  we're dealing with\n",
+    "            rmlt = 10.**(int(romagn)) / 2.\n",
+    "            yrng = math.copysign( math.ceil(abs(rmax)/rmlt)*rmlt , rmax)\n",
+    "\n",
+    "            fig = plt.figure(num = 10+jv, figsize=size_fig, facecolor='w', edgecolor='k')\n",
+    "            ax1 = plt.axes([0.07, 0.22, 0.9, 0.75])\n",
+    "\n",
+    "            ax1.set_xticks(vtime[::xticks_d])\n",
+    "            ax1.xaxis.set_major_formatter(mdates.DateFormatter('%Y-%m-%d %H:%M:%S'))\n",
+    "            plt.xticks(rotation='60')\n",
+    "\n",
+    "            for ja in range(nb_algos):\n",
+    "                plt.plot(vtime, xFa[:,ja], '-', color=l_color[ja], linewidth=l_width[ja], label=L_ALGOS[ja], zorder=10+ja)\n",
+    "\n",
+    "            ax1.set_ylim(-yrng,yrng) ; ax1.set_xlim(vtime[0],vtime[nbr-1])\n",
+    "            plt.ylabel(L_VARL[jv]+' ['+L_VUNT[jv]+']')\n",
+    "            ax1.grid(color='k', linestyle='-', linewidth=0.3)\n",
+    "            plt.legend(bbox_to_anchor=(0.45, 0.2), ncol=1, shadow=True, fancybox=True)\n",
+    "            ax1.annotate( 'Anomaly of '+cvar_lnm, xy=(0.3, 0.97), xycoords='axes fraction', \\\n",
+    "                          bbox={'facecolor':'w', 'alpha':1., 'pad':10}, zorder=50, **font_inf)\n",
+    "            #plt.savefig(L_VARO[jv]+'_anomaly.'+fig_ext, dpi=int(rDPI), transparent=False)\n",
+    "            #plt.close(10+jv)\n"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "metadata": {
+    "collapsed": true
+   },
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 3",
+   "language": "python",
+   "name": "python3"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.6.9"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 2
+}
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_context_nemo.xml	(revision 15719)
@@ -0,0 +1,35 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="1_nemo">
+<!-- $id$ -->
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+      <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+      <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+      <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+      <axis id="nfloat" long_name="Float number"      unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+      <axis id="ncatice" long_name="Ice category"       unit="1"               />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+    
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_namelist_cfg	(revision 15719)
@@ -0,0 +1,308 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite defaults values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                         VORTEX configuration                       !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   VORTEX configuration: Flat bottom, beta-plane
+!-----------------------------------------------------------------------
+   rn_dx       =  30000.   !  x horizontal resolution   [meters]
+   rn_dy       =  30000.   !  y horizontal resolution   [meters]
+   rn_dz       =    500.   !  z vertical resolution [meters]
+   rn_ppgphi0  =   38.5    !  Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      = "VORTEX"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =   18000   !  last time step 
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   99999   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   99999   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   =  .false.  !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_rdt      =    480.   !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =   0.05    !  asselin time filter parameter
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: user defined GYRE)
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid ( read by child model only )       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+  rn_shlat     =    0.    !  free slip
+/
+!-----------------------------------------------------------------------
+&namagrif      !  AGRIF zoom                                            ("key_agrif")
+!-----------------------------------------------------------------------
+   ln_spc_dyn    = .true.  !  use 0 as special value for dynamics
+   rn_sponge_tra =  800.   !  coefficient for tracer   sponge layer [m2/s]
+   rn_sponge_dyn =  800.   !  coefficient for dynamics sponge layer [m2/s]
+   ln_chk_bathy  = .FALSE. !
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+      !                            !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+      rn_a0       =  0.28        !  thermal expension coefficient (for simplified equation of state)
+      rn_b0       =  0.          !  saline  expension coefficient (for simplified equation of state)
+      rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+      rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+      rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+      rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+      rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true.  !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Operator type:
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl       !   vertical coordinate options                          (default: z-star)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .true.  !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true.  !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynspg_exp  = .false. 
+   ln_dynspg_ts  = .true.   ! split-explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .false.    ! Number of sub-step defined from:
+         nn_baro      =  24         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF =  .true.     !  No operator (i.e. no explicit diffusion)
+   ln_dynldf_lap =  .false.    !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.    !  iso-level
+   ln_dynldf_hor =  .true.     !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 0.1              !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 30.e+3           !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/1_namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/AGRIF_FixedGrids.in
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/AGRIF_FixedGrids.in	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/AGRIF_FixedGrids.in	(revision 15719)
@@ -0,0 +1,3 @@
+1
+19 38 19 38 3 3 3 
+0
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,35 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+      <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+      <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+      <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+      <axis id="nfloat" long_name="Float number"      unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+      <axis id="ncatice" long_name="Ice category"       unit="1"               />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,36 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@" sync_freq="10d" min_digits="4">
+      <file_group id="1d" output_freq="1d"  output_level="10" enabled=".TRUE." >  <!-- 5d files -->  
+ 
+	<file id="file1" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="e3t"          name="e3t_inst"     long_name="instantaneous T-cell thickness"                operation="instant" />
+	  <field field_ref="toce"         name="thetao_inst"  long_name="instantaneous sea water potential temperature" operation="instant" /> 
+	  <field field_ref="ssh"          name="ssh_inst"     long_name="instantaneous sea surface height above geoid"  operation="instant" />
+	</file>
+
+	<file id="file3" name_suffix="_grid_U" description="ocean U grid variables" >
+	  <field field_ref="e3u"          name="e3u_inst"     long_name="instantaneous U-cell thickness"        operation="instant" />
+	  <field field_ref="uoce"         name="uo_inst"      long_name="instantaneous sea water x velocity"    operation="instant" />
+	</file>
+	
+	<file id="file4" name_suffix="_grid_V" description="ocean V grid variables" >
+	  <field field_ref="e3v"          name="e3v_inst"     long_name="instantaneous V-cell thickness"        operation="instant" />
+	  <field field_ref="voce"         name="vo_inst"      long_name="instantaneous sea water y velocity"    operation="instant" />
+	</file>
+	
+	<file id="file5" name_suffix="_grid_W" description="ocean W grid variables" >
+	  <field field_ref="e3w"          name="e3w_inst"     long_name="instantaneous W-cell thickness"        operation="instant" />
+	  <field field_ref="woce"         name="wo_inst"      long_name="instantaneous ocean vertical velocity" operation="instant" />
+	</file>
+
+      </file_group>
+
+   </file_definition>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">false</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+  <context id="1_nemo" src="./1_context_nemo.xml"/>   <!--  NEMO       -->
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,299 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                         VORTEX configuration                       !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !   User defined :   VORTEX configuration: Flat bottom, beta-plane
+!-----------------------------------------------------------------------
+   rn_dx       =  30000.   !  x horizontal resolution   [meters]
+   rn_dy       =  30000.   !  y horizontal resolution   [meters]
+   rn_dz       =    500.   !  z vertical resolution [meters]
+   rn_ppgphi0  =   38.5    !  Reference latitude [degrees]
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   nn_no       =       0   !  job number (no more used...)
+   cn_exp      = "VORTEX"  !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =    6000   !  last time step 
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+   nn_stock    =   99999   !  frequency of creation of a restart file (modulo referenced to 1)
+   nn_write    =   99999   !  frequency of write in the output file   (modulo referenced to nn_it000)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   =  .false.  !  =T  linear free surface  ==>>  model level are fixed in time
+   rn_rdt      =   1440.   !  time step for the dynamics (and tracer if nn_acc=0)
+   rn_atfp     =   0.05    !  asselin time filter parameter
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: use namusr_def in namelist_cfg)
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition manager                   (default: NO selection)
+!-----------------------------------------------------------------------
+  nn_fsbc     = 1         !  frequency of surface boundary condition computation
+                          !     (also = the frequency of sea-ice & iceberg model call)
+  ln_usr      = .true.    !  user defined formulation                  (T => check usrdef_sbc)
+  ln_blk      = .false.   !  Bulk formulation                          (T => fill namsbc_blk )
+  nn_ice      = 0         !  =0 no ice boundary condition   
+  ln_traqsr   = .false.   !  Light penetration in the ocean            (T => fill namtra_qsr )
+  ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf)
+  ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr)
+  nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid ( read by child model only )       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+  rn_shlat     =    0.    !  free slip
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_OFF     = .true.    !  free-slip       : Cd = 0
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_seos     = .true.         !  = Use simplified equation of state (S-EOS)
+   !                            !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  0.28        !  thermal expension coefficient (for simplified equation of state)
+   rn_b0       =  0.          !  saline  expension coefficient (for simplified equation of state)
+   rn_lambda1  =  0.          !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  0.          !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  0.          !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  0.          !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  0.          !  cabbeling coeff in T*S  (=0 for linear eos)
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_cen = .false. !  2nd order centered scheme
+      nn_cen_h   =  4            !  =2/4, horizontal 2nd order CEN / 4th order CEN
+      nn_cen_v   =  4            !  =2/4, vertical   2nd order CEN / 4th order COMPACT
+   ln_traadv_fct = .true. !  FCT scheme
+      nn_fct_h   =  2            !  =2/4, horizontal 2nd / 4th order
+      nn_fct_v   =  2            !  =2/4, vertical   2nd / COMPACT 4th order
+   ln_traadv_mus = .false. !  MUSCL scheme
+      ln_mus_ups = .false.       !  use upstream scheme near river mouths
+   ln_traadv_ubs = .false. !  UBS scheme
+      nn_ubs_v   =  2            !  =2  , vertical 2nd order FCT / COMPACT 4th order
+   ln_traadv_qck = .false. !  QUICKEST scheme
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traldf_OFF   =  .true.  !  No explicit diffusion
+   ln_traldf_lap   =  .false.  !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nam_vvl       !   vertical coordinate options                          (default: z-star)
+!-----------------------------------------------------------------------
+   ln_vvl_zstar  = .true.           !  zstar vertical coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_vec = .false. !  vector form (T) or flux form (F)
+   nn_dynkeg     = 0       ! scheme for grad(KE): =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .true.  !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true.  !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zps  = .false.  !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.   !  s-coordinate (standard jacobian formulation)
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynspg_exp = .false. 
+   ln_dynspg_ts  = .true.   ! split-explicit free surface
+      ln_bt_fw      = .true.     ! Forward integration of barotropic Eqs.
+      ln_bt_av      = .true.     ! Time filtering of barotropic variables
+         nn_bt_flt     = 1          ! Time filter choice  = 0 None
+         !                          !                     = 1 Boxcar over   nn_baro sub-steps
+         !                          !                     = 2 Boxcar over 2*nn_baro  "    "
+      ln_bt_auto    = .false.    ! Number of sub-step defined from:
+         nn_baro      =  24         ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   ln_dynldf_OFF =  .true.     !  No operator (i.e. no explicit diffusion)
+   ln_dynldf_lap =  .false.    !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .false.    !  iso-level
+   ln_dynldf_hor =  .true.     !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            bhm = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 0.1              !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 30.e+3           !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics manager                             (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .true.       !  constant mixing
+   !
+   !                       ! convection
+   ln_zdfevd   = .false.      !  enhanced vertical diffusion
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.e-4      !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   0.e0       !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/domvvl.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/domvvl.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/domvvl.F90	(revision 15719)
@@ -0,0 +1,1053 @@
+MODULE domvvl
+   !!======================================================================
+   !!                       ***  MODULE domvvl   ***
+   !! Ocean : 
+   !!======================================================================
+   !! History :  2.0  !  2006-06  (B. Levier, L. Marie)  original code
+   !!            3.1  !  2009-02  (G. Madec, M. Leclair, R. Benshila)  pure z* coordinate
+   !!            3.3  !  2011-10  (M. Leclair) totally rewrote domvvl: vvl option includes z_star and z_tilde coordinates
+   !!            3.6  !  2014-11  (P. Mathiot) add ice shelf capability
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   dom_vvl_init     : define initial vertical scale factors, depths and column thickness
+   !!   dom_vvl_sf_nxt   : Compute next vertical scale factors
+   !!   dom_vvl_sf_swp   : Swap vertical scale factors and update the vertical grid
+   !!   dom_vvl_interpol : Interpolate vertical scale factors from one grid point to another
+   !!   dom_vvl_rst      : read/write restart file
+   !!   dom_vvl_ctl      : Check the vvl options
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE phycst          ! physical constant
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! ocean surface boundary condition
+   USE wet_dry         ! wetting and drying
+   USE usrdef_istate   ! user defined initial state (wad only)
+   USE restart         ! ocean restart
+   !
+   USE in_out_manager  ! I/O manager
+   USE iom             ! I/O manager library
+   USE lib_mpp         ! distributed memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE timing          ! Timing
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC  dom_vvl_init       ! called by domain.F90
+   PUBLIC  dom_vvl_sf_nxt     ! called by step.F90
+   PUBLIC  dom_vvl_sf_swp     ! called by step.F90
+   PUBLIC  dom_vvl_interpol   ! called by dynnxt.F90
+
+   !                                                      !!* Namelist nam_vvl
+   LOGICAL , PUBLIC :: ln_vvl_zstar           = .FALSE.    ! zstar  vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_ztilde          = .FALSE.    ! ztilde vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_layer           = .FALSE.    ! level  vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_ztilde_as_zstar = .FALSE.    ! ztilde vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_zstar_at_eqtor  = .FALSE.    ! ztilde vertical coordinate
+   LOGICAL , PUBLIC :: ln_vvl_kepe            = .FALSE.    ! kinetic/potential energy transfer
+   !                                                       ! conservation: not used yet
+   REAL(wp)         :: rn_ahe3                             ! thickness diffusion coefficient
+   REAL(wp)         :: rn_rst_e3t                          ! ztilde to zstar restoration timescale [days]
+   REAL(wp)         :: rn_lf_cutoff                        ! cutoff frequency for low-pass filter  [days]
+   REAL(wp)         :: rn_zdef_max                         ! maximum fractional e3t deformation
+   LOGICAL , PUBLIC :: ln_vvl_dbg = .FALSE.                ! debug control prints
+
+   REAL(wp), PUBLIC, ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: un_td, vn_td                ! thickness diffusion transport
+   REAL(wp)        , ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: hdiv_lf                     ! low frequency part of hz divergence
+   REAL(wp), PUBLIC, ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: tilde_e3t_b, tilde_e3t_n    ! baroclinic scale factors
+   REAL(wp), PUBLIC, ALLOCATABLE, SAVE, DIMENSION(:,:,:) :: tilde_e3t_a, dtilde_e3t_a   ! baroclinic scale factors
+   REAL(wp)        , ALLOCATABLE, SAVE, DIMENSION(:,:)   :: frq_rst_e3t                 ! retoring period for scale factors
+   REAL(wp)        , ALLOCATABLE, SAVE, DIMENSION(:,:)   :: frq_rst_hdv                 ! retoring period for low freq. divergence
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: domvvl.F90 10572 2019-01-24 15:37:13Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   INTEGER FUNCTION dom_vvl_alloc()
+      !!----------------------------------------------------------------------
+      !!                ***  FUNCTION dom_vvl_alloc  ***
+      !!----------------------------------------------------------------------
+      IF( ln_vvl_zstar )   dom_vvl_alloc = 0
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN
+         ALLOCATE( tilde_e3t_b(jpi,jpj,jpk)  , tilde_e3t_n(jpi,jpj,jpk) , tilde_e3t_a(jpi,jpj,jpk) ,   &
+            &      dtilde_e3t_a(jpi,jpj,jpk) , un_td  (jpi,jpj,jpk)     , vn_td  (jpi,jpj,jpk)     ,   &
+            &      STAT = dom_vvl_alloc        )
+         CALL mpp_sum ( 'domvvl', dom_vvl_alloc )
+         IF( dom_vvl_alloc /= 0 )   CALL ctl_stop( 'STOP', 'dom_vvl_alloc: failed to allocate arrays' )
+         un_td = 0._wp
+         vn_td = 0._wp
+      ENDIF
+      IF( ln_vvl_ztilde ) THEN
+         ALLOCATE( frq_rst_e3t(jpi,jpj) , frq_rst_hdv(jpi,jpj) , hdiv_lf(jpi,jpj,jpk) , STAT= dom_vvl_alloc )
+         CALL mpp_sum ( 'domvvl', dom_vvl_alloc )
+         IF( dom_vvl_alloc /= 0 )   CALL ctl_stop( 'STOP', 'dom_vvl_alloc: failed to allocate arrays' )
+      ENDIF
+      !
+   END FUNCTION dom_vvl_alloc
+
+
+   SUBROUTINE dom_vvl_init
+      !!----------------------------------------------------------------------
+      !!                ***  ROUTINE dom_vvl_init  ***
+      !!                   
+      !! ** Purpose :  Initialization of all scale factors, depths
+      !!               and water column heights
+      !!
+      !! ** Method  :  - use restart file and/or initialize
+      !!               - interpolate scale factors
+      !!
+      !! ** Action  : - e3t_(n/b) and tilde_e3t_(n/b)
+      !!              - Regrid: e3(u/v)_n
+      !!                        e3(u/v)_b       
+      !!                        e3w_n           
+      !!                        e3(u/v)w_b      
+      !!                        e3(u/v)w_n      
+      !!                        gdept_n, gdepw_n and gde3w_n
+      !!              - h(t/u/v)_0
+      !!              - frq_rst_e3t and frq_rst_hdv
+      !!
+      !! Reference  : Leclair, M., and G. Madec, 2011, Ocean Modelling.
+      !!----------------------------------------------------------------------
+      INTEGER ::   ji, jj, jk
+      INTEGER ::   ii0, ii1, ij0, ij1
+      REAL(wp)::   zcoef
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'dom_vvl_init : Variable volume activated'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~'
+      !
+      CALL dom_vvl_ctl     ! choose vertical coordinate (z_star, z_tilde or layer)
+      !
+      !                    ! Allocate module arrays
+      IF( dom_vvl_alloc() /= 0 )   CALL ctl_stop( 'STOP', 'dom_vvl_init : unable to allocate arrays' )
+      !
+      !                    ! Read or initialize e3t_(b/n), tilde_e3t_(b/n) and hdiv_lf
+      CALL dom_vvl_rst( nit000, 'READ' )
+      e3t_a(:,:,jpk) = e3t_0(:,:,jpk)  ! last level always inside the sea floor set one for all
+      !
+      !                    !== Set of all other vertical scale factors  ==!  (now and before)
+      !                                ! Horizontal interpolation of e3t
+      CALL dom_vvl_interpol( e3t_b(:,:,:), e3u_b(:,:,:), 'U' )    ! from T to U
+      CALL dom_vvl_interpol( e3t_n(:,:,:), e3u_n(:,:,:), 'U' )
+      CALL dom_vvl_interpol( e3t_b(:,:,:), e3v_b(:,:,:), 'V' )    ! from T to V 
+      CALL dom_vvl_interpol( e3t_n(:,:,:), e3v_n(:,:,:), 'V' )
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3f_n(:,:,:), 'F' )    ! from U to F
+      !                                ! Vertical interpolation of e3t,u,v 
+      CALL dom_vvl_interpol( e3t_n(:,:,:), e3w_n (:,:,:), 'W'  )  ! from T to W
+      CALL dom_vvl_interpol( e3t_b(:,:,:), e3w_b (:,:,:), 'W'  )
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3uw_n(:,:,:), 'UW' )  ! from U to UW
+      CALL dom_vvl_interpol( e3u_b(:,:,:), e3uw_b(:,:,:), 'UW' )
+      CALL dom_vvl_interpol( e3v_n(:,:,:), e3vw_n(:,:,:), 'VW' )  ! from V to UW
+      CALL dom_vvl_interpol( e3v_b(:,:,:), e3vw_b(:,:,:), 'VW' )
+
+      ! We need to define e3[tuv]_a for AGRIF initialisation (should not be a problem for the restartability...)
+      e3t_a(:,:,:) = e3t_n(:,:,:)
+      e3u_a(:,:,:) = e3u_n(:,:,:)
+      e3v_a(:,:,:) = e3v_n(:,:,:)
+      !
+      !                    !==  depth of t and w-point  ==!   (set the isf depth as it is in the initial timestep)
+      gdept_n(:,:,1) = 0.5_wp * e3w_n(:,:,1)       ! reference to the ocean surface (used for MLD and light penetration)
+      gdepw_n(:,:,1) = 0.0_wp
+      gde3w_n(:,:,1) = gdept_n(:,:,1) - sshn(:,:)  ! reference to a common level z=0 for hpg
+      gdept_b(:,:,1) = 0.5_wp * e3w_b(:,:,1)
+      gdepw_b(:,:,1) = 0.0_wp
+      DO jk = 2, jpk                               ! vertical sum
+         DO jj = 1,jpj
+            DO ji = 1,jpi
+               !    zcoef = tmask - wmask    ! 0 everywhere tmask = wmask, ie everywhere expect at jk = mikt
+               !                             ! 1 everywhere from mbkt to mikt + 1 or 1 (if no isf)
+               !                             ! 0.5 where jk = mikt     
+!!gm ???????   BUG ?  gdept_n as well as gde3w_n  does not include the thickness of ISF ??
+               zcoef = ( tmask(ji,jj,jk) - wmask(ji,jj,jk) )
+               gdepw_n(ji,jj,jk) = gdepw_n(ji,jj,jk-1) + e3t_n(ji,jj,jk-1)
+               gdept_n(ji,jj,jk) =      zcoef  * ( gdepw_n(ji,jj,jk  ) + 0.5 * e3w_n(ji,jj,jk))  &
+                  &                + (1-zcoef) * ( gdept_n(ji,jj,jk-1) +       e3w_n(ji,jj,jk)) 
+               gde3w_n(ji,jj,jk) = gdept_n(ji,jj,jk) - sshn(ji,jj)
+               gdepw_b(ji,jj,jk) = gdepw_b(ji,jj,jk-1) + e3t_b(ji,jj,jk-1)
+               gdept_b(ji,jj,jk) =      zcoef  * ( gdepw_b(ji,jj,jk  ) + 0.5 * e3w_b(ji,jj,jk))  &
+                  &                + (1-zcoef) * ( gdept_b(ji,jj,jk-1) +       e3w_b(ji,jj,jk)) 
+            END DO
+         END DO
+      END DO
+      !
+      !                    !==  thickness of the water column  !!   (ocean portion only)
+      ht_n(:,:) = e3t_n(:,:,1) * tmask(:,:,1)   !!gm  BUG  :  this should be 1/2 * e3w(k=1) ....
+      hu_b(:,:) = e3u_b(:,:,1) * umask(:,:,1)
+      hu_n(:,:) = e3u_n(:,:,1) * umask(:,:,1)
+      hv_b(:,:) = e3v_b(:,:,1) * vmask(:,:,1)
+      hv_n(:,:) = e3v_n(:,:,1) * vmask(:,:,1)
+      DO jk = 2, jpkm1
+         ht_n(:,:) = ht_n(:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+         hu_b(:,:) = hu_b(:,:) + e3u_b(:,:,jk) * umask(:,:,jk)
+         hu_n(:,:) = hu_n(:,:) + e3u_n(:,:,jk) * umask(:,:,jk)
+         hv_b(:,:) = hv_b(:,:) + e3v_b(:,:,jk) * vmask(:,:,jk)
+         hv_n(:,:) = hv_n(:,:) + e3v_n(:,:,jk) * vmask(:,:,jk)
+      END DO
+      !
+      !                    !==  inverse of water column thickness   ==!   (u- and v- points)
+      r1_hu_b(:,:) = ssumask(:,:) / ( hu_b(:,:) + 1._wp - ssumask(:,:) )    ! _i mask due to ISF
+      r1_hu_n(:,:) = ssumask(:,:) / ( hu_n(:,:) + 1._wp - ssumask(:,:) )
+      r1_hv_b(:,:) = ssvmask(:,:) / ( hv_b(:,:) + 1._wp - ssvmask(:,:) )
+      r1_hv_n(:,:) = ssvmask(:,:) / ( hv_n(:,:) + 1._wp - ssvmask(:,:) )
+
+      !                    !==   z_tilde coordinate case  ==!   (Restoring frequencies)
+      IF( ln_vvl_ztilde ) THEN
+!!gm : idea: add here a READ in a file of custumized restoring frequency
+         !                                   ! Values in days provided via the namelist
+         !                                   ! use rsmall to avoid possible division by zero errors with faulty settings
+         frq_rst_e3t(:,:) = 2._wp * rpi / ( MAX( rn_rst_e3t  , rsmall ) * 86400.0_wp )
+         frq_rst_hdv(:,:) = 2._wp * rpi / ( MAX( rn_lf_cutoff, rsmall ) * 86400.0_wp )
+         !
+         IF( ln_vvl_ztilde_as_zstar ) THEN   ! z-star emulation using z-tile
+            frq_rst_e3t(:,:) = 0._wp               !Ignore namelist settings
+            frq_rst_hdv(:,:) = 1._wp / rdt
+         ENDIF
+         IF ( ln_vvl_zstar_at_eqtor ) THEN   ! use z-star in vicinity of the Equator
+            DO jj = 1, jpj
+               DO ji = 1, jpi
+!!gm  case |gphi| >= 6 degrees is useless   initialized just above by default
+                  IF( ABS(gphit(ji,jj)) >= 6.) THEN
+                     ! values outside the equatorial band and transition zone (ztilde)
+                     frq_rst_e3t(ji,jj) =  2.0_wp * rpi / ( MAX( rn_rst_e3t  , rsmall ) * 86400.e0_wp )
+                     frq_rst_hdv(ji,jj) =  2.0_wp * rpi / ( MAX( rn_lf_cutoff, rsmall ) * 86400.e0_wp )
+                  ELSEIF( ABS(gphit(ji,jj)) <= 2.5) THEN    ! Equator strip ==> z-star
+                     ! values inside the equatorial band (ztilde as zstar)
+                     frq_rst_e3t(ji,jj) =  0.0_wp
+                     frq_rst_hdv(ji,jj) =  1.0_wp / rdt
+                  ELSE                                      ! transition band (2.5 to 6 degrees N/S)
+                     !                                      ! (linearly transition from z-tilde to z-star)
+                     frq_rst_e3t(ji,jj) = 0.0_wp + (frq_rst_e3t(ji,jj)-0.0_wp)*0.5_wp   &
+                        &            * (  1.0_wp - COS( rad*(ABS(gphit(ji,jj))-2.5_wp)  &
+                        &                                          * 180._wp / 3.5_wp ) )
+                     frq_rst_hdv(ji,jj) = (1.0_wp / rdt)                                &
+                        &            + (  frq_rst_hdv(ji,jj)-(1.e0_wp / rdt) )*0.5_wp   &
+                        &            * (  1._wp  - COS( rad*(ABS(gphit(ji,jj))-2.5_wp)  &
+                        &                                          * 180._wp / 3.5_wp ) )
+                  ENDIF
+               END DO
+            END DO
+            IF( cn_cfg == "orca" .OR. cn_cfg == "ORCA" ) THEN
+               IF( nn_cfg == 3 ) THEN   ! ORCA2: Suppress ztilde in the Foxe Basin for ORCA2
+                  ii0 = 103   ;   ii1 = 111       
+                  ij0 = 128   ;   ij1 = 135   ;   
+                  frq_rst_e3t( mi0(ii0):mi1(ii1) , mj0(ij0):mj1(ij1) ) =  0.0_wp
+                  frq_rst_hdv( mi0(ii0):mi1(ii1) , mj0(ij0):mj1(ij1) ) =  1.e0_wp / rdt
+               ENDIF
+            ENDIF
+         ENDIF
+      ENDIF
+      !
+      IF(lwxios) THEN
+! define variables in restart file when writing with XIOS
+         CALL iom_set_rstw_var_active('e3t_b')
+         CALL iom_set_rstw_var_active('e3t_n')
+         !                                           ! ----------------------- !
+         IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN  ! z_tilde and layer cases !
+            !                                        ! ----------------------- !
+            CALL iom_set_rstw_var_active('tilde_e3t_b')
+            CALL iom_set_rstw_var_active('tilde_e3t_n')
+         END IF
+         !                                           ! -------------!    
+         IF( ln_vvl_ztilde ) THEN                    ! z_tilde case !
+            !                                        ! ------------ !
+            CALL iom_set_rstw_var_active('hdiv_lf')
+         ENDIF
+         !
+      ENDIF
+      !
+   END SUBROUTINE dom_vvl_init
+
+
+   SUBROUTINE dom_vvl_sf_nxt( kt, kcall ) 
+      !!----------------------------------------------------------------------
+      !!                ***  ROUTINE dom_vvl_sf_nxt  ***
+      !!                   
+      !! ** Purpose :  - compute the after scale factors used in tra_zdf, dynnxt,
+      !!                 tranxt and dynspg routines
+      !!
+      !! ** Method  :  - z_star case:  Repartition of ssh INCREMENT proportionnaly to the level thickness.
+      !!               - z_tilde_case: after scale factor increment = 
+      !!                                    high frequency part of horizontal divergence
+      !!                                  + retsoring towards the background grid
+      !!                                  + thickness difusion
+      !!                               Then repartition of ssh INCREMENT proportionnaly
+      !!                               to the "baroclinic" level thickness.
+      !!
+      !! ** Action  :  - hdiv_lf    : restoring towards full baroclinic divergence in z_tilde case
+      !!               - tilde_e3t_a: after increment of vertical scale factor 
+      !!                              in z_tilde case
+      !!               - e3(t/u/v)_a
+      !!
+      !! Reference  : Leclair, M., and Madec, G. 2011, Ocean Modelling.
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in )           ::   kt      ! time step
+      INTEGER, INTENT( in ), OPTIONAL ::   kcall   ! optional argument indicating call sequence
+      !
+      INTEGER                ::   ji, jj, jk            ! dummy loop indices
+      INTEGER , DIMENSION(3) ::   ijk_max, ijk_min      ! temporary integers
+      REAL(wp)               ::   z2dt, z_tmin, z_tmax  ! local scalars
+      LOGICAL                ::   ll_do_bclinic         ! local logical
+      REAL(wp), DIMENSION(jpi,jpj)     ::   zht, z_scale, zwu, zwv, zhdiv
+      REAL(wp), DIMENSION(jpi,jpj,jpk) ::   ze3t
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_linssh )   RETURN      ! No calculation in linear free surface
+      !
+      IF( ln_timing )   CALL timing_start('dom_vvl_sf_nxt')
+      !
+      IF( kt == nit000 ) THEN
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'dom_vvl_sf_nxt : compute after scale factors'
+         IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~'
+      ENDIF
+
+      ll_do_bclinic = .TRUE.
+      IF( PRESENT(kcall) ) THEN
+         IF( kcall == 2 .AND. ln_vvl_ztilde )   ll_do_bclinic = .FALSE.
+      ENDIF
+
+      ! ******************************* !
+      ! After acale factors at t-points !
+      ! ******************************* !
+      !                                                ! --------------------------------------------- !
+      !                                                ! z_star coordinate and barotropic z-tilde part !
+      !                                                ! --------------------------------------------- !
+      !
+      z_scale(:,:) = ( ssha(:,:) - sshb(:,:) ) * ssmask(:,:) / ( ht_0(:,:) + sshn(:,:) + 1. - ssmask(:,:) )
+      DO jk = 1, jpkm1
+         ! formally this is the same as e3t_a = e3t_0*(1+ssha/ht_0)
+         e3t_a(:,:,jk) = e3t_b(:,:,jk) + e3t_n(:,:,jk) * z_scale(:,:) * tmask(:,:,jk)
+      END DO
+      !
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer .AND. ll_do_bclinic ) THEN   ! z_tilde or layer coordinate !
+         !                                                            ! ------baroclinic part------ !
+         ! I - initialization
+         ! ==================
+
+         ! 1 - barotropic divergence
+         ! -------------------------
+         zhdiv(:,:) = 0._wp
+         zht(:,:)   = 0._wp
+         DO jk = 1, jpkm1
+            zhdiv(:,:) = zhdiv(:,:) + e3t_n(:,:,jk) * hdivn(:,:,jk)
+            zht  (:,:) = zht  (:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+         END DO
+         zhdiv(:,:) = zhdiv(:,:) / ( zht(:,:) + 1. - tmask_i(:,:) )
+
+         ! 2 - Low frequency baroclinic horizontal divergence  (z-tilde case only)
+         ! --------------------------------------------------
+         IF( ln_vvl_ztilde ) THEN
+            IF( kt > nit000 ) THEN
+               DO jk = 1, jpkm1
+                  hdiv_lf(:,:,jk) = hdiv_lf(:,:,jk) - rdt * frq_rst_hdv(:,:)   &
+                     &          * ( hdiv_lf(:,:,jk) - e3t_n(:,:,jk) * ( hdivn(:,:,jk) - zhdiv(:,:) ) )
+               END DO
+            ENDIF
+         ENDIF
+
+         ! II - after z_tilde increments of vertical scale factors
+         ! =======================================================
+         tilde_e3t_a(:,:,:) = 0._wp  ! tilde_e3t_a used to store tendency terms
+
+         ! 1 - High frequency divergence term
+         ! ----------------------------------
+         IF( ln_vvl_ztilde ) THEN     ! z_tilde case
+            DO jk = 1, jpkm1
+               tilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) - ( e3t_n(:,:,jk) * ( hdivn(:,:,jk) - zhdiv(:,:) ) - hdiv_lf(:,:,jk) )
+            END DO
+         ELSE                         ! layer case
+            DO jk = 1, jpkm1
+               tilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) -   e3t_n(:,:,jk) * ( hdivn(:,:,jk) - zhdiv(:,:) ) * tmask(:,:,jk)
+            END DO
+         ENDIF
+
+         ! 2 - Restoring term (z-tilde case only)
+         ! ------------------
+         IF( ln_vvl_ztilde ) THEN
+            DO jk = 1, jpk
+               tilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) - frq_rst_e3t(:,:) * tilde_e3t_b(:,:,jk)
+            END DO
+         ENDIF
+
+         ! 3 - Thickness diffusion term
+         ! ----------------------------
+         zwu(:,:) = 0._wp
+         zwv(:,:) = 0._wp
+         DO jk = 1, jpkm1        ! a - first derivative: diffusive fluxes
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  un_td(ji,jj,jk) = rn_ahe3 * umask(ji,jj,jk) * e2_e1u(ji,jj)           &
+                     &            * ( tilde_e3t_b(ji,jj,jk) - tilde_e3t_b(ji+1,jj  ,jk) )
+                  vn_td(ji,jj,jk) = rn_ahe3 * vmask(ji,jj,jk) * e1_e2v(ji,jj)           & 
+                     &            * ( tilde_e3t_b(ji,jj,jk) - tilde_e3t_b(ji  ,jj+1,jk) )
+                  zwu(ji,jj) = zwu(ji,jj) + un_td(ji,jj,jk)
+                  zwv(ji,jj) = zwv(ji,jj) + vn_td(ji,jj,jk)
+               END DO
+            END DO
+         END DO
+         DO jj = 1, jpj          ! b - correction for last oceanic u-v points
+            DO ji = 1, jpi
+               un_td(ji,jj,mbku(ji,jj)) = un_td(ji,jj,mbku(ji,jj)) - zwu(ji,jj)
+               vn_td(ji,jj,mbkv(ji,jj)) = vn_td(ji,jj,mbkv(ji,jj)) - zwv(ji,jj)
+            END DO
+         END DO
+         DO jk = 1, jpkm1        ! c - second derivative: divergence of diffusive fluxes
+            DO jj = 2, jpjm1
+               DO ji = fs_2, fs_jpim1   ! vector opt.
+                  tilde_e3t_a(ji,jj,jk) = tilde_e3t_a(ji,jj,jk) + (   un_td(ji-1,jj  ,jk) - un_td(ji,jj,jk)    &
+                     &                                          +     vn_td(ji  ,jj-1,jk) - vn_td(ji,jj,jk)    &
+                     &                                            ) * r1_e1e2t(ji,jj)
+               END DO
+            END DO
+         END DO
+         !                       ! d - thickness diffusion transport: boundary conditions
+         !                             (stored for tracer advction and continuity equation)
+         CALL lbc_lnk_multi( 'domvvl', un_td , 'U' , -1._wp, vn_td , 'V' , -1._wp)
+
+         ! 4 - Time stepping of baroclinic scale factors
+         ! ---------------------------------------------
+         ! Leapfrog time stepping
+         ! ~~~~~~~~~~~~~~~~~~~~~~
+         IF( neuler == 0 .AND. kt == nit000 ) THEN
+            z2dt =  rdt
+         ELSE
+            z2dt = 2.0_wp * rdt
+         ENDIF
+         CALL lbc_lnk( 'domvvl', tilde_e3t_a(:,:,:), 'T', 1._wp )
+         tilde_e3t_a(:,:,:) = tilde_e3t_b(:,:,:) + z2dt * tmask(:,:,:) * tilde_e3t_a(:,:,:)
+
+         ! Maximum deformation control
+         ! ~~~~~~~~~~~~~~~~~~~~~~~~~~~
+         ze3t(:,:,jpk) = 0._wp
+         DO jk = 1, jpkm1
+            ze3t(:,:,jk) = tilde_e3t_a(:,:,jk) / e3t_0(:,:,jk) * tmask(:,:,jk) * tmask_i(:,:)
+         END DO
+         z_tmax = MAXVAL( ze3t(:,:,:) )
+         CALL mpp_max( 'domvvl', z_tmax )                 ! max over the global domain
+         z_tmin = MINVAL( ze3t(:,:,:) )
+         CALL mpp_min( 'domvvl', z_tmin )                 ! min over the global domain
+         ! - ML - test: for the moment, stop simulation for too large e3_t variations
+         IF( ( z_tmax >  rn_zdef_max ) .OR. ( z_tmin < - rn_zdef_max ) ) THEN
+            IF( lk_mpp ) THEN
+               CALL mpp_maxloc( 'domvvl', ze3t, tmask, z_tmax, ijk_max )
+               CALL mpp_minloc( 'domvvl', ze3t, tmask, z_tmin, ijk_min )
+            ELSE
+               ijk_max = MAXLOC( ze3t(:,:,:) )
+               ijk_max(1) = ijk_max(1) + nimpp - 1
+               ijk_max(2) = ijk_max(2) + njmpp - 1
+               ijk_min = MINLOC( ze3t(:,:,:) )
+               ijk_min(1) = ijk_min(1) + nimpp - 1
+               ijk_min(2) = ijk_min(2) + njmpp - 1
+            ENDIF
+            IF (lwp) THEN
+               WRITE(numout, *) 'MAX( tilde_e3t_a(:,:,:) / e3t_0(:,:,:) ) =', z_tmax
+               WRITE(numout, *) 'at i, j, k=', ijk_max
+               WRITE(numout, *) 'MIN( tilde_e3t_a(:,:,:) / e3t_0(:,:,:) ) =', z_tmin
+               WRITE(numout, *) 'at i, j, k=', ijk_min            
+               CALL ctl_stop( 'STOP', 'MAX( ABS( tilde_e3t_a(:,:,: ) ) / e3t_0(:,:,:) ) too high')
+            ENDIF
+         ENDIF
+         ! - ML - end test
+         ! - ML - Imposing these limits will cause a baroclinicity error which is corrected for below
+         tilde_e3t_a(:,:,:) = MIN( tilde_e3t_a(:,:,:),   rn_zdef_max * e3t_0(:,:,:) )
+         tilde_e3t_a(:,:,:) = MAX( tilde_e3t_a(:,:,:), - rn_zdef_max * e3t_0(:,:,:) )
+
+         !
+         ! "tilda" change in the after scale factor
+         ! ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+         DO jk = 1, jpkm1
+            dtilde_e3t_a(:,:,jk) = tilde_e3t_a(:,:,jk) - tilde_e3t_b(:,:,jk)
+         END DO
+         ! III - Barotropic repartition of the sea surface height over the baroclinic profile
+         ! ==================================================================================
+         ! add ( ssh increment + "baroclinicity error" ) proportionly to e3t(n)
+         ! - ML - baroclinicity error should be better treated in the future
+         !        i.e. locally and not spread over the water column.
+         !        (keep in mind that the idea is to reduce Eulerian velocity as much as possible)
+         zht(:,:) = 0.
+         DO jk = 1, jpkm1
+            zht(:,:)  = zht(:,:) + tilde_e3t_a(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_scale(:,:) =  - zht(:,:) / ( ht_0(:,:) + sshn(:,:) + 1. - ssmask(:,:) )
+         DO jk = 1, jpkm1
+            dtilde_e3t_a(:,:,jk) = dtilde_e3t_a(:,:,jk) + e3t_n(:,:,jk) * z_scale(:,:) * tmask(:,:,jk)
+         END DO
+
+      ENDIF
+
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer )  THEN   ! z_tilde or layer coordinate !
+      !                                           ! ---baroclinic part--------- !
+         DO jk = 1, jpkm1
+            e3t_a(:,:,jk) = e3t_a(:,:,jk) + dtilde_e3t_a(:,:,jk) * tmask(:,:,jk)
+         END DO
+      ENDIF
+
+      IF( ln_vvl_dbg .AND. .NOT. ll_do_bclinic ) THEN   ! - ML - test: control prints for debuging
+         !
+         IF( lwp ) WRITE(numout, *) 'kt =', kt
+         IF ( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN
+            z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( zht(:,:) ) )
+            CALL mpp_max( 'domvvl', z_tmax )                             ! max over the global domain
+            IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(SUM(tilde_e3t_a))) =', z_tmax
+         END IF
+         !
+         zht(:,:) = 0.0_wp
+         DO jk = 1, jpkm1
+            zht(:,:) = zht(:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( ht_0(:,:) + sshn(:,:) - zht(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ht_0+sshn-SUM(e3t_n))) =', z_tmax
+         !
+         zht(:,:) = 0.0_wp
+         DO jk = 1, jpkm1
+            zht(:,:) = zht(:,:) + e3t_a(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( ht_0(:,:) + ssha(:,:) - zht(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ht_0+ssha-SUM(e3t_a))) =', z_tmax
+         !
+         zht(:,:) = 0.0_wp
+         DO jk = 1, jpkm1
+            zht(:,:) = zht(:,:) + e3t_b(:,:,jk) * tmask(:,:,jk)
+         END DO
+         z_tmax = MAXVAL( tmask(:,:,1) * tmask_i(:,:) * ABS( ht_0(:,:) + sshb(:,:) - zht(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ht_0+sshb-SUM(e3t_b))) =', z_tmax
+         !
+         z_tmax = MAXVAL( tmask(:,:,1) *  ABS( sshb(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(sshb))) =', z_tmax
+         !
+         z_tmax = MAXVAL( tmask(:,:,1) *  ABS( sshn(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(sshn))) =', z_tmax
+         !
+         z_tmax = MAXVAL( tmask(:,:,1) *  ABS( ssha(:,:) ) )
+         CALL mpp_max( 'domvvl', z_tmax )                                ! max over the global domain
+         IF( lwp    ) WRITE(numout, *) kt,' MAXVAL(abs(ssha))) =', z_tmax
+      END IF
+
+      ! *********************************** !
+      ! After scale factors at u- v- points !
+      ! *********************************** !
+
+      CALL dom_vvl_interpol( e3t_a(:,:,:), e3u_a(:,:,:), 'U' )
+      CALL dom_vvl_interpol( e3t_a(:,:,:), e3v_a(:,:,:), 'V' )
+
+      ! *********************************** !
+      ! After depths at u- v points         !
+      ! *********************************** !
+
+      hu_a(:,:) = e3u_a(:,:,1) * umask(:,:,1)
+      hv_a(:,:) = e3v_a(:,:,1) * vmask(:,:,1)
+      DO jk = 2, jpkm1
+         hu_a(:,:) = hu_a(:,:) + e3u_a(:,:,jk) * umask(:,:,jk)
+         hv_a(:,:) = hv_a(:,:) + e3v_a(:,:,jk) * vmask(:,:,jk)
+      END DO
+      !                                        ! Inverse of the local depth
+!!gm BUG ?  don't understand the use of umask_i here .....
+      r1_hu_a(:,:) = ssumask(:,:) / ( hu_a(:,:) + 1._wp - ssumask(:,:) )
+      r1_hv_a(:,:) = ssvmask(:,:) / ( hv_a(:,:) + 1._wp - ssvmask(:,:) )
+      !
+      IF( ln_timing )   CALL timing_stop('dom_vvl_sf_nxt')
+      !
+   END SUBROUTINE dom_vvl_sf_nxt
+
+
+   SUBROUTINE dom_vvl_sf_swp( kt )
+      !!----------------------------------------------------------------------
+      !!                ***  ROUTINE dom_vvl_sf_swp  ***
+      !!                   
+      !! ** Purpose :  compute time filter and swap of scale factors 
+      !!               compute all depths and related variables for next time step
+      !!               write outputs and restart file
+      !!
+      !! ** Method  :  - swap of e3t with trick for volume/tracer conservation
+      !!               - reconstruct scale factor at other grid points (interpolate)
+      !!               - recompute depths and water height fields
+      !!
+      !! ** Action  :  - e3t_(b/n), tilde_e3t_(b/n) and e3(u/v)_n ready for next time step
+      !!               - Recompute:
+      !!                    e3(u/v)_b       
+      !!                    e3w_n           
+      !!                    e3(u/v)w_b      
+      !!                    e3(u/v)w_n      
+      !!                    gdept_n, gdepw_n  and gde3w_n
+      !!                    h(u/v) and h(u/v)r
+      !!
+      !! Reference  : Leclair, M., and G. Madec, 2009, Ocean Modelling.
+      !!              Leclair, M., and G. Madec, 2011, Ocean Modelling.
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT( in ) ::   kt   ! time step
+      !
+      INTEGER  ::   ji, jj, jk   ! dummy loop indices
+      REAL(wp) ::   zcoef        ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      IF( ln_linssh )   RETURN      ! No calculation in linear free surface
+      !
+      IF( ln_timing )   CALL timing_start('dom_vvl_sf_swp')
+      !
+      IF( kt == nit000 )   THEN
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'dom_vvl_sf_swp : - time filter and swap of scale factors'
+         IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   - interpolate scale factors and compute depths for next time step'
+      ENDIF
+      !
+      ! Time filter and swap of scale factors
+      ! =====================================
+      ! - ML - e3(t/u/v)_b are allready computed in dynnxt.
+      IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN
+         IF( neuler == 0 .AND. kt == nit000 ) THEN
+            tilde_e3t_b(:,:,:) = tilde_e3t_n(:,:,:)
+         ELSE
+            tilde_e3t_b(:,:,:) = tilde_e3t_n(:,:,:) & 
+            &         + atfp * ( tilde_e3t_b(:,:,:) - 2.0_wp * tilde_e3t_n(:,:,:) + tilde_e3t_a(:,:,:) )
+         ENDIF
+         tilde_e3t_n(:,:,:) = tilde_e3t_a(:,:,:)
+      ENDIF
+      gdept_b(:,:,:) = gdept_n(:,:,:)
+      gdepw_b(:,:,:) = gdepw_n(:,:,:)
+
+      e3t_n(:,:,:) = e3t_a(:,:,:)
+      e3u_n(:,:,:) = e3u_a(:,:,:)
+      e3v_n(:,:,:) = e3v_a(:,:,:)
+
+      ! Compute all missing vertical scale factor and depths
+      ! ====================================================
+      ! Horizontal scale factor interpolations
+      ! --------------------------------------
+      ! - ML - e3u_b and e3v_b are allready computed in dynnxt
+      ! - JC - hu_b, hv_b, hur_b, hvr_b also
+      
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3f_n(:,:,:), 'F'  )
+      
+      ! Vertical scale factor interpolations
+      CALL dom_vvl_interpol( e3t_n(:,:,:),  e3w_n(:,:,:), 'W'  )
+      CALL dom_vvl_interpol( e3u_n(:,:,:), e3uw_n(:,:,:), 'UW' )
+      CALL dom_vvl_interpol( e3v_n(:,:,:), e3vw_n(:,:,:), 'VW' )
+      CALL dom_vvl_interpol( e3t_b(:,:,:),  e3w_b(:,:,:), 'W'  )
+      CALL dom_vvl_interpol( e3u_b(:,:,:), e3uw_b(:,:,:), 'UW' )
+      CALL dom_vvl_interpol( e3v_b(:,:,:), e3vw_b(:,:,:), 'VW' )
+
+      ! t- and w- points depth (set the isf depth as it is in the initial step)
+      gdept_n(:,:,1) = 0.5_wp * e3w_n(:,:,1)
+      gdepw_n(:,:,1) = 0.0_wp
+      gde3w_n(:,:,1) = gdept_n(:,:,1) - sshn(:,:)
+      DO jk = 2, jpk
+         DO jj = 1,jpj
+            DO ji = 1,jpi
+              !    zcoef = (tmask(ji,jj,jk) - wmask(ji,jj,jk))   ! 0 everywhere tmask = wmask, ie everywhere expect at jk = mikt
+                                                                 ! 1 for jk = mikt
+               zcoef = (tmask(ji,jj,jk) - wmask(ji,jj,jk))
+               gdepw_n(ji,jj,jk) = gdepw_n(ji,jj,jk-1) + e3t_n(ji,jj,jk-1)
+               gdept_n(ji,jj,jk) =    zcoef  * ( gdepw_n(ji,jj,jk  ) + 0.5 * e3w_n(ji,jj,jk) )  &
+                   &             + (1-zcoef) * ( gdept_n(ji,jj,jk-1) +       e3w_n(ji,jj,jk) ) 
+               gde3w_n(ji,jj,jk) = gdept_n(ji,jj,jk) - sshn(ji,jj)
+            END DO
+         END DO
+      END DO
+
+      ! Local depth and Inverse of the local depth of the water
+      ! -------------------------------------------------------
+      hu_n(:,:) = hu_a(:,:)   ;   r1_hu_n(:,:) = r1_hu_a(:,:)
+      hv_n(:,:) = hv_a(:,:)   ;   r1_hv_n(:,:) = r1_hv_a(:,:)
+      !
+      ht_n(:,:) = e3t_n(:,:,1) * tmask(:,:,1)
+      DO jk = 2, jpkm1
+         ht_n(:,:) = ht_n(:,:) + e3t_n(:,:,jk) * tmask(:,:,jk)
+      END DO
+
+      ! write restart file
+      ! ==================
+      IF( lrst_oce  )   CALL dom_vvl_rst( kt, 'WRITE' )
+      !
+      IF( ln_timing )   CALL timing_stop('dom_vvl_sf_swp')
+      !
+   END SUBROUTINE dom_vvl_sf_swp
+
+
+   SUBROUTINE dom_vvl_interpol( pe3_in, pe3_out, pout )
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dom_vvl__interpol  ***
+      !!
+      !! ** Purpose :   interpolate scale factors from one grid point to another
+      !!
+      !! ** Method  :   e3_out = e3_0 + interpolation(e3_in - e3_0)
+      !!                - horizontal interpolation: grid cell surface averaging
+      !!                - vertical interpolation: simple averaging
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk), INTENT(in   ) ::  pe3_in    ! input e3 to be interpolated
+      REAL(wp), DIMENSION(jpi,jpj,jpk), INTENT(inout) ::  pe3_out   ! output interpolated e3
+      CHARACTER(LEN=*)                , INTENT(in   ) ::  pout      ! grid point of out scale factors
+      !                                                             !   =  'U', 'V', 'W, 'F', 'UW' or 'VW'
+      !
+      INTEGER ::   ji, jj, jk                                       ! dummy loop indices
+      REAL(wp) ::  zlnwd                                            ! =1./0. when ln_wd_il = T/F
+      !!----------------------------------------------------------------------
+      !
+      IF(ln_wd_il) THEN
+        zlnwd = 1.0_wp
+      ELSE
+        zlnwd = 0.0_wp
+      END IF
+      !
+      SELECT CASE ( pout )    !==  type of interpolation  ==!
+         !
+      CASE( 'U' )                   !* from T- to U-point : hor. surface weighted mean
+         DO jk = 1, jpk
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  pe3_out(ji,jj,jk) = 0.5_wp * (  umask(ji,jj,jk) * (1.0_wp - zlnwd) + zlnwd ) * r1_e1e2u(ji,jj)   &
+                     &                       * (   e1e2t(ji  ,jj) * ( pe3_in(ji  ,jj,jk) - e3t_0(ji  ,jj,jk) )     &
+                     &                           + e1e2t(ji+1,jj) * ( pe3_in(ji+1,jj,jk) - e3t_0(ji+1,jj,jk) ) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'domvvl', pe3_out(:,:,:), 'U', 1._wp )
+         pe3_out(:,:,:) = pe3_out(:,:,:) + e3u_0(:,:,:)
+         !
+      CASE( 'V' )                   !* from T- to V-point : hor. surface weighted mean
+         DO jk = 1, jpk
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  pe3_out(ji,jj,jk) = 0.5_wp * ( vmask(ji,jj,jk)  * (1.0_wp - zlnwd) + zlnwd ) * r1_e1e2v(ji,jj)   &
+                     &                       * (   e1e2t(ji,jj  ) * ( pe3_in(ji,jj  ,jk) - e3t_0(ji,jj  ,jk) )     &
+                     &                           + e1e2t(ji,jj+1) * ( pe3_in(ji,jj+1,jk) - e3t_0(ji,jj+1,jk) ) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'domvvl', pe3_out(:,:,:), 'V', 1._wp )
+         pe3_out(:,:,:) = pe3_out(:,:,:) + e3v_0(:,:,:)
+         !
+      CASE( 'F' )                   !* from U-point to F-point : hor. surface weighted mean
+         DO jk = 1, jpk
+            DO jj = 1, jpjm1
+               DO ji = 1, fs_jpim1   ! vector opt.
+                  pe3_out(ji,jj,jk) = 0.5_wp * (  umask(ji,jj,jk) * umask(ji,jj+1,jk) * (1.0_wp - zlnwd) + zlnwd ) &
+                     &                       *    r1_e1e2f(ji,jj)                                                  &
+                     &                       * (   e1e2u(ji,jj  ) * ( pe3_in(ji,jj  ,jk) - e3u_0(ji,jj  ,jk) )     &
+                     &                           + e1e2u(ji,jj+1) * ( pe3_in(ji,jj+1,jk) - e3u_0(ji,jj+1,jk) ) )
+               END DO
+            END DO
+         END DO
+         CALL lbc_lnk( 'domvvl', pe3_out(:,:,:), 'F', 1._wp )
+         pe3_out(:,:,:) = pe3_out(:,:,:) + e3f_0(:,:,:)
+         !
+      CASE( 'W' )                   !* from T- to W-point : vertical simple mean
+         !
+         pe3_out(:,:,1) = e3w_0(:,:,1) + pe3_in(:,:,1) - e3t_0(:,:,1)
+         ! - ML - The use of mask in this formulea enables the special treatment of the last w-point without indirect adressing
+!!gm BUG? use here wmask in case of ISF ?  to be checked
+         DO jk = 2, jpk
+            pe3_out(:,:,jk) = e3w_0(:,:,jk) + ( 1.0_wp - 0.5_wp * ( tmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd ) )   &
+               &                            * ( pe3_in(:,:,jk-1) - e3t_0(:,:,jk-1) )                               &
+               &                            +            0.5_wp * ( tmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd )     &
+               &                            * ( pe3_in(:,:,jk  ) - e3t_0(:,:,jk  ) )
+         END DO
+         !
+      CASE( 'UW' )                  !* from U- to UW-point : vertical simple mean
+         !
+         pe3_out(:,:,1) = e3uw_0(:,:,1) + pe3_in(:,:,1) - e3u_0(:,:,1)
+         ! - ML - The use of mask in this formaula enables the special treatment of the last w- point without indirect adressing
+!!gm BUG? use here wumask in case of ISF ?  to be checked
+         DO jk = 2, jpk
+            pe3_out(:,:,jk) = e3uw_0(:,:,jk) + ( 1.0_wp - 0.5_wp * ( umask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd ) )  &
+               &                             * ( pe3_in(:,:,jk-1) - e3u_0(:,:,jk-1) )                              &
+               &                             +            0.5_wp * ( umask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd )    &
+               &                             * ( pe3_in(:,:,jk  ) - e3u_0(:,:,jk  ) )
+         END DO
+         !
+      CASE( 'VW' )                  !* from V- to VW-point : vertical simple mean
+         !
+         pe3_out(:,:,1) = e3vw_0(:,:,1) + pe3_in(:,:,1) - e3v_0(:,:,1)
+         ! - ML - The use of mask in this formaula enables the special treatment of the last w- point without indirect adressing
+!!gm BUG? use here wvmask in case of ISF ?  to be checked
+         DO jk = 2, jpk
+            pe3_out(:,:,jk) = e3vw_0(:,:,jk) + ( 1.0_wp - 0.5_wp * ( vmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd ) )  &
+               &                             * ( pe3_in(:,:,jk-1) - e3v_0(:,:,jk-1) )                              &
+               &                             +            0.5_wp * ( vmask(:,:,jk) * (1.0_wp - zlnwd) + zlnwd )    &
+               &                             * ( pe3_in(:,:,jk  ) - e3v_0(:,:,jk  ) )
+         END DO
+      END SELECT
+      !
+   END SUBROUTINE dom_vvl_interpol
+
+
+   SUBROUTINE dom_vvl_rst( kt, cdrw )
+      !!---------------------------------------------------------------------
+      !!                   ***  ROUTINE dom_vvl_rst  ***
+      !!                     
+      !! ** Purpose :   Read or write VVL file in restart file
+      !!
+      !! ** Method  :   use of IOM library
+      !!                if the restart does not contain vertical scale factors,
+      !!                they are set to the _0 values
+      !!                if the restart does not contain vertical scale factors increments (z_tilde),
+      !!                they are set to 0.
+      !!----------------------------------------------------------------------
+      INTEGER         , INTENT(in) ::   kt     ! ocean time-step
+      CHARACTER(len=*), INTENT(in) ::   cdrw   ! "READ"/"WRITE" flag
+      !
+      INTEGER ::   ji, jj, jk
+      INTEGER ::   id1, id2, id3, id4, id5     ! local integers
+      !!----------------------------------------------------------------------
+      !
+      IF( TRIM(cdrw) == 'READ' ) THEN        ! Read/initialise 
+         !                                   ! ===============
+         IF( ln_rstart ) THEN                   !* Read the restart file
+            CALL rst_read_open                  !  open the restart file if necessary
+            CALL iom_get( numror, jpdom_autoglo, 'sshn'   , sshn, ldxios = lrxios    )
+            !
+            id1 = iom_varid( numror, 'e3t_b', ldstop = .FALSE. )
+            id2 = iom_varid( numror, 'e3t_n', ldstop = .FALSE. )
+            id3 = iom_varid( numror, 'tilde_e3t_b', ldstop = .FALSE. )
+            id4 = iom_varid( numror, 'tilde_e3t_n', ldstop = .FALSE. )
+            id5 = iom_varid( numror, 'hdiv_lf', ldstop = .FALSE. )
+            !                             ! --------- !
+            !                             ! all cases !
+            !                             ! --------- !
+            IF( MIN( id1, id2 ) > 0 ) THEN       ! all required arrays exist
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_b', e3t_b(:,:,:), ldxios = lrxios )
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_n', e3t_n(:,:,:), ldxios = lrxios )
+               ! needed to restart if land processor not computed 
+               IF(lwp) write(numout,*) 'dom_vvl_rst : e3t_b and e3t_n found in restart files'
+               WHERE ( tmask(:,:,:) == 0.0_wp ) 
+                  e3t_n(:,:,:) = e3t_0(:,:,:)
+                  e3t_b(:,:,:) = e3t_0(:,:,:)
+               END WHERE
+               IF( neuler == 0 ) THEN
+                  e3t_b(:,:,:) = e3t_n(:,:,:)
+               ENDIF
+            ELSE IF( id1 > 0 ) THEN
+               IF(lwp) write(numout,*) 'dom_vvl_rst WARNING : e3t_n not found in restart files'
+               IF(lwp) write(numout,*) 'e3t_n set equal to e3t_b.'
+               IF(lwp) write(numout,*) 'neuler is forced to 0'
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_b', e3t_b(:,:,:), ldxios = lrxios )
+               e3t_n(:,:,:) = e3t_b(:,:,:)
+               neuler = 0
+            ELSE IF( id2 > 0 ) THEN
+               IF(lwp) write(numout,*) 'dom_vvl_rst WARNING : e3t_b not found in restart files'
+               IF(lwp) write(numout,*) 'e3t_b set equal to e3t_n.'
+               IF(lwp) write(numout,*) 'neuler is forced to 0'
+               CALL iom_get( numror, jpdom_autoglo, 'e3t_n', e3t_n(:,:,:), ldxios = lrxios )
+               e3t_b(:,:,:) = e3t_n(:,:,:)
+               neuler = 0
+            ELSE
+               IF(lwp) write(numout,*) 'dom_vvl_rst WARNING : e3t_n not found in restart file'
+               IF(lwp) write(numout,*) 'Compute scale factor from sshn'
+               IF(lwp) write(numout,*) 'neuler is forced to 0'
+               DO jk = 1, jpk
+                  e3t_n(:,:,jk) =  e3t_0(:,:,jk) * ( ht_0(:,:) + sshn(:,:) ) &
+                      &                          / ( ht_0(:,:) + 1._wp - ssmask(:,:) ) * tmask(:,:,jk)   &
+                      &          + e3t_0(:,:,jk)                               * (1._wp -tmask(:,:,jk))
+               END DO
+               e3t_b(:,:,:) = e3t_n(:,:,:)
+               neuler = 0
+            ENDIF
+            !                             ! ----------- !
+            IF( ln_vvl_zstar ) THEN       ! z_star case !
+               !                          ! ----------- !
+               IF( MIN( id3, id4 ) > 0 ) THEN
+                  CALL ctl_stop( 'dom_vvl_rst: z_star cannot restart from a z_tilde or layer run' )
+               ENDIF
+               !                          ! ----------------------- !
+            ELSE                          ! z_tilde and layer cases !
+               !                          ! ----------------------- !
+               IF( MIN( id3, id4 ) > 0 ) THEN  ! all required arrays exist
+                  CALL iom_get( numror, jpdom_autoglo, 'tilde_e3t_b', tilde_e3t_b(:,:,:), ldxios = lrxios )
+                  CALL iom_get( numror, jpdom_autoglo, 'tilde_e3t_n', tilde_e3t_n(:,:,:), ldxios = lrxios )
+               ELSE                            ! one at least array is missing
+                  tilde_e3t_b(:,:,:) = 0.0_wp
+                  tilde_e3t_n(:,:,:) = 0.0_wp
+               ENDIF
+               !                          ! ------------ !
+               IF( ln_vvl_ztilde ) THEN   ! z_tilde case !
+                  !                       ! ------------ !
+                  IF( id5 > 0 ) THEN  ! required array exists
+                     CALL iom_get( numror, jpdom_autoglo, 'hdiv_lf', hdiv_lf(:,:,:), ldxios = lrxios )
+                  ELSE                ! array is missing
+                     hdiv_lf(:,:,:) = 0.0_wp
+                  ENDIF
+               ENDIF
+            ENDIF
+            !
+         ELSE                                   !* Initialize at "rest"
+            !
+
+            IF( ll_wd ) THEN   ! MJB ll_wd edits start here - these are essential 
+               !
+               IF( cn_cfg == 'wad' ) THEN
+                  ! Wetting and drying test case
+                  CALL usr_def_istate( gdept_b, tmask, tsb, ub, vb, sshb  )
+                  tsn  (:,:,:,:) = tsb (:,:,:,:)       ! set now values from to before ones
+                  sshn (:,:)     = sshb(:,:)
+                  un   (:,:,:)   = ub  (:,:,:)
+                  vn   (:,:,:)   = vb  (:,:,:)
+               ELSE
+                  ! if not test case
+                  sshn(:,:) = -ssh_ref
+                  sshb(:,:) = -ssh_ref
+
+                  DO jj = 1, jpj
+                     DO ji = 1, jpi
+                        IF( ht_0(ji,jj)-ssh_ref <  rn_wdmin1 ) THEN ! if total depth is less than min depth
+
+                           sshb(ji,jj) = rn_wdmin1 - (ht_0(ji,jj) )
+                           sshn(ji,jj) = rn_wdmin1 - (ht_0(ji,jj) )
+                           ssha(ji,jj) = rn_wdmin1 - (ht_0(ji,jj) )
+                        ENDIF
+                     ENDDO
+                  ENDDO
+               ENDIF !If test case else
+
+               ! Adjust vertical metrics for all wad
+               DO jk = 1, jpk
+                  e3t_n(:,:,jk) =  e3t_0(:,:,jk) * ( ht_0(:,:) + sshn(:,:)  ) &
+                    &                            / ( ht_0(:,:) + 1._wp - ssmask(:,:) ) * tmask(:,:,jk)   &
+                    &            + e3t_0(:,:,jk) * ( 1._wp - tmask(:,:,jk) )
+               END DO
+               e3t_b(:,:,:) = e3t_n(:,:,:)
+
+               DO ji = 1, jpi
+                  DO jj = 1, jpj
+                     IF ( ht_0(ji,jj) .LE. 0.0 .AND. NINT( ssmask(ji,jj) ) .EQ. 1) THEN
+                       CALL ctl_stop( 'dom_vvl_rst: ht_0 must be positive at potentially wet points' )
+                     ENDIF
+                  END DO 
+               END DO 
+               !
+            ELSE
+               !
+               ! usr_def_istate called here only to get sshb, that is needed to initialize e3t_b and e3t_n
+               CALL usr_def_istate( gdept_0, tmask, tsb, ub, vb, sshb  )  
+               ! usr_def_istate will be called again in istate_init to initialize ts(bn), ssh(bn), u(bn) and v(bn)
+               !
+               DO jk=1,jpk
+                  e3t_b(:,:,jk) =  e3t_0(:,:,jk) * ( ht_0(:,:) + sshb(:,:) ) &
+                    &                            / ( ht_0(:,:) + 1._wp - ssmask(:,:) ) * tmask(:,:,jk)   &
+                    &            + e3t_0(:,:,jk) * ( 1._wp - tmask(:,:,jk) )   ! make sure e3t_b != 0 on land points
+               END DO
+               e3t_n(:,:,:) = e3t_b(:,:,:)
+               sshn(:,:) = sshb(:,:)   ! needed later for gde3w
+!!$                e3t_n(:,:,:)=e3t_0(:,:,:)
+!!$                e3t_b(:,:,:)=e3t_0(:,:,:)
+               !
+            END IF           ! end of ll_wd edits
+
+            IF( ln_vvl_ztilde .OR. ln_vvl_layer) THEN
+               tilde_e3t_b(:,:,:) = 0._wp
+               tilde_e3t_n(:,:,:) = 0._wp
+               IF( ln_vvl_ztilde ) hdiv_lf(:,:,:) = 0._wp
+            END IF
+         ENDIF
+         !
+      ELSEIF( TRIM(cdrw) == 'WRITE' ) THEN   ! Create restart file
+         !                                   ! ===================
+         IF(lwp) WRITE(numout,*) '---- dom_vvl_rst ----'
+         IF( lwxios ) CALL iom_swap(      cwxios_context          )
+         !                                           ! --------- !
+         !                                           ! all cases !
+         !                                           ! --------- !
+         CALL iom_rstput( kt, nitrst, numrow, 'e3t_b', e3t_b(:,:,:), ldxios = lwxios )
+         CALL iom_rstput( kt, nitrst, numrow, 'e3t_n', e3t_n(:,:,:), ldxios = lwxios )
+         !                                           ! ----------------------- !
+         IF( ln_vvl_ztilde .OR. ln_vvl_layer ) THEN  ! z_tilde and layer cases !
+            !                                        ! ----------------------- !
+            CALL iom_rstput( kt, nitrst, numrow, 'tilde_e3t_b', tilde_e3t_b(:,:,:), ldxios = lwxios)
+            CALL iom_rstput( kt, nitrst, numrow, 'tilde_e3t_n', tilde_e3t_n(:,:,:), ldxios = lwxios)
+         END IF
+         !                                           ! -------------!    
+         IF( ln_vvl_ztilde ) THEN                    ! z_tilde case !
+            !                                        ! ------------ !
+            CALL iom_rstput( kt, nitrst, numrow, 'hdiv_lf', hdiv_lf(:,:,:), ldxios = lwxios)
+         ENDIF
+         !
+         IF( lwxios ) CALL iom_swap(      cxios_context          )
+      ENDIF
+      !
+   END SUBROUTINE dom_vvl_rst
+
+
+   SUBROUTINE dom_vvl_ctl
+      !!---------------------------------------------------------------------
+      !!                  ***  ROUTINE dom_vvl_ctl  ***
+      !!                
+      !! ** Purpose :   Control the consistency between namelist options
+      !!                for vertical coordinate
+      !!----------------------------------------------------------------------
+      INTEGER ::   ioptio, ios
+      !!
+      NAMELIST/nam_vvl/ ln_vvl_zstar, ln_vvl_ztilde, ln_vvl_layer, ln_vvl_ztilde_as_zstar, &
+         &              ln_vvl_zstar_at_eqtor      , rn_ahe3     , rn_rst_e3t            , &
+         &              rn_lf_cutoff               , rn_zdef_max , ln_vvl_dbg                ! not yet implemented: ln_vvl_kepe
+      !!---------------------------------------------------------------------- 
+      !
+      REWIND( numnam_ref )              ! Namelist nam_vvl in reference namelist : 
+      READ  ( numnam_ref, nam_vvl, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'nam_vvl in reference namelist', lwp )
+      REWIND( numnam_cfg )              ! Namelist nam_vvl in configuration namelist : Parameters of the run
+      READ  ( numnam_cfg, nam_vvl, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 ) CALL ctl_nam ( ios , 'nam_vvl in configuration namelist', lwp )
+      IF(lwm) WRITE ( numond, nam_vvl )
+      !
+      IF(lwp) THEN                    ! Namelist print
+         WRITE(numout,*)
+         WRITE(numout,*) 'dom_vvl_ctl : choice/control of the variable vertical coordinate'
+         WRITE(numout,*) '~~~~~~~~~~~'
+         WRITE(numout,*) '   Namelist nam_vvl : chose a vertical coordinate'
+         WRITE(numout,*) '      zstar                      ln_vvl_zstar   = ', ln_vvl_zstar
+         WRITE(numout,*) '      ztilde                     ln_vvl_ztilde  = ', ln_vvl_ztilde
+         WRITE(numout,*) '      layer                      ln_vvl_layer   = ', ln_vvl_layer
+         WRITE(numout,*) '      ztilde as zstar   ln_vvl_ztilde_as_zstar  = ', ln_vvl_ztilde_as_zstar
+         WRITE(numout,*) '      ztilde near the equator    ln_vvl_zstar_at_eqtor  = ', ln_vvl_zstar_at_eqtor
+         WRITE(numout,*) '      !'
+         WRITE(numout,*) '      thickness diffusion coefficient                      rn_ahe3      = ', rn_ahe3
+         WRITE(numout,*) '      maximum e3t deformation fractional change            rn_zdef_max  = ', rn_zdef_max
+         IF( ln_vvl_ztilde_as_zstar ) THEN
+            WRITE(numout,*) '      ztilde running in zstar emulation mode (ln_vvl_ztilde_as_zstar=T) '
+            WRITE(numout,*) '         ignoring namelist timescale parameters and using:'
+            WRITE(numout,*) '            hard-wired : z-tilde to zstar restoration timescale (days)'
+            WRITE(numout,*) '                         rn_rst_e3t     = 0.e0'
+            WRITE(numout,*) '            hard-wired : z-tilde cutoff frequency of low-pass filter (days)'
+            WRITE(numout,*) '                         rn_lf_cutoff   = 1.0/rdt'
+         ELSE
+            WRITE(numout,*) '      z-tilde to zstar restoration timescale (days)        rn_rst_e3t   = ', rn_rst_e3t
+            WRITE(numout,*) '      z-tilde cutoff frequency of low-pass filter (days)   rn_lf_cutoff = ', rn_lf_cutoff
+         ENDIF
+         WRITE(numout,*) '         debug prints flag                                 ln_vvl_dbg   = ', ln_vvl_dbg
+      ENDIF
+      !
+      ioptio = 0                      ! Parameter control
+      IF( ln_vvl_ztilde_as_zstar )   ln_vvl_ztilde = .true.
+      IF( ln_vvl_zstar           )   ioptio = ioptio + 1
+      IF( ln_vvl_ztilde          )   ioptio = ioptio + 1
+      IF( ln_vvl_layer           )   ioptio = ioptio + 1
+      !
+      IF( ioptio /= 1 )   CALL ctl_stop( 'Choose ONE vertical coordinate in namelist nam_vvl' )
+      IF( .NOT. ln_vvl_zstar .AND. ln_isf ) CALL ctl_stop( 'Only vvl_zstar has been tested with ice shelf cavity' )
+      !
+      IF(lwp) THEN                   ! Print the choice
+         WRITE(numout,*)
+         IF( ln_vvl_zstar           ) WRITE(numout,*) '      ==>>>   zstar vertical coordinate is used'
+         IF( ln_vvl_ztilde          ) WRITE(numout,*) '      ==>>>   ztilde vertical coordinate is used'
+         IF( ln_vvl_layer           ) WRITE(numout,*) '      ==>>>   layer vertical coordinate is used'
+         IF( ln_vvl_ztilde_as_zstar ) WRITE(numout,*) '      ==>>>   to emulate a zstar coordinate'
+      ENDIF
+      !
+#if defined key_agrif
+      IF( (.NOT.Agrif_Root()).AND.(.NOT.ln_vvl_zstar) )   CALL ctl_stop( 'AGRIF is implemented with zstar coordinate only' )
+#endif
+      !
+   END SUBROUTINE dom_vvl_ctl
+
+   !!======================================================================
+END MODULE domvvl
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,131 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_hgr  ***
+   !!
+   !!                      ===  VORTEX configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  NEMO  ! 2017-11  (J. Chanut)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for VORTEX configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce         ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx, rn_dy, rn_ppgphi0   ! horizontal resolution in meters
+   !                                                  and reference latitude
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                VORTEX configuration : beta-plance with uniform grid spacing (rn_dx)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zphi0, zlam0, zbeta, zf0
+      REAL(wp) ::   zti, zui, ztj, zvj   ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : VORTEX configuration bassin'
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '          Beta-plane with regular grid-spacing'
+      IF(lwp) WRITE(numout,*) '          given by rn_dx and rn_dy' 
+      !
+      !                          
+      ! Position coordinates (in kilometers)
+      !                          ==========
+      zlam0 = -(jpiglo-1)/2 * 1.e-3 * rn_dx
+      zphi0 = -(jpjglo-1)/2 * 1.e-3 * rn_dy 
+
+#if defined key_agrif
+      ! ! let lower left longitude and latitude from parent
+      IF (.NOT.Agrif_root()) THEN
+          zlam0 = (0.5_wp-(Agrif_parent(jpiglo)-1)/2)*1.e-3*Agrif_irhox()*rn_dx &
+             &+(Agrif_Ix()+nbghostcells-1)*Agrif_irhox()*rn_dx*1.e-3-(0.5_wp+nbghostcells)*rn_dx*1.e-3
+          zphi0 = (0.5_wp-(Agrif_parent(jpjglo)-1)/2)*1.e-3*Agrif_irhoy()*rn_dy &
+             &+(Agrif_Iy()+nbghostcells-1)*Agrif_irhoy()*rn_dy*1.e-3-(0.5_wp+nbghostcells)*rn_dy*1.e-3
+      ENDIF 
+#endif
+         
+      DO jj = 1, jpj
+         DO ji = 1, jpi
+            zti = FLOAT( ji - 1 + nimpp - 1 )          ;  ztj = FLOAT( jj - 1 + njmpp - 1 )
+            zui = FLOAT( ji - 1 + nimpp - 1 ) + 0.5_wp ;  zvj = FLOAT( jj - 1 + njmpp - 1 ) + 0.5_wp
+
+            plamt(ji,jj) = zlam0 + rn_dx * 1.e-3 * zti
+            plamu(ji,jj) = zlam0 + rn_dx * 1.e-3 * zui
+            plamv(ji,jj) = plamt(ji,jj) 
+            plamf(ji,jj) = plamu(ji,jj) 
+   
+            pphit(ji,jj) = zphi0 + rn_dy * 1.e-3 * ztj
+            pphiv(ji,jj) = zphi0 + rn_dy * 1.e-3 * zvj
+            pphiu(ji,jj) = pphit(ji,jj) 
+            pphif(ji,jj) = pphiv(ji,jj) 
+         END DO
+      END DO
+      !     
+      ! Horizontal scale factors (in meters)
+      !                              ======
+      pe1t(:,:) = rn_dx  ;   pe2t(:,:) = rn_dy 
+      pe1u(:,:) = rn_dx  ;   pe2u(:,:) = rn_dy 
+      pe1v(:,:) = rn_dx  ;   pe2v(:,:) = rn_dy 
+      pe1f(:,:) = rn_dx  ;   pe2f(:,:) = rn_dy 
+
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_hgr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      zbeta = 2._wp * omega * COS( rad * rn_ppgphi0 ) / ra
+      zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+      pff_f(:,:) = zf0 + zbeta * pphif(:,:) * 1.e+3
+      pff_t(:,:) = zf0 + zbeta * pphit(:,:) * 1.e+3
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,144 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                     ***  MODULE usrdef_istate   ***
+   !!
+   !!                      ===  VORTEX configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2017-11  (J. Chanut) Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce , ONLY : glamt, gphit, glamu, gphiu, glamv, gphiv  
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   !   
+   USE usrdef_nam, ONLY : rn_ppgphi0  ! Reference latitude   
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate   ! called by istate.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 10425 2018-12-19 21:54:16Z smasson $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here VORTEX configuration 
+      !!
+      !! ** Method  :   Set a gaussian anomaly of pressure and associated
+      !!                geostrophic velocities
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height
+      !
+      INTEGER  :: ji, jj, jk  ! dummy loop indices
+      REAL(wp) :: zx, zy, zP0, zumax, zlambda, zn2, zf0, zH, zrho1, za, zf
+      REAL(wp) :: zdt, zdu, zdv
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : VORTEX configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   '
+      !
+      !
+      !
+      zf0   = 2._wp * omega * SIN( rad * rn_ppgphi0 )
+      zumax = 1._wp * SIGN(1._wp, zf0) ! Here Anticyclonic: set zumax=-1 for cyclonic
+      zlambda = SQRT(2._wp)*60.e3      ! Horizontal scale in meters 
+      zn2 = 3.e-3**2
+      zH = 0.5_wp * 5000._wp
+      !
+      zP0 = rau0 * zf0 * zumax * zlambda * SQRT(EXP(1._wp)/2._wp)
+      !
+      ! Sea level:
+      za = -zP0 * (1._wp-EXP(-zH)) / (grav*(zH-1._wp + EXP(-zH)))
+      DO ji=1, jpi
+         DO jj=1, jpj
+            zx = glamt(ji,jj) * 1.e3
+            zy = gphit(ji,jj) * 1.e3
+            zrho1 = rau0 + za * EXP(-(zx**2+zy**2)/zlambda**2)
+            pssh(ji,jj) = zP0 * EXP(-(zx**2+zy**2)/zlambda**2)/(zrho1*grav) * ptmask(ji,jj,1)
+         END DO
+      END DO
+      !
+      ! temperature:         
+      DO ji=1, jpi
+         DO jj=1, jpj
+            zx = glamt(ji,jj) * 1.e3
+            zy = gphit(ji,jj) * 1.e3
+            DO jk=1,jpk
+               zdt =  pdept(ji,jj,jk) 
+               zrho1 = rau0 * (1._wp + zn2*zdt/grav)
+               IF (zdt < zH) THEN
+                  zrho1 = zrho1 - zP0 * (1._wp-EXP(zdt-zH)) &
+                          & * EXP(-(zx**2+zy**2)/zlambda**2) / (grav*(zH -1._wp + exp(-zH)));
+               ENDIF
+               pts(ji,jj,jk,jp_tem) = (20._wp + (rau0-zrho1) / 0.28_wp) * ptmask(ji,jj,jk)
+            END DO
+         END DO
+      END DO
+      !
+      ! salinity:  
+      pts(:,:,:,jp_sal) = 35._wp 
+      !
+      ! velocities:
+      za = 2._wp * zP0 / (zf0 * rau0 * zlambda**2)
+      DO ji=1, jpim1
+         DO jj=1, jpj
+            zx = glamu(ji,jj) * 1.e3
+            zy = gphiu(ji,jj) * 1.e3
+            DO jk=1, jpk
+               zdu = 0.5_wp * (pdept(ji  ,jj,jk) + pdept(ji+1,jj,jk))
+               IF (zdu < zH) THEN
+                  zf = (zH-1._wp-zdu+EXP(zdu-zH)) / (zH-1._wp+EXP(-zH))
+                  pu(ji,jj,jk) = (za * zf * zy * EXP(-(zx**2+zy**2)/zlambda**2)) * ptmask(ji,jj,jk) * ptmask(ji+1,jj,jk)
+               ELSE
+                  pu(ji,jj,jk) = 0._wp
+               ENDIF
+            END DO
+         END DO
+      END DO
+      !
+      DO ji=1, jpi
+         DO jj=1, jpjm1
+            zx = glamv(ji,jj) * 1.e3
+            zy = gphiv(ji,jj) * 1.e3
+            DO jk=1, jpk
+               zdv = 0.5_wp * (pdept(ji  ,jj,jk) + pdept(ji,jj+1,jk))
+               IF (zdv < zH) THEN
+                  zf = (zH-1._wp-zdv+EXP(zdv-zH)) / (zH-1._wp+EXP(-zH))
+                  pv(ji,jj,jk) = -(za * zf * zx * EXP(-(zx**2+zy**2)/zlambda**2)) * ptmask(ji,jj,jk) * ptmask(ji,jj+1,jk)
+               ELSE
+                  pv(ji,jj,jk) = 0._wp
+               ENDIF
+            END DO
+         END DO
+      END DO
+
+      CALL lbc_lnk( 'usrdef_istate', pu, 'U', -1. )
+      CALL lbc_lnk( 'usrdef_istate', pv, 'V', -1. )
+      !   
+   END SUBROUTINE usr_def_istate
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,125 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_nam  ***
+   !!
+   !!                      ===  VORTEX configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  NEMO ! 2017-10  (J. Chanut)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dy      ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dz      ! vertical resolution 
+   REAL(wp), PUBLIC ::   rn_ppgphi0 ! reference latitude for beta-plane 
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here VORTEX configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii      ! Local integer
+      REAL(wp)::   zlx, zly, zh ! Local scalars
+      !!
+      NAMELIST/namusr_def/  rn_dx, rn_dy, rn_dz, rn_ppgphi0
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+#if defined key_agrif 
+      ! Domain parameters are taken from parent:
+      IF( .NOT. Agrif_Root() ) THEN
+         rn_dx = Agrif_Parent(rn_dx)/Agrif_Rhox()
+         rn_dy = Agrif_Parent(rn_dy)/Agrif_Rhoy()
+         rn_dz = Agrif_Parent(rn_dz)
+         rn_ppgphi0 = Agrif_Parent(rn_ppgphi0)
+      ENDIF
+#endif
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      cd_cfg = 'VORTEX'             ! name & resolution (not used)
+      kk_cfg = INT( rn_dx )
+      !
+      ! Global Domain size:  VORTEX global domain is  1800 km x 1800 Km x 5000 m
+      kpi = INT( 1800.e3  / rn_dx ) + 3  
+      kpj = INT( 1800.e3  / rn_dy ) + 3 
+      kpk = INT( 5000._wp / rn_dz ) + 1
+#if defined key_agrif
+      IF( .NOT. Agrif_Root() ) THEN
+         kpi  = nbcellsx + 2 + 2*nbghostcells
+         kpj  = nbcellsy + 2 + 2*nbghostcells
+      ENDIF
+#endif
+      !
+      zlx = (kpi-2)*rn_dx*1.e-3
+      zly = (kpj-2)*rn_dy*1.e-3
+      zh  = (kpk-1)*rn_dz
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : VORTEX test case'                                    ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution             rn_dx  = ', rn_dx, ' m'               ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution             rn_dy  = ', rn_dy, ' m'               ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      vertical resolution               rn_dz  = ', rn_dz, ' m'               ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      VORTEX domain: '                                                        ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         LX [km]: ', zlx                                                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         LY [km]: ', zly                                                      ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '          H [m] : ', zh                                                       ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      Reference latitude            rn_ppgphi0 = ', rn_ppgphi0                ;   ii = ii + 1
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 0                    ! VORTEX configuration : closed basin
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      VORTEX : closed basin            jperio = ', kperio                     ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,86 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_sbc  ***
+   !! 
+   !!                      ===  VORTEX configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2017-11  (J.Chanut)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_sbc    : user defined surface bounday conditions in OVERFLOW case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE phycst          ! physical constants
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for VORTEX case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : VORTEX case: NO surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   utau = vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !         
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,238 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                       ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                      ===  VORTEX configuration  ===
+   !!
+   !! User defined : vertical coordinate system of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2017-11  (J. Chanut)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system
+   !!      zgr_z      : reference 1D z-coordinate 
+   !!      zgr_top_bot: ocean top and bottom level indices
+   !!      zgr_zco    : 3D verticl coordinate in pure z-coordinate case
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce        ! ocean domain
+   USE depth_e3       ! depth <=> e3
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr        ! called by domzgr.F90
+
+  !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10425 2018-12-19 21:54:16Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v   , pe3f ,             &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw         ,             &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   inum   ! local logical unit
+      REAL(WP) ::   z_zco, z_zps, z_sco, z_cav
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : VORTEX configuration (z-coordinate closed flat box ocean)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate
+      ! ---------------------------
+      ld_zco    = .TRUE.         ! VORTEX case:  z-coordinate without ocean cavities
+      ld_zps    = .FALSE.
+      ld_sco    = .FALSE.
+      ld_isfcav = .FALSE.
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      CALL zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      CALL zgr_msk_top_bot( k_top , k_bot )                 ! masked top and bottom ocean t-level indices
+      !
+      !                                                     ! z-coordinate (3D arrays) from the 1D z-coord.
+      CALL zgr_zco( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in  : 1D reference vertical coordinate
+         &          pdept   , pdepw   ,                     &   ! out : 3D t & w-points depth
+         &          pe3t    , pe3u    , pe3v   , pe3f   ,   &   !       vertical scale factors
+         &          pe3w    , pe3uw   , pe3vw             )     !           -      -      -
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z  ***
+      !!
+      !! ** Purpose :   set the 1D depth of model levels and the resulting 
+      !!              vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!           with at top and bottom :
+      !!                   e3w_1d( 1 ) = 2 * ( dept_1d( 1 ) - depw_1d( 1 ) )
+      !!                   e3t_1d(jpk) = 2 * ( dept_1d(jpk) - depw_1d(jpk) )
+      !!       The depth are then re-computed from the sum of e3. This ensures 
+      !!    that depths are identical when reading domain configuration file. 
+      !!    Indeed, only e3. are saved in this file, depth are compute by a call
+      !!    to the e3_to_depth subroutine.
+      !!
+      !!       Here the Madec & Imbard (1996) function is used.
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!
+      !! Reference : Marti, Madec & Delecluse, 1992, JGR, 97, No8, 12,763-12,766.
+      !!             Madec and Imbard, 1996, Clim. Dyn.
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zd       ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      zd = 5000._wp/FLOAT(jpkm1)
+      !
+      IF(lwp) THEN            ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z   : Reference vertical z-coordinates '
+         WRITE(numout,*) '    ~~~~~~~'
+         WRITE(numout,*) '       VORTEX case : uniform vertical grid :'
+         WRITE(numout,*) '                     with thickness = ', zd
+      ENDIF
+
+      !
+      ! 1D Reference z-coordinate    (using Madec & Imbard 1996 function)
+      ! -------------------------
+      !
+      pdepw_1d(1) = 0._wp
+      pdept_1d(1) = 0.5_wp * zd
+      ! 
+      DO jk = 2, jpk          ! depth at T and W-points
+         pdepw_1d(jk) = pdepw_1d(jk-1) + zd 
+         pdept_1d(jk) = pdept_1d(jk-1) + zd 
+      END DO
+      !
+      !                       ! e3t and e3w from depth
+      CALL depth_to_e3( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d ) 
+      !
+      !                       ! recompute depths from SUM(e3)  <== needed
+      CALL e3_to_depth( pe3t_1d, pe3w_1d, pdept_1d, pdepw_1d ) 
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z
+
+
+   SUBROUTINE zgr_msk_top_bot( k_top , k_bot )
+      !!----------------------------------------------------------------------
+      !!                    ***  ROUTINE zgr_msk_top_bot  ***
+      !!
+      !! ** Purpose :   set the masked top and bottom ocean t-levels
+      !!
+      !! ** Method  :   VORTEX case = closed flat box ocean without ocean cavities
+      !!                   k_top = 1     except along north, south, east and west boundaries
+      !!                   k_bot = jpk-1 except along north, south, east and west boundaries
+      !!
+      !! ** Action  : - k_top : first wet ocean level index
+      !!              - k_bot : last  wet ocean level index
+      !!----------------------------------------------------------------------
+      INTEGER , DIMENSION(:,:), INTENT(out) ::   k_top , k_bot   ! first & last wet ocean level
+      !
+      REAL(wp), DIMENSION(jpi,jpj) ::   z2d   ! 2D local workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) '    zgr_top_bot : defines the top and bottom wet ocean levels.'
+      IF(lwp) WRITE(numout,*) '    ~~~~~~~~~~~'
+      IF(lwp) WRITE(numout,*) '       VORTEX case : closed flat box ocean without ocean cavities'
+      !
+      z2d(:,:) = REAL( jpkm1 , wp )          ! flat bottom
+      !
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )           ! set surrounding land to zero (here jperio=0 ==>> closed)
+      !
+      k_bot(:,:) = INT( z2d(:,:) )           ! =jpkm1 over the ocean point, =0 elsewhere
+      !
+      k_top(:,:) = MIN( 1 , k_bot(:,:) )     ! = 1    over the ocean point, =0 elsewhere
+      !
+   END SUBROUTINE zgr_msk_top_bot
+   
+
+   SUBROUTINE zgr_zco( pdept_1d, pdepw_1d, pe3t_1d, pe3w_1d,   &   ! in : 1D reference vertical coordinate
+      &                pdept   , pdepw   ,                     &   ! out: 3D t & w-points depth
+      &                pe3t    , pe3u    , pe3v   , pe3f   ,   &   !      vertical scale factors
+      &                pe3w    , pe3uw   , pe3vw             )     !          -      -      -
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE zgr_zco  ***
+      !!
+      !! ** Purpose :   define the reference z-coordinate system
+      !!
+      !! ** Method  :   set 3D coord. arrays to reference 1D array 
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth       [m]
+      REAL(wp), DIMENSION(:)    , INTENT(in   ) ::   pe3t_1d , pe3w_1d           ! 1D vertical scale factors [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pdept, pdepw                ! grid-point depth          [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors    [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(  out) ::   pe3w , pe3uw, pe3vw         !    -       -      -
+      !
+      INTEGER  ::   jk
+      !!----------------------------------------------------------------------
+      !
+      DO jk = 1, jpk
+         pdept(:,:,jk) = pdept_1d(jk)
+         pdepw(:,:,jk) = pdepw_1d(jk)
+         pe3t (:,:,jk) = pe3t_1d (jk)
+         pe3u (:,:,jk) = pe3t_1d (jk)
+         pe3v (:,:,jk) = pe3t_1d (jk)
+         pe3f (:,:,jk) = pe3t_1d (jk)
+         pe3w (:,:,jk) = pe3w_1d (jk)
+         pe3uw(:,:,jk) = pe3w_1d (jk)
+         pe3vw(:,:,jk) = pe3w_1d (jk)
+      END DO
+      !
+   END SUBROUTINE zgr_zco
+
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/README.md	(revision 15719)
@@ -0,0 +1,71 @@
+# Vortex demonstration case
+Here a description of the test case + link toward the src and notebooks. 
+<br>
+We here provide a physical description of this experiment and additional details as to how to run this experiment within NEMO. This experiment is **created and tested** for NEMO **code at revision 8097**. 
+
+A **ipython notebook is also provided** as a demonstration of possible analysis. If you have already run the NEMO experiment and want to analyse the resulting output, you can directly look at the notebook : **[here](....)**.
+
+## Objectives
+The ..... experiment is......
+
+
+## Physical description
+NEMO .... demonstration case follows the specifications of .... et al. (2012): 
+......  <br>
+
+
+### Exemple of run
+In this exemple we assess the behaviour of the ....<br>
+
+* The **Reference Simulation** : **FCT2** is the first simulation, ....
+
+```
+cd TEST_CASES/........
+ln -sf namelist_....._cfg namelist_cfg
+```
+choice of..... is done in namtra_.... block of namelist: 
+
+~~~fortran
+!-----------------------------------------------------------------------
+
+~~~
+
+Run the executable : (if you haven't compiled NEMO see [here](https://github.com/sflavoni/NEMO-test-cases) )
+
+``` 
+ mpirun -np 1 ./opa 
+```
+Output files are: <br>
+
+~~~
+
+~~~
+
+* The **Sensibility Simulation** : .
+
+
+```
+ln -sf namelist_xxxx_cfg namelist_cfg
+```
+
+Run the executable again : 
+
+``` 
+ mpirun -np 1 ./opa 
+```
+
+Output files : <br>
+
+~~~
+
+~~~
+
+* You can change output file name  in variable @expname@ in file\_def\_nemo-opa.xml
+
+~~~xml
+<file_definition type="multiple_file" name="@expname@" sync_freq="10d" min_digits="4">
+~~~
+
+* Available notebook python is **[here]()**.
+
+## References
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/cpp_VORTEX.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/cpp_VORTEX.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/VORTEX/cpp_VORTEX.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys key_iomput key_mpp_mpi key_agrif
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/README.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/README.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/README.py	(revision 15719)
@@ -0,0 +1,5 @@
+ncks -O -d y,17,17,1 WAD_1ts_00010101_00010101_grid_T.nc sshtime.nc
+ncks -4 -A -v gdepw_0,ht_wd -d y,17,17,1 -d z,10,10,1 -C mesh_mask.nc sshtime.nc
+
+python2.7 matpoly2.py sshtime.nc
+animate wadfr*.png
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/context_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/context_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/context_nemo.xml	(revision 15719)
@@ -0,0 +1,35 @@
+<!--
+ ============================================================================================== 
+    NEMO context
+============================================================================================== 
+-->
+<context id="nemo">
+<!-- $id$ -->
+<!-- Fields definition -->
+    <field_definition src="./field_def_nemo-oce.xml"/>   <!--  NEMO ocean dynamics                     -->
+
+<!-- Files definition -->
+    <file_definition src="./file_def_nemo-oce.xml"/>     <!--  NEMO ocean dynamics                     -->
+    <!-- 
+============================================================================================================
+= grid definition = = DO NOT CHANGE =
+============================================================================================================
+    -->
+    
+    <axis_definition>
+      <axis id="deptht" long_name="Vertical T levels" unit="m" positive="down" />
+      <axis id="depthu" long_name="Vertical U levels" unit="m" positive="down" />
+      <axis id="depthv" long_name="Vertical V levels" unit="m" positive="down" />
+      <axis id="depthw" long_name="Vertical W levels" unit="m" positive="down" />
+      <axis id="nfloat" long_name="Float number"      unit="-"                 />
+      <axis id="icbcla"  long_name="Iceberg class"      unit="1"               />
+      <axis id="ncatice" long_name="Ice category"       unit="1"               />
+      <axis id="iax_20C" long_name="20 degC isotherm"   unit="degC"            />
+      <axis id="iax_28C" long_name="28 degC isotherm"   unit="degC"            />
+    </axis_definition>
+ 
+    <domain_definition src="./domain_def_nemo.xml"/>
+  
+    <grid_definition src="./grid_def_nemo.xml"/>
+
+</context>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/domain_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/domain_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/domain_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/domain_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/field_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/field_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/field_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/field_def_nemo-oce.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/file_def_nemo-oce.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/file_def_nemo-oce.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/file_def_nemo-oce.xml	(revision 15719)
@@ -0,0 +1,103 @@
+<?xml version="1.0"?>
+    <!-- 
+============================================================================================================
+=                                           output files definition                                        =
+=                                            Define your own files                                         =
+=                                         put the variables you want...                                    =
+============================================================================================================
+    -->
+    
+    <file_definition type="one_file" name="@expname@_@freq@_@startdate@_@enddate@" sync_freq="1d" min_digits="4">
+    
+      <file_group id="1ts" output_freq="1ts"  output_level="10" enabled=".TRUE."> <!-- 1 time step files -->
+	<file id="file96" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="ssh"          name="sossheig"  />
+          <field field_ref="sss"          name="sosaline"  />
+	  <!--
+	  <field field_ref="wdmask"       name="wdmask"  />
+	  <field field_ref="wetdep"       name="wetdepth"  />
+          <field field_ref="toce"         name="votemper"  />
+          <field field_ref="soce"         name="vosaline"  />
+          -->
+        </file>
+	<file id="file87" name_suffix="_grid_U" description="ocean U grid variables" >
+	  <!--
+          <field field_ref="un_b"         name="un_b"    operation="instant"/>
+          <field field_ref="uoce"         name="vozocrtx" operation="instant"  />
+          -->
+          <field field_ref="ubar"         name="ubaro"    operation="instant"/>
+	  <!--
+          <field field_ref="un_b"         name="un_b"    operation="instant"/>
+          <field field_ref="ucli"         name="uc_un" operation="instant"  />
+          <field field_ref="ucli2"         name="uc_un2" operation="instant"  />
+          <field field_ref="ssu"         name="r1_hu_a" operation="instant"  />
+          <field field_ref="wdlmtu"         name="wdlmtu" operation="instant"  />
+          -->
+        </file>
+	<file id="file88" name_suffix="_grid_V" description="ocean V grid variables" >
+          <field field_ref="vbar"         name="vbaro"    operation="instant"/>
+        </file>
+      </file_group>
+      <file_group id="1h" output_freq="1h"  output_level="10" enabled=".TRUE."> <!-- 1h files -->
+	<file id="file97" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="ssh"          name="sossheig"  operation="instant"  />
+	  <field field_ref="e3t"          name="e3t"  operation="instant"  />
+          <field field_ref="toce"         name="votemper"  />
+      </file>
+      <file id="file98" name_suffix="_grid_U" description="ocean U grid variables" >
+          <field field_ref="ubar"         name="ubaro"    operation="instant"/>
+      </file>
+      </file_group>
+      <file_group id="2h" output_freq="2h"  output_level="10" enabled=".TRUE."/> <!-- 2h files -->
+      <file_group id="3h" output_freq="3h"  output_level="10" enabled=".TRUE."/> <!-- 3h files -->     
+      <file_group id="4h" output_freq="4h"  output_level="10" enabled=".TRUE."/> <!-- 4h files -->
+      <file_group id="6h" output_freq="6h"  output_level="10" enabled=".TRUE."/> <!-- 6h files -->
+     
+      <file_group id="1d" output_freq="1d"  output_level="10" enabled=".TRUE."/> <!-- 1d files -->
+      <file_group id="3d" output_freq="3d"  output_level="10" enabled=".TRUE."/> <!-- 3d files -->    
+      <file_group id="5d" output_freq="5d"  output_level="10" enabled=".TRUE.">  <!-- 5d files -->  
+ 
+	<file id="file1" name_suffix="_grid_T" description="ocean T grid variables" >
+	  <field field_ref="toce"         name="votemper"  />
+	  <field field_ref="soce"         name="vosaline"  />
+	  <field field_ref="sst"          name="sosstsst"  />
+	  <field field_ref="sss"          name="sosaline"  />
+	  <field field_ref="ssh"          name="sossheig"  />
+	  <field field_ref="empmr"        name="sowaflup"  />
+	  <field field_ref="qsr"          name="soshfldo"  />
+      <field field_ref="saltflx"      name="sosfldow"  />
+	  <field field_ref="qt"           name="sohefldo"  />
+	  <field field_ref="mldr10_1"     name="somxl010"  />
+	  <field field_ref="mldkz5"       name="somixhgt"  />
+    </file>
+	
+	<file id="file2" name_suffix="_grid_U" description="ocean U grid variables" >
+          <field field_ref="uoce"         name="vozocrtx"  />
+          <field field_ref="utau"         name="sozotaux"  />
+    </file>
+	
+	<file id="file3" name_suffix="_grid_V" description="ocean V grid variables" >
+          <field field_ref="voce"         name="vomecrty"  /> 
+          <field field_ref="vtau"         name="sometauy"  /> 
+    </file>
+	
+	<file id="file4" name_suffix="_grid_W" description="ocean W grid variables" >
+          <field field_ref="woce"         name="vovecrtz" />
+          <field field_ref="avt"          name="votkeavt" />
+    </file>
+
+      </file_group>
+
+      <file_group id="1m" output_freq="1mo" output_level="10" enabled=".TRUE."/> <!-- real monthly files -->
+      <file_group id="2m" output_freq="2mo" output_level="10" enabled=".TRUE."/> <!-- real 2m files -->
+      <file_group id="3m" output_freq="3mo" output_level="10" enabled=".TRUE."/> <!-- real 3m files -->
+      <file_group id="4m" output_freq="4mo" output_level="10" enabled=".TRUE."/> <!-- real 4m files -->
+      <file_group id="6m" output_freq="6mo" output_level="10" enabled=".TRUE."/> <!-- real 6m files -->
+
+      <file_group id="1y"  output_freq="1y" output_level="10" enabled=".TRUE."/> <!-- real yearly files -->
+      <file_group id="2y"  output_freq="2y" output_level="10" enabled=".TRUE."/> <!-- real 2y files -->
+      <file_group id="5y"  output_freq="5y" output_level="10" enabled=".TRUE."/> <!-- real 5y files -->
+      <file_group id="10y" output_freq="10y" output_level="10" enabled=".TRUE."/> <!-- real 10y files -->
+
+   </file_definition>
+
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/grid_def_nemo.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/grid_def_nemo.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/grid_def_nemo.xml	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/grid_def_nemo.xml
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/iodef.xml
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/iodef.xml	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/iodef.xml	(revision 15719)
@@ -0,0 +1,26 @@
+<?xml version="1.0"?>
+<simulation>
+
+<!-- ============================================================================================ -->
+<!-- XIOS context                                                                                 -->
+<!-- ============================================================================================ -->
+
+  <context id="xios" >
+
+      <variable_definition>
+
+          <variable id="info_level"                type="int">10</variable>
+          <variable id="using_server"              type="bool">true</variable>
+          <variable id="using_oasis"               type="bool">false</variable>
+          <variable id="oasis_codes_id"            type="string" >oceanx</variable>
+
+      </variable_definition>
+  </context>
+
+<!-- ============================================================================================ -->
+<!-- NEMO  CONTEXT add and suppress the components you need                                       -->
+<!-- ============================================================================================ -->
+
+  <context id="nemo" src="./context_nemo.xml"/>       <!--  NEMO       -->
+
+</simulation>
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/makebdy_tc7.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/makebdy_tc7.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/makebdy_tc7.py	(revision 15719)
@@ -0,0 +1,80 @@
+from netCDF4 import Dataset
+import numpy as np
+
+pathout = "bdyssh_tc7"
+
+nx = 34 
+ny = 1
+nt = 24
+ndays=4
+
+#-------------------------------------------------------
+# Create bdyssh_tc7_m01d01.nc, bdyssh_tc7_m01d02.nc etc.
+#-------------------------------------------------------
+
+pathstart="{}_m12d30.nc".format(pathout)
+for nd in range(ndays):
+ print pathstart
+ ssh = np.zeros((nt,ny,nx))
+ for nnt in range(nd*nt,(nd+1)*nt):
+   tx = 2.5*np.cos((3.141592654/6.0)*(nnt+1.0))
+   print nnt, tx
+   for nnx in range(nx):
+     for nny in range(ny):
+       ssh[nnt-nd*nt,nny,nnx] = tx
+
+
+ fo = Dataset(pathstart, 'w', format='NETCDF4')
+ nxo = fo.createDimension('x', nx)
+ nyo = fo.createDimension('y', ny)
+ nto = fo.createDimension('t', None)
+ ssho = fo.createVariable('sshbdy', 'f4',('t','y','x'))
+
+ ssho[:,:,:] = ssh[:,:,:]
+ ssho.long_name = 'bdy ssh boundary condition'
+ ssho.standard_name = 'sshbdy'
+ ssho.units = 'm'
+#
+ fo.close()
+ pathstart="{}_m01d{:0>2d}.nc".format(pathout,nd+1)
+
+#-------------------------------------------------------
+# Create bdyuv_tc7_m01d01.nc, bdyuv_tc7_m01d02.nc etc.
+# u is -(1/H)*d(ssh)/dt; v =0.0
+#-------------------------------------------------------
+
+pathout = "bdyuv_tc7"
+
+
+pathstart="{}_m12d30.nc".format(pathout)
+for nd in range(ndays):
+ print pathstart
+ u = np.zeros((nt,ny,nx))
+ for nnt in range(nd*nt,(nd+1)*nt):
+  tx = 2.5*(3.141592654/6.0)*np.sin((3.141592654/6.0)*(nnt+1.0))/10.0
+  print nnt, tx
+  for nnx in range(nx):
+    for nny in range(ny):
+       u[nnt-nd*nt,nny,nnx] = tx
+
+ v = np.zeros((nt,ny,nx))
+
+ fo = Dataset(pathstart, 'w', format='NETCDF4')
+ nxo = fo.createDimension('x', nx)
+ nyo = fo.createDimension('y', ny)
+ nto = fo.createDimension('t', None)
+ uo = fo.createVariable('ubdy', 'f4',('t','y','x'))
+ vo = fo.createVariable('vbdy', 'f4',('t','y','x'))
+
+ uo[:,:,:] = u[:,:,:]
+ uo.long_name = 'bdy u boundary condition'
+ uo.standard_name = 'ubdy'
+ uo.units = 'm/s'
+#
+ vo[:,:,:] = v[:,:,:]
+ vo.long_name = 'bdy v boundary condition'
+ vo.standard_name = 'vbdy'
+ vo.units = 'm/s'
+#
+ fo.close()
+ pathstart="{}_m01d{:0>2d}.nc".format(pathout,nd+1)
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/namelist_cfg
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/namelist_cfg	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/namelist_cfg	(revision 15719)
@@ -0,0 +1,473 @@
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!! NEMO/OCE  Configuration namelist : overwrite default values defined in SHARED/namelist_ref
+!!>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
+!!                      Wetting & Drying configuration                !!
+!!======================================================================
+!!              ***  Domain & Run management namelists  ***           !!
+!!                                                                    !!
+!!   namrun       parameters of the run
+!!   namdom       space and time domain
+!!   namcfg       parameters of the configuration                       (default: user defined GYRE)
+!!   namwad       Wetting and drying                                    (default: OFF)
+!!   namtsd       data: temperature & salinity                          (default: OFF)
+!!   namcrs       coarsened grid (for outputs and/or TOP)               (ln_crs =T)
+!!   namc1d       1D configuration options                              ("key_c1d")
+!!   namc1d_dyndmp 1D newtonian damping applied on currents             ("key_c1d")
+!!   namc1d_uvd   1D data (currents)                                    ("key_c1d")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namusr_def    !    Wetting and Drying TEST CASE
+!-----------------------------------------------------------------------
+   rn_dx       = 1500.0    ! horizontal resolution
+   rn_dz       = 1.0       ! vertical   resolution
+   nn_wad_test = 1         ! ???
+/
+!-----------------------------------------------------------------------
+&namrun        !   parameters of the run
+!-----------------------------------------------------------------------
+   cn_exp      =  "WAD"    !  experience name
+   nn_it000    =       1   !  first time step
+   nn_itend    =     3840  !  last  time step
+   !nn_itend   =       6   !  last  time step
+   nn_leapy    =      30   !  Leap year calendar (1) or not (0)
+   nn_stock    =    48000  !  frequency of creation of a restart file (modulo referenced to 1)
+
+   ln_clobber  = .true.    !  clobber (overwrite) an existing file
+   nn_istate   =       0   !  output the initial state (1) or not (0)
+/
+!-----------------------------------------------------------------------
+&namdom        !   time and space domain
+!-----------------------------------------------------------------------
+   ln_linssh   = .false.   !  =T  linear free surface  ==>>  model level are fixed in time
+   !
+   ln_meshmask = .true.    !  create (>0) a mesh file or not (=0)
+   rn_rdt      =    18.    !  time step for the dynamics 
+/
+!-----------------------------------------------------------------------
+&namcfg        !   parameters of the configuration                      (default: user defined GYRE)
+!-----------------------------------------------------------------------
+   ln_read_cfg = .false.   !  (=T) read the domain configuration file
+      !                    !  (=F) user defined configuration  ==>>>  see usrdef(_...) modules
+   ln_write_cfg = .true.    !  (=T) create the domain configuration file
+/
+!-----------------------------------------------------------------------
+&namwad        !   Wetting and Drying (WaD)                             (default: OFF)
+!-----------------------------------------------------------------------
+   ln_wd_il    = .false    ! T/F activation of iterative   limiter
+   ln_wd_dl    = .true.    ! T/F activation of directional limiter
+   ln_wd_dl_bc = .true.    ! T/F Directional limiteer Baroclinic option
+   ln_wd_dl_rmp = .true.    ! T/F Turn on directional limiter ramp
+   rn_wdmin0   =  0.30     ! depth at which WaD starts
+   rn_wdmin1   =  0.2      ! Minimum wet depth on dried cells
+   rn_wdmin2   =  0.0001   ! Tolerance of min wet depth on dried cells
+   rn_wdld     =  2.5      ! Land elevation below which WaD is allowed
+   nn_wdit     =   20      ! Max iterations for WaD limiter
+/
+!!======================================================================
+!!            ***  Surface Boundary Condition namelists  ***          !!
+!!                                                                    !!
+!!   namsbc          surface boundary condition manager                 (default: NO selection)
+!!   namsbc_flx      flux               formulation                     (ln_flx     =T)
+!!   namsbc_blk      Bulk formulae formulation                          (ln_blk     =T)
+!!   namsbc_cpl      CouPLed            formulation                     ("key_oasis3" )
+!!   namsbc_sas      Stand-Alone Surface module                         (SAS_SRC  only)
+!!   namsbc_iif      Ice-IF: use observed ice cover                     (nn_ice = 1   )
+!!   namtra_qsr      penetrative solar radiation                        (ln_traqsr  =T)
+!!   namsbc_ssr      sea surface restoring term (for T and/or S)        (ln_ssr     =T)
+!!   namsbc_rnf      river runoffs                                      (ln_rnf     =T)
+!!   namsbc_apr      Atmospheric Pressure                               (ln_apr_dyn =T)
+!!   namsbc_isf      ice shelf melting/freezing                         (ln_isfcav  =T : read (ln_read_cfg=T) or set or usr_def_zgr )
+!!   namsbc_iscpl    coupling option between land ice model and ocean   (ln_isfcav  =T)
+!!   namsbc_wave     external fields from wave model                    (ln_wave    =T)
+!!   namberg         iceberg floats                                     (ln_icebergs=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namsbc        !   Surface Boundary Condition (surface module)
+!-----------------------------------------------------------------------
+   nn_fsbc     = 1         !  frequency of surface boundary condition computation
+   !                       !     (also = the frequency of sea-ice model call)
+   ln_usr      = .true.    !  analytical formulation                    (T => check usrdef_sbc)
+   nn_ice      = 0         !  =0 no ice boundary condition   ,
+   ln_rnf      = .false.   !  runoffs                                   (T => fill namsbc_rnf )
+   ln_ssr      = .false.   !  Sea Surface Restoring on T and/or S       (T => fill namsbc_ssr )
+   nn_fwb      = 0         !  FreshWater Budget: =0 unchecked
+/
+!-----------------------------------------------------------------------
+&namtra_qsr    !   penetrative solar radiation                          (ln_traqsr =T)
+!-----------------------------------------------------------------------
+   ln_qsr_rgb  = .false.   !  RGB (Red-Green-Blue) light penetration
+   ln_qsr_2bd  = .true.    !  2 bands              light penetration
+   nn_chldta   =      0    !  RGB : Chl data (=1) or cst value (=0)
+/
+!-----------------------------------------------------------------------
+&namsbc_ssr    !   surface boundary condition : sea surface restoring   (ln_ssr =T)
+!-----------------------------------------------------------------------
+   nn_sssr     =     0     !  add a damping     term in the surface freshwater flux (=2)
+   rn_deds     =   -27.7   !  magnitude of the damping on salinity   [mm/day]
+   ln_sssr_bnd =   .false. !  flag to bound erp term (associated with nn_sssr=2)
+/
+!-----------------------------------------------------------------------
+&namsbc_rnf    !   runoffs namelist surface boundary condition          (ln_rnf =T)
+!-----------------------------------------------------------------------
+   ln_rnf_mouth = .false.   !  specific treatment at rivers mouths
+/
+!!======================================================================
+!!               ***  Lateral boundary condition  ***                 !!
+!!                                                                    !!
+!!   namlbc        lateral momentum boundary condition                  (default: NO selection)
+!!   namagrif      agrif nested grid   (read by child model only)       ("key_agrif")
+!!   nam_tide      Tidal forcing                                        (default: OFF)
+!!   nambdy        Unstructured open boundaries                         (default: OFF)
+!!   nambdy_dta    Unstructured open boundaries - external data         (see  nambdy)
+!!   nambdy_tide   tidal forcing at open boundaries                     (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namlbc        !   lateral momentum boundary condition                  (default: NO selection)
+!-----------------------------------------------------------------------
+   rn_shlat    =    0.     !  free slip
+/
+!-----------------------------------------------------------------------
+&nambdy        !  unstructured open boundaries                          
+!-----------------------------------------------------------------------
+    ln_bdy         = .false.            
+    nb_bdy         = 0                    !  number of open boundary sets
+    ln_coords_file = .false.              !  =T : read bdy coordinates from file
+    cn_coords_file = 'coordinates.bdy.nc' !  bdy coordinates files
+    ln_mask_file   = .false.              !  =T : read mask from file
+    cn_mask_file   = ''                   !  name of mask file (if ln_mask_file=.TRUE.)
+    cn_dyn2d       = 'flather'            !
+    nn_dyn2d_dta   =  1                   !  = 0, bdy data are equal to the initial state
+                                          !  = 1, bdy data are read in 'bdydata   .nc' files
+                                          !  = 2, use tidal harmonic forcing data from files
+                                          !  = 3, use external data AND tidal harmonic forcing
+    cn_dyn3d      =  'none'               !
+    nn_dyn3d_dta  =  0                    !  = 0, bdy data are equal to the initial state
+                                          !  = 1, bdy data are read in 'bdydata   .nc' files
+    cn_tra        =  'frs'                !
+    nn_tra_dta    =  0                    !  = 0, bdy data are equal to the initial state
+                                          !  = 1, bdy data are read in 'bdydata   .nc' files
+    cn_ice        =  'none'               !
+    nn_ice_dta    =  0                    !  = 0, bdy data are equal to the initial state
+                                          !  = 1, bdy data are read in 'bdydata   .nc' files
+    rn_ice_tem    = 270.                  !  si3 only: arbitrary temperature of incoming sea ice
+    rn_ice_sal    = 10.                   !  si3 only:      --   salinity           --
+    rn_ice_age    = 30.                   !  si3 only:      --   age                --
+
+    ln_tra_dmp    =.false.                !  open boudaries conditions for tracers
+    ln_dyn3d_dmp  =.false.                !  open boundary condition for baroclinic velocities
+    rn_time_dmp   =  1.                   ! Damping time scale in days
+    rn_time_dmp_out =  1.                 ! Outflow damping time scale
+    nn_rimwidth   = 10                    !  width of the relaxation zone
+    ln_vol        = .false.               !  total volume correction (see nn_volctl parameter)
+    nn_volctl     = 1                     !  = 0, the total water flux across open boundaries is zero
+/
+!-----------------------------------------------------------------------
+&nambdy_index
+!-----------------------------------------------------------------------
+    ctypebdy = 'E'
+    nbdyind  = 50
+    nbdybeg  = 1
+    nbdyend  = 34
+    !ctypebdy = 'W'
+    !nbdyind  = 2
+    !nbdybeg  = 1
+    !nbdyend  = 34
+/
+!-----------------------------------------------------------------------
+&nambdy_dta    !  open boundaries - external data                       
+!-----------------------------------------------------------------------
+!              !  file name      ! frequency (hours) ! variable  ! time interp. !  clim   ! 'yearly'/ ! weights  ! rotation ! land/sea mask !
+!              !                 !  (if <0  months)  !   name    !  (logical)   !  (T/F ) ! 'monthly' ! filename ! pairing  ! filename      !
+   bn_ssh =     'bdyssh_tc7' ,         1        , 'sshbdy',     .true.     , .true.  ,  'daily'  ,    ''    ,   ''     , ''
+   bn_u2d =     'bdyuv_tc7'  ,         1        , 'ubdy'  ,     .true.     , .true.  ,  'daily'  ,    ''    ,   ''     , ''
+   bn_v2d =     'bdyuv_tc7'  ,         1        , 'vbdy'  ,     .true.     , .true.  ,  'daily'  ,    ''    ,   ''     , ''
+   cn_dir      =    './'   !  root directory for the location of the bulk files
+   ln_full_vel = .false.        !
+/
+!-----------------------------------------------------------------------
+&nambdy_tide   !  tidal forcing at open boundaries
+!-----------------------------------------------------------------------
+/
+!!======================================================================
+!!                ***  Top/Bottom boundary condition  ***             !!
+!!                                                                    !!
+!!   namdrg        top/bottom drag coefficient                          (default: NO selection)
+!!   namdrg_top    top    friction                                      (ln_OFF=F & ln_isfcav=T)
+!!   namdrg_bot    bottom friction                                      (ln_OFF=F)
+!!   nambbc        bottom temperature boundary condition                (default: OFF)
+!!   nambbl        bottom boundary layer scheme                         (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdrg        !   top/bottom drag coefficient                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_loglayer = .false.    !  logarithmic drag: Cd = vkarmn/log(z/z0) |U|
+   ln_lin      = .true.    !      linear  drag: Cd = Cd0 Uc0                   &   namdrg_top)
+   ln_non_lin  = .false.   !  non-linear  drag: Cd = Cd0 |U|
+/
+!-----------------------------------------------------------------------
+&namdrg_top    !   TOP friction                                         (ln_isfcav=T)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namdrg_bot    !   BOTTOM friction                                  
+!-----------------------------------------------------------------------
+   rn_Cd0     =  1.e-4    !  drag coefficient [-]
+   rn_Uc0     =  0.1      !  ref. velocity [m/s] (linear drag=Cd0*Uc0) 
+   rn_Cdmax   =  1.e-4    !  drag value maximum [-] (logarithmic drag)
+   rn_ke0     =  2.5e-3   !  background kinetic energy  [m2/s2] (non-linear cases)
+   rn_z0      =  3.e-3    !  roughness [m] (ln_loglayer=T)
+   ln_boost   = .false.   !  =T regional boost of Cd0 ; =F constant
+      rn_boost =  50.         !  local boost factor  [-]
+/
+!-----------------------------------------------------------------------
+&nambbc        !   bottom temperature boundary condition                (default: OFF)
+!-----------------------------------------------------------------------
+   ln_trabbc   = .false.   !  Apply a geothermal heating at the ocean bottom
+   nn_geoflx   =    0      !  geothermal heat flux: = 0 no flux
+/
+!!======================================================================
+!!                        Tracer (T-S) namelists                      !!
+!!                                                                    !!
+!!   nameos        equation of state                                    (default: NO selection)
+!!   namtra_adv    advection scheme                                     (default: NO selection)
+!!   namtra_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namtra_mle    mixed layer eddy param. (Fox-Kemper param.)          (default: OFF)
+!!   namtra_eiv    eddy induced velocity param.                         (default: OFF)
+!!   namtra_dmp    T & S newtonian damping                              (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nameos        !   ocean Equation Of Seawater                           (default: OFF)
+!-----------------------------------------------------------------------
+   ln_teos10   = .false.         !  = Use TEOS-10 equation of state
+   ln_eos80    = .false.         !  = Use EOS80 equation of state
+   ln_seos     = .true.          !  = Use simplified equation of state (S-EOS)
+                                 !
+   !                     ! S-EOS coefficients (ln_seos=T):
+   !                             !  rd(T,S,Z)*rau0 = -a0*(1+.5*lambda*dT+mu*Z+nu*dS)*dT+b0*dS
+   rn_a0       =  1.6550e-1      !  thermal expension coefficient (nn_eos= 1)
+   rn_b0       =  7.6554e-1      !  saline  expension coefficient (nn_eos= 1)
+   rn_lambda1  =  5.9520e-2      !  cabbeling coeff in T^2  (=0 for linear eos)
+   rn_lambda2  =  7.4914e-4      !  cabbeling coeff in S^2  (=0 for linear eos)
+   rn_mu1      =  1.4970e-4      !  thermobaric coeff. in T (=0 for linear eos)
+   rn_mu2      =  1.1090e-5      !  thermobaric coeff. in S (=0 for linear eos)
+   rn_nu       =  2.4341e-3      !  cabbeling coeff in T*S  (=0 for linear eos)
+!!org GYRE   rn_alpha    =   2.0e-4  !  thermal expension coefficient (nn_eos= 1 or 2)
+!!org GYRE   rn_beta     =   7.7e-4  !  saline  expension coefficient (nn_eos= 2)
+!!org  caution  now a0 = alpha / rau0   with rau0 = 1026
+/
+!-----------------------------------------------------------------------
+&namtra_adv    !   advection scheme for tracer                          (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_traadv_OFF =  .false.  !  No tracer advection
+   ln_traadv_cen =  .false.  !  2nd order centered scheme
+   ln_traadv_mus =  .false.  !  MUSCL scheme
+   ln_traadv_fct =  .true.   !  FCT scheme
+      nn_fct_h   =  2               !  =2/4, horizontal 2nd / 4th order 
+      nn_fct_v   =  2               !  =2/4, vertical   2nd / COMPACT 4th order 
+/
+!-----------------------------------------------------------------------
+&namtra_ldf    !   lateral diffusion scheme for tracers                 (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Operator type:
+   ln_traldf_lap   =  .true.   !    laplacian operator
+   ln_traldf_blp   =  .false.  !  bilaplacian operator
+   !                       !  Direction of action:
+   ln_traldf_lev   =  .false.  !  iso-level
+   ln_traldf_hor   =  .false.  !  horizontal (geopotential)
+   ln_traldf_iso   =  .true.   !  iso-neutral
+   ln_traldf_triad =  .false.  !  iso-neutral using Griffies triads
+   !
+   !		       	         !  iso-neutral options:        
+   ln_traldf_msc   =  .false.  !  Method of Stabilizing Correction (both operators)
+   rn_slpmax       =   0.01    !  slope limit                      (both operators)
+   ln_triad_iso    =  .false.  !  pure horizontal mixing in ML     (triad only)
+   rn_sw_triad     =  1        !  =1 switching triad ; =0 all 4 triads used (triad only)
+   ln_botmix_triad =  .false.  !  lateral mixing on bottom         (triad only)
+   !
+   !                       !  Coefficients:
+   nn_aht_ijk_t    = 0         !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  aht = 1/2  Uv*Lv   (lap case) 
+      !                             !                            or  = 1/12 Uv*Lv^3 (blp case)
+      rn_Ud      = 0.2              !  lateral diffusive velocity [m/s] (nn_aht_ijk_t= 0, 10, 20, 30)
+      rn_Ld      = 10.e+3           !  lateral diffusive length   [m]   (nn_aht_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                      ***  Dynamics namelists  ***                  !!
+!!                                                                    !!
+!!   nam_vvl       vertical coordinate options                          (default: z-star)
+!!   namdyn_adv    formulation of the momentum advection                (default: NO selection)
+!!   namdyn_vor    advection scheme                                     (default: NO selection)
+!!   namdyn_hpg    hydrostatic pressure gradient                        (default: NO selection)
+!!   namdyn_spg    surface pressure gradient                            (default: NO selection)
+!!   namdyn_ldf    lateral diffusion scheme                             (default: NO selection)
+!!   namdta_dyn    offline TOP: dynamics read in files                  (OFF_SRC only)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namdyn_adv    !   formulation of the momentum advection                (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_dynadv_OFF = .false. !  linear dynamics (no momentum advection)
+   ln_dynadv_vec = .true. !  vector form - 2nd centered scheme
+     nn_dynkeg     = 0        ! grad(KE) scheme: =0   C2  ;  =1   Hollingsworth correction
+   ln_dynadv_cen2 = .false. !  flux form - 2nd order centered scheme
+   ln_dynadv_ubs = .false. !  flux form - 3rd order UBS      scheme
+/
+!-----------------------------------------------------------------------
+&namdyn_vor    !   Vorticity / Coriolis scheme                          (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynvor_ene = .false. !  enstrophy conserving scheme
+   ln_dynvor_ens = .false. !  energy conserving scheme
+   ln_dynvor_mix = .false. !  mixed scheme
+   ln_dynvor_een = .true.  !  energy & enstrophy scheme
+      nn_een_e3f = 0             !  e3f = masked averaging of e3t divided by 4 (=0) or by the sum of mask (=1)
+/
+!-----------------------------------------------------------------------
+&namdyn_hpg    !   Hydrostatic pressure gradient option                 (default: NO selection)
+!-----------------------------------------------------------------------
+   ln_hpg_zco  = .false.   !  z-coordinate - full steps
+   ln_hpg_zps  = .false.   !  z-coordinate - partial steps (interpolation)
+   ln_hpg_sco  = .true.    !  s-coordinate
+/
+!-----------------------------------------------------------------------
+&namdyn_spg    !   surface pressure gradient                            (default: OFF)
+!-----------------------------------------------------------------------
+   ln_dynspg_ts  = .true.  !  split-explicit free surface
+   ln_bt_auto    = .false. ! Number of sub-step defined from:
+   nn_baro       =  12     ! =F : the number of sub-step in rn_rdt seconds
+/
+!-----------------------------------------------------------------------
+&namdyn_ldf    !   lateral diffusion on momentum                        (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       !  Type of the operator :
+   !                           !  no diffusion: set ln_dynldf_lap=..._blp=F 
+   ln_dynldf_lap =  .true.     !    laplacian operator
+   ln_dynldf_blp =  .false.    !  bilaplacian operator
+   !                       !  Direction of action  :
+   ln_dynldf_lev =  .true.     !  iso-level
+   ln_dynldf_hor =  .false.    !  horizontal (geopotential)
+   ln_dynldf_iso =  .false.    !  iso-neutral
+   !                       !  Coefficient
+   nn_ahm_ijk_t  = 0           !  space/time variation of eddy coef
+      !                             !  =  0  constant 
+      !                        !  time invariant coefficients :  ahm = 1/2  Uv*Lv   (lap case) 
+      !                             !                            or  = 1/12 Uv*Lv^3 (blp case)
+      rn_Uv      = 2.0              !  lateral viscous velocity [m/s] (nn_ahm_ijk_t= 0, 10, 20, 30)
+      rn_Lv      = 10.e+3           !  lateral viscous length   [m]   (nn_ahm_ijk_t= 0, 10)
+/
+!!======================================================================
+!!                     vertical physics namelists                     !!
+!!                                                                    !!
+!!    namzdf        vertical physics manager                            (default: NO selection)
+!!    namzdf_ric    richardson number vertical mixing                   (ln_zdfric=T)
+!!    namzdf_tke    TKE vertical mixing                                 (ln_zdftke=T)
+!!    namzdf_gls    GLS vertical mixing                                 (ln_zdfgls=T)
+!!    namzdf_osm    OSM vertical diffusion                              (ln_zdfosm=T)
+!!    namzdf_iwm    tidal mixing parameterization                       (ln_zdfiwm=T)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namzdf        !   vertical physics                                     (default: NO selection)
+!-----------------------------------------------------------------------
+   !                       ! type of vertical closure
+   ln_zdfcst   = .false.      !  constant mixing
+   ln_zdfric   = .false.      !  local Richardson dependent formulation (T =>   fill namzdf_ric)
+   ln_zdftke   = .true.       !  Turbulent Kinetic Energy closure       (T =>   fill namzdf_tke)
+   ln_zdfgls   = .false.      !  Generic Length Scale closure           (T =>   fill namzdf_gls)
+   ln_zdfosm   = .false.      !  OSMOSIS BL closure                     (T =>   fill namzdf_osm)
+   !
+   !                       ! convection
+   ln_zdfevd   = .true.       !  enhanced vertical diffusion
+      nn_evdm     =    1         ! apply on tracer (=0) or on tracer and momentum (=1)
+      rn_evd      =  100.        ! mixing coefficient [m2/s]
+   ln_zdfnpc   = .false.      !  Non-Penetrative Convective algorithm
+      nn_npc      =    1         ! frequency of application of npc
+      nn_npcp     =  365         ! npc control print frequency
+   !
+   ln_zdfddm   = .false.   ! double diffusive mixing
+      rn_avts  =    1.e-4     !  maximum avs (vertical mixing on salinity)
+      rn_hsbfr =    1.6       !  heat/salt buoyancy flux ratio
+   !
+   !                       ! gravity wave-driven vertical mixing
+   ln_zdfiwm   = .false.      ! internal wave-induced mixing            (T =>   fill namzdf_iwm)
+   ln_zdfswm   = .false.      ! surface  wave-induced mixing            (T => ln_wave=ln_sdw=T )
+   !
+   !                       ! coefficients
+   rn_avm0     =   1.2e-4     !  vertical eddy viscosity   [m2/s]       (background Kz if ln_zdfcst=F)
+   rn_avt0     =   1.2e-5     !  vertical eddy diffusivity [m2/s]       (background Kz if ln_zdfcst=F)
+   nn_avb      =    0         !  profile for background avt & avm (=1) or not (=0)
+   nn_havtb    =    0         !  horizontal shape for avtb (=1) or not (=0)
+/
+!-----------------------------------------------------------------------
+&namzdf_tke    !   turbulent eddy kinetic dependent vertical diffusion  (ln_zdftke =T)
+!-----------------------------------------------------------------------
+   nn_etau     =   0       !  penetration of tke below the mixed layer (ML) due to internal & intertial waves
+/
+!!======================================================================
+!!                  ***  Diagnostics namelists  ***                   !!
+!!                                                                    !!
+!!   namtrd       dynamics and/or tracer trends                         (default: OFF)
+!!   namptr       Poleward Transport Diagnostics                        (default: OFF)
+!!   namhsb       Heat and salt budgets                                 (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namdiu       Cool skin and warm layer models                       (default: OFF)
+!!   namflo       float parameters                                      ("key_float")
+!!   nam_diaharm  Harmonic analysis of tidal constituents               ("key_diaharm")
+!!   namdct       transports through some sections                      ("key_diadct")
+!!   nam_diatmb   Top Middle Bottom Output                              (default: OFF)
+!!   nam_dia25h   25h Mean Output                                       (default: OFF)
+!!   namnc4       netcdf4 chunking and compression settings             ("key_netcdf4")
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&namtrd        !   trend diagnostics                                    (default F)
+!-----------------------------------------------------------------------
+   ln_glo_trd  = .false.   ! (T) global domain averaged diag for T, T^2, KE, and PE
+   ln_dyn_trd  = .false.   ! (T) 3D momentum trend output
+   ln_dyn_mxl  = .FALSE.   ! (T) 2D momentum trends averaged over the mixed layer (not coded yet)
+   ln_vor_trd  = .FALSE.   ! (T) 2D barotropic vorticity trends (not coded yet)
+   ln_KE_trd   = .false.   ! (T) 3D Kinetic   Energy     trends
+   ln_PE_trd   = .false.   ! (T) 3D Potential Energy     trends
+   ln_tra_trd  = .false.    ! (T) 3D tracer trend output
+   ln_tra_mxl  = .false.   ! (T) 2D tracer trends averaged over the mixed layer (not coded yet)
+   nn_trd      = 365       !  print frequency (ln_glo_trd=T) (unit=time step)
+/
+!-----------------------------------------------------------------------
+&namdct        ! transports through some sections                       ("key_diadct")
+!-----------------------------------------------------------------------
+    nn_dct      = 60       !  time step frequency for transports computing
+    nn_dctwri   = 60       !  time step frequency for transports writing
+    nn_secdebug = 0        !      0 : no section to debug
+/
+!!======================================================================
+!!               ***  Observation & Assimilation  ***                 !!
+!!                                                                    !!
+!!   namobs       observation and model comparison                      (default: OFF)
+!!   nam_asminc   assimilation increments                               ('key_asminc')
+!!======================================================================
+!
+!!======================================================================
+!!                  ***  Miscellaneous namelists  ***                 !!
+!!                                                                    !!
+!!   nammpp            Massively Parallel Processing                    ("key_mpp_mpi")
+!!   namctl            Control prints                                   (default: OFF)
+!!   namsto            Stochastic parametrization of EOS                (default: OFF)
+!!======================================================================
+!
+!-----------------------------------------------------------------------
+&nammpp        !   Massively Parallel Processing                        ("key_mpp_mpi")
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namctl        !   Control prints                                       (default: OFF)
+!-----------------------------------------------------------------------
+/
+!-----------------------------------------------------------------------
+&namsto        ! Stochastic parametrization of EOS                      (default: OFF)
+!-----------------------------------------------------------------------
+/
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/namelist_ref
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/namelist_ref	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/namelist_ref	(revision 15719)
@@ -0,0 +1,1 @@
+link ../../../cfgs/SHARED/namelist_ref
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/plotframes.py
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/plotframes.py	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/EXPREF/plotframes.py	(revision 15719)
@@ -0,0 +1,304 @@
+#!/usr/bin/env python
+################################################################################## 
+# Utility to produce animation frames directly from the WAD_TEST_CASE output.
+# It can be used without arguments, i.e.:
+#     python plotframes.py
+# in which case a frame is created every tenth time level from SSH data extracted from
+# WAD_1ts_00010101_00010101_grid_T.nc along the centre of the basin (j=17). A closed 
+# basin is assumed and frames are named wadfr0000.png etc. Bathymetry information is 
+# extracted from the mesh_mask.nc file. The frames are annotated with a timestamp that
+# assumes an 18s baroclinic timestep.
+# 
+# All these settings can be overridden with command-line arguments. See:
+#     python plotframes.py -h 
+# for details. For example:
+#     python plotframes.py  -nt 300 -stride 30 -froot mywad
+# 
+# Two major variations are also supported for specific test cases:
+#     python plotframes.py -obc
+# plots the right-hand side of the basin as an open boundary (test case 7) and:
+#     python plotframes.py -use_sal
+# colours each gridcell according to its salinity value (test case 6)
+################################################################################## 
+import os, sys
+from argparse import ArgumentParser
+import numpy as np
+import netCDF4
+
+import matplotlib.pyplot as plt
+import matplotlib
+from matplotlib.patches import Polygon
+from matplotlib.collections import PatchCollection
+from netCDF4 import Dataset
+
+#
+# Turn off the unhelpful warning about open figures
+#
+matplotlib.rcParams['figure.max_open_warning'] = 0
+
+if __name__ == '__main__':
+    parser = ArgumentParser(description=
+    """
+    produce frames for the animation of results from the WAD_TEST_CASES.
+    Mostly this can be run without arguments but command line arguments may be
+    used to override defaults. These are necessary in cases with open boundaries
+    (e.g. nn_wad_test=7) and cases where it is desired to show variations in salinity
+    (e.g. nn_wad_test=6).
+     e.g. plotframes.py -tfile <T-grid file> -bfile  <bathymetry file>
+    -froot <root name for frames>
+    -nt <maximum number of time frames to process>
+    -stride <stride through time frames> 
+    -rdt <length of baroclinic timestep (s)> 
+    -obc
+    -use_sal
+    """)
+    parser.add_argument('-tfile',dest='tfile',help='T-grid file if not WAD_1ts_00010101_00010101_grid_T.nc', default='WAD_1ts_00010101_00010101_grid_T.nc')
+    parser.add_argument('-bfile',dest='bfile',help='Bathymetry file if not mesh_mask.nc', default='mesh_mask.nc')
+    parser.add_argument('-j',dest='jrow',help='jrow; j-row to extract and plot (default: 17 (fortran index))', type=int, default=16)
+    parser.add_argument('-froot',dest='froot',help='froot; root name for frames (default: wadfr)', default='wadfr')
+    parser.add_argument('-nt',dest='nfmax',help='nfmax; maximum number of frames to produce', type=int, default=None)
+    parser.add_argument('-stride',dest='tinc',help='tinc; stride through time frames (default: 10)', type=int, default=10)
+    parser.add_argument('-rdt',dest='rdt',help='rdt; length of baroclinic timestep (s) (default: 18.0)', type=float, default=18.0)
+    parser.add_argument('-obc',help='Right-hand side boundary is open', action="store_true")
+    parser.add_argument('-use_sal',help='colour polygons according to salinity variations', action="store_true")
+    args   = parser.parse_args()
+    tfile  = args.tfile
+    bfile  = args.bfile
+    jrow   = args.jrow
+    froot  = args.froot
+    nfmax  = args.nfmax
+    stride = args.tinc
+    rdt    = args.rdt
+    obc    = args.obc
+    use_sal= args.use_sal
+
+
+fw = Dataset(tfile)
+ssh = fw.variables['sossheig'][:,jrow,:]
+vot = fw.variables['sosaline'][:,jrow,:]
+if use_sal:
+ sal = fw.variables['vosaline'][:,:,jrow,:]
+ nz = sal.shape[1]
+fw.close()
+
+fw = Dataset(bfile)
+bat = fw.variables['ht_wd'][0,jrow,:]
+if use_sal:
+ mbat = fw.variables['mbathy'][0,jrow,:]
+fw.close()
+
+#print "ssh"
+#print ssh.shape
+#print "bat"
+#print bat.shape 
+#print "vot"
+#print vot.shape 
+nt = ssh.shape[0]
+nx = ssh.shape[1]
+#print nx,nt
+
+bat = -1.*bat
+batmin = np.amin(bat)
+batmax = np.amax(bat)
+brange = batmax - batmin
+tol = 0.1*brange
+#print batmin,batmax,' ho'
+if obc:
+ batrhs = batmin
+else:
+ batrhs = batmax
+
+if nfmax is None:
+  nfmax = nt
+
+nf = 0
+ntmax = np.minimum(nt,nfmax*stride)
+
+if not use_sal:
+#
+# plot solid single colour polygons just showing ssh variation
+#
+  for t in range(0,ntmax,stride):
+   wadfr = froot+"{:0>4d}.png".format(nf)
+   nf = nf + 1
+  
+   tfac = rdt/3600.0
+   t24  = np.int(np.mod(t*tfac,24))
+   dy   = np.int(t*tfac/24.0)
+   mn   = np.int(np.rint((np.mod(t*tfac,24) - t24 )*60))
+   hour  = "t={:0>2d}:{:0>2d}:{:0>2d} ".format(dy,t24,mn)
+   hour2  = "  (days:hrs:mins)"
+   batpts = np.zeros((nx+4,2))
+   sshpts = np.zeros((2*nx,2))
+   votpts = np.zeros((nx,2))
+  
+   for pt in range(nx):
+      batpts[pt+2,0] = pt
+      batpts[pt+2,1] = bat[pt]
+      sshpts[pt,0] = pt
+      sshpts[pt,1] = ssh[t,pt]
+      votpts[pt,0] = pt
+      votpts[pt,1] = np.minimum(36.,vot[t,pt])
+      votpts[pt,1] = np.maximum(30.0,votpts[pt,1])
+      votpts[pt,1] = batmin +0.2*brange + (votpts[pt,1]-30.)*brange/6.0
+  
+   batpts[nx+1,1] = batrhs
+   batpts[nx+2,0] = nx-1
+   batpts[nx+2,1] = batrhs
+   batpts[nx+3,0] = nx-1
+   batpts[nx+3,1] = batmin
+   batpts[0,0] = 0.0
+   batpts[0,1] = batmin
+   batpts[1,0] = 0.0
+   batpts[1,1] = batmax
+   batpts[2,1] = batmax
+   sshpts[nx-1,0] = nx-1
+   sshpts[nx-1,1] = sshpts[nx-2,1]
+   sshpts[0,0] = 0.0
+   votpts[nx-2,0] = nx-1
+   votpts[nx-1,0] = nx-1
+   votpts[0,0] = 0.0
+   votpts[nx-1,1] = batmax + tol
+   votpts[0,1] = batmax + tol
+   sshpts[0,1] = sshpts[1,1]
+   for pt in range(nx):
+      sshpts[pt+nx,0]=batpts[nx+1-pt,0]
+      sshpts[pt+nx,1]=batpts[nx+1-pt,1]
+   
+  
+   xs, ys = zip(*votpts)
+   fig, ax = plt.subplots()
+  
+   patches = []
+   polygon = Polygon(batpts, True)
+   patches.append(polygon)
+   p = PatchCollection(patches, cmap=matplotlib.cm.jet, alpha=1.0)
+   p.set_facecolors(['#f1a9a9'])
+  
+   patches = []
+   polygon2 = Polygon(sshpts, True)
+   patches.append(polygon2)
+   p2 = PatchCollection(patches, cmap=matplotlib.cm.jet, alpha=1.0)
+   p2.set_facecolors(['#44a1ff'])
+   
+# Maximum depth set here to -10m
+   ax.set_ylim([-10., 6.0])
+   ax.set_xlim([0., 51.0])
+   ax.add_collection(p2)
+   ax.add_collection(p)
+   ax.plot(xs,ys, '--', color='black', ms=10)
+  
+   plt.annotate(hour,xy=(2,batmin+0.1*brange))
+   plt.annotate(hour2,xy=(2,batmin+0.05*brange))
+   plt.savefig(wadfr)
+
+else:
+#
+# plot each gridcell coloured according to its salinity value
+#
+  for t in range(0,ntmax,stride):
+   wadfr = froot+"{:0>4d}.png".format(nf)
+   nf = nf + 1
+
+   tfac = rdt/3600.0
+   t24  = np.int(np.mod(t*tfac,24))
+   dy   = np.int(t*tfac/24.0)
+   mn   = np.int(np.rint((np.mod(t*tfac,24) - t24 )*60))
+   hour  = "t={:0>2d}:{:0>2d}:{:0>2d} ".format(dy,t24,mn)
+   hour2  = "  (days:hrs:mins)"
+   batpts = np.zeros((nx+4,2))
+   votpts = np.zeros((nx,2))
+   salpts = np.zeros((nx*nz,6,2))
+   salmin = 28.
+   salmax = 37.
+   salrange = salmax - salmin
+   faccol = np.zeros((nx*nz))
+   cl = 0
+   for pt in range(nx):
+      batpts[pt+2,0] = pt
+      batpts[pt+2,1] = bat[pt]
+      votpts[pt,0] = pt
+      votpts[pt,1] = np.minimum(35.,vot[t,pt])
+      votpts[pt,1] = np.maximum(30.0,votpts[pt,1])
+      votpts[pt,1] = batmin +0.2*brange + (votpts[pt,1]-30.)*brange/6.0
+   batpts[nx+1,1] = batmax
+   batpts[nx+2,0] = nx-1
+   batpts[nx+2,1] = batmax
+   batpts[nx+3,0] = nx-1
+   batpts[nx+3,1] = batmin
+   batpts[0,0] = 0.0
+   batpts[0,1] = batmin
+   batpts[1,0] = 0.0
+   batpts[1,1] = batmax
+   batpts[2,1] = batmax
+   votpts[nx-2,0] = nx-1
+   votpts[nx-1,0] = nx-1
+   votpts[0,0] = 0.0
+   votpts[nx-1,1] = batmax + tol
+   votpts[0,1] = batmax + tol
+  
+   cl = 0
+   for pt in range(nx):
+      mz = np.maximum(1,mbat[pt])
+      im1 = np.maximum(pt-1,1)
+      ip1 = np.minimum(pt+1,nx-1)
+      dz  = (ssh[t,pt] - batpts[pt+2,1] )/mz
+      dz1 = 0.5*(ssh[t,pt] + ssh[t,im1] - batpts[pt+2,1] - batpts[im1+2,1] )/mz
+      dz2 = 0.5*(ssh[t,pt] + ssh[t,ip1] - batpts[pt+2,1] - batpts[ip1+2,1] )/mz
+      dz  = np.maximum(dz ,0.0)
+      dz1 = np.maximum(dz1,0.0)
+      dz2 = np.maximum(dz2,0.0)
+      bat1 = 0.5*( batpts[pt+2,1] + batpts[im1+2,1] )
+      bat2 = 0.5*( batpts[pt+2,1] + batpts[ip1+2,1] )
+      ptm = np.maximum(pt-0.5,0.0)
+      ptx = np.minimum(pt+0.5,nx-1)
+      for z in range(mz):
+        if ( sal[t,mz-1-z,pt] > 0.0 ):
+          salpts[cl,0,0] = pt
+          salpts[cl,1,0] = ptm
+          salpts[cl,2,0] = ptm
+          salpts[cl,3,0] = pt
+          salpts[cl,4,0] = ptx
+          salpts[cl,5,0] = ptx
+          salpts[cl,0,1] = batpts[pt+2,1] +dz*z
+          salpts[cl,1,1] = bat1 +dz1*z
+          salpts[cl,2,1] = bat1 +dz1*(z+1)
+          salpts[cl,3,1] = batpts[pt+2,1] +dz*(z+1)
+          salpts[cl,4,1] = bat2 +dz2*(z+1)
+          salpts[cl,5,1] = bat2 +dz2*z
+          faccol[cl] = 100*(sal[t,mz-1-z,pt] - salmin) / salrange
+          faccol[cl] = np.maximum(faccol[cl],0.0)
+          faccol[cl] = np.minimum(faccol[cl],100.0)
+          cl = cl + 1
+   
+  
+   votpts2 = votpts[2:nx-4,:]
+   xs, ys = zip(*votpts2)
+   fig, ax = plt.subplots()
+   patches = []
+  
+   for pt in range(cl-1):
+      polygon = Polygon(salpts[pt,:,:], True)
+      patches.append(polygon)
+  
+   p = PatchCollection(patches, cmap=matplotlib.cm.jet, alpha=1.0)
+   
+   p.set_array(faccol)
+   p.set_edgecolor('face')
+  
+   patches = []
+   polygon = Polygon(batpts, True)
+   patches.append(polygon)
+   p2 = PatchCollection(patches, cmap=matplotlib.cm.jet, alpha=1.0)
+   p2.set_facecolors(['#f1a9a9'])
+  
+# Maximum depth set here to -8m (suitable for test case 6 only)
+   ax.set_ylim([-8., 6.0])
+   ax.set_xlim([0., 51.0])
+   ax.add_collection(p)
+   ax.add_collection(p2)
+   ax.plot(xs,ys, '--', color='black', ms=10)
+  
+   plt.annotate(hour,xy=(2,batmin+0.1*brange))
+   plt.annotate(hour2,xy=(2,batmin+0.05*brange))
+   plt.savefig(wadfr)
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/bdyini.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/bdyini.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/bdyini.F90	(revision 15719)
@@ -0,0 +1,1702 @@
+MODULE bdyini
+   !!======================================================================
+   !!                       ***  MODULE  bdyini  ***
+   !! Unstructured open boundaries : initialisation
+   !!======================================================================
+   !! History :  1.0  !  2005-01  (J. Chanut, A. Sellar)  Original code
+   !!             -   !  2007-01  (D. Storkey) Update to use IOM module
+   !!             -   !  2007-01  (D. Storkey) Tidal forcing
+   !!            3.0  !  2008-04  (NEMO team)  add in the reference version
+   !!            3.3  !  2010-09  (E.O'Dea) updates for Shelf configurations
+   !!            3.3  !  2010-09  (D.Storkey) add ice boundary conditions
+   !!            3.4  !  2011     (D. Storkey) rewrite in preparation for OBC-BDY merge
+   !!            3.4  !  2012     (J. Chanut) straight open boundary case update
+   !!            3.5  !  2012     (S. Mocavero, I. Epicoco) optimization of BDY communications
+   !!            3.7  !  2016     (T. Lovato) Remove bdy macro, call here init for dta and tides
+   !!----------------------------------------------------------------------
+   !!   bdy_init      : Initialization of unstructured open boundaries
+   !!----------------------------------------------------------------------
+   USE oce            ! ocean dynamics and tracers variables
+   USE dom_oce        ! ocean space and time domain
+   USE bdy_oce        ! unstructured open boundary conditions
+   USE bdydta         ! open boundary cond. setting   (bdy_dta_init routine)
+   USE bdytides       ! open boundary cond. setting   (bdytide_init routine)
+   USE sbctide        ! Tidal forcing or not
+   USE phycst   , ONLY: rday
+   !
+   USE in_out_manager ! I/O units
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! for mpp_sum  
+   USE iom            ! I/O
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   bdy_init   ! routine called in nemo_init
+
+   INTEGER, PARAMETER ::   jp_nseg = 100   ! 
+   INTEGER, PARAMETER ::   nrimmax =  20   ! maximum rimwidth in structured
+                                               ! open boundary data files
+   ! Straight open boundary segment parameters:
+   INTEGER  ::   nbdysege, nbdysegw, nbdysegn, nbdysegs 
+   INTEGER, DIMENSION(jp_nseg) ::   jpieob, jpjedt, jpjeft, npckge   !
+   INTEGER, DIMENSION(jp_nseg) ::   jpiwob, jpjwdt, jpjwft, npckgw   !
+   INTEGER, DIMENSION(jp_nseg) ::   jpjnob, jpindt, jpinft, npckgn   !
+   INTEGER, DIMENSION(jp_nseg) ::   jpjsob, jpisdt, jpisft, npckgs   !
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: bdyini.F90 10425 2018-12-19 21:54:16Z smasson $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE bdy_init
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE bdy_init  ***
+      !!
+      !! ** Purpose :   Initialization of the dynamics and tracer fields with
+      !!              unstructured open boundaries.
+      !!
+      !! ** Method  :   Read initialization arrays (mask, indices) to identify
+      !!              an unstructured open boundary
+      !!
+      !! ** Input   :  bdy_init.nc, input file for unstructured open boundaries
+      !!----------------------------------------------------------------------
+      NAMELIST/nambdy/ ln_bdy, nb_bdy, ln_coords_file, cn_coords_file,         &
+         &             ln_mask_file, cn_mask_file, cn_dyn2d, nn_dyn2d_dta,     &
+         &             cn_dyn3d, nn_dyn3d_dta, cn_tra, nn_tra_dta,             &
+         &             ln_tra_dmp, ln_dyn3d_dmp, rn_time_dmp, rn_time_dmp_out, &
+         &             cn_ice, nn_ice_dta,                                     &
+         &             rn_ice_tem, rn_ice_sal, rn_ice_age,                     &
+         &             ln_vol, nn_volctl, nn_rimwidth, nb_jpk_bdy
+         !
+      INTEGER  ::   ios                 ! Local integer output status for namelist read
+      !!----------------------------------------------------------------------
+
+      ! ------------------------
+      ! Read namelist parameters
+      ! ------------------------
+      REWIND( numnam_ref )              ! Namelist nambdy in reference namelist :Unstructured open boundaries
+      READ  ( numnam_ref, nambdy, IOSTAT = ios, ERR = 901)
+901   IF( ios /= 0 )   CALL ctl_nam ( ios , 'nambdy in reference namelist', lwp )
+      REWIND( numnam_cfg )              ! Namelist nambdy in configuration namelist :Unstructured open boundaries
+      READ  ( numnam_cfg, nambdy, IOSTAT = ios, ERR = 902 )
+902   IF( ios >  0 )   CALL ctl_nam ( ios , 'nambdy in configuration namelist', lwp )
+      IF(lwm) WRITE ( numond, nambdy )
+
+      IF( .NOT. Agrif_Root() ) ln_bdy = .FALSE.   ! forced for Agrif children
+      
+      ! -----------------------------------------
+      ! unstructured open boundaries use control
+      ! -----------------------------------------
+      IF ( ln_bdy ) THEN
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'bdy_init : initialization of open boundaries'
+         IF(lwp) WRITE(numout,*) '~~~~~~~~'
+         !
+         ! Open boundaries definition (arrays and masks)
+         CALL bdy_segs
+         !
+         ! Open boundaries initialisation of external data arrays
+         CALL bdy_dta_init
+         !
+         ! Open boundaries initialisation of tidal harmonic forcing
+         IF( ln_tide ) CALL bdytide_init
+         !
+      ELSE
+         IF(lwp) WRITE(numout,*)
+         IF(lwp) WRITE(numout,*) 'bdy_init : open boundaries not used (ln_bdy = F)'
+         IF(lwp) WRITE(numout,*) '~~~~~~~~'
+         !
+      ENDIF
+      !
+   END SUBROUTINE bdy_init
+
+
+   SUBROUTINE bdy_segs
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE bdy_init  ***
+      !!         
+      !! ** Purpose :   Definition of unstructured open boundaries.
+      !!
+      !! ** Method  :   Read initialization arrays (mask, indices) to identify 
+      !!              an unstructured open boundary
+      !!
+      !! ** Input   :  bdy_init.nc, input file for unstructured open boundaries
+      !!----------------------------------------------------------------------      
+      INTEGER  ::   ib_bdy, ii, ij, ik, igrd, ib, ir, iseg ! dummy loop indices
+      INTEGER  ::   icount, icountr, ibr_max, ilen1, ibm1  ! local integers
+      INTEGER  ::   iwe, ies, iso, ino, inum, id_dummy     !   -       -
+      INTEGER  ::   igrd_start, igrd_end, jpbdta           !   -       -
+      INTEGER  ::   jpbdtau, jpbdtas                       !   -       -
+      INTEGER  ::   ib_bdy1, ib_bdy2, ib1, ib2             !   -       -
+      INTEGER  ::   i_offset, j_offset                     !   -       -
+      INTEGER , POINTER  ::  nbi, nbj, nbr                 ! short cuts
+      REAL(wp), POINTER  ::  flagu, flagv                  !    -   -
+      REAL(wp), POINTER, DIMENSION(:,:)       ::   pmask    ! pointer to 2D mask fields
+      REAL(wp) ::   zefl, zwfl, znfl, zsfl                 ! local scalars
+      INTEGER, DIMENSION (2)                  ::   kdimsz
+      INTEGER, DIMENSION(jpbgrd,jp_bdy)       ::   nblendta         ! Length of index arrays 
+      INTEGER, ALLOCATABLE, DIMENSION(:,:,:)  ::   nbidta, nbjdta   ! Index arrays: i and j indices of bdy dta
+      INTEGER, ALLOCATABLE, DIMENSION(:,:,:)  ::   nbrdta           ! Discrete distance from rim points
+      CHARACTER(LEN=1),DIMENSION(jpbgrd)      ::   cgrid
+      INTEGER :: com_east, com_west, com_south, com_north          ! Flags for boundaries sending
+      INTEGER :: com_east_b, com_west_b, com_south_b, com_north_b  ! Flags for boundaries receiving
+      INTEGER :: iw_b(4), ie_b(4), is_b(4), in_b(4)                ! Arrays for neighbours coordinates
+      REAL(wp), TARGET, DIMENSION(jpi,jpj) ::   zfmask  ! temporary fmask array excluding coastal boundary condition (shlat)
+      !!
+      CHARACTER(LEN=1)                     ::   ctypebdy   !     -        - 
+      INTEGER                              ::   nbdyind, nbdybeg, nbdyend
+      !!
+      NAMELIST/nambdy_index/ ctypebdy, nbdyind, nbdybeg, nbdyend
+      INTEGER  ::   ios                 ! Local integer output status for namelist read
+      !!----------------------------------------------------------------------
+      !
+      cgrid = (/'t','u','v'/)
+
+      ! -----------------------------------------
+      ! Check and write out namelist parameters
+      ! -----------------------------------------
+      IF( jperio /= 0 )   CALL ctl_stop( 'bdy_segs: Cyclic or symmetric,',   &
+         &                               ' and general open boundary condition are not compatible' )
+
+      IF( nb_bdy == 0 ) THEN 
+        IF(lwp) WRITE(numout,*) 'nb_bdy = 0, NO OPEN BOUNDARIES APPLIED.'
+      ELSE
+        IF(lwp) WRITE(numout,*) 'Number of open boundary sets : ', nb_bdy
+      ENDIF
+
+      DO ib_bdy = 1,nb_bdy
+        IF(lwp) WRITE(numout,*) ' ' 
+        IF(lwp) WRITE(numout,*) '------ Open boundary data set ',ib_bdy,'------' 
+
+        IF( ln_coords_file(ib_bdy) ) THEN
+           IF(lwp) WRITE(numout,*) 'Boundary definition read from file '//TRIM(cn_coords_file(ib_bdy))
+        ELSE
+           IF(lwp) WRITE(numout,*) 'Boundary defined in namelist.'
+        ENDIF
+        IF(lwp) WRITE(numout,*)
+
+        IF(lwp) WRITE(numout,*) 'Boundary conditions for barotropic solution:  '
+        SELECT CASE( cn_dyn2d(ib_bdy) )                  
+          CASE( 'none' )         
+             IF(lwp) WRITE(numout,*) '      no open boundary condition'        
+             dta_bdy(ib_bdy)%ll_ssh = .false.
+             dta_bdy(ib_bdy)%ll_u2d = .false.
+             dta_bdy(ib_bdy)%ll_v2d = .false.
+          CASE( 'frs' )          
+             IF(lwp) WRITE(numout,*) '      Flow Relaxation Scheme'
+             dta_bdy(ib_bdy)%ll_ssh = .false.
+             dta_bdy(ib_bdy)%ll_u2d = .true.
+             dta_bdy(ib_bdy)%ll_v2d = .true.
+          CASE( 'flather' )      
+             IF(lwp) WRITE(numout,*) '      Flather radiation condition'
+             dta_bdy(ib_bdy)%ll_ssh = .true.
+             dta_bdy(ib_bdy)%ll_u2d = .true.
+             dta_bdy(ib_bdy)%ll_v2d = .true.
+          CASE( 'orlanski' )     
+             IF(lwp) WRITE(numout,*) '      Orlanski (fully oblique) radiation condition with adaptive nudging'
+             dta_bdy(ib_bdy)%ll_ssh = .false.
+             dta_bdy(ib_bdy)%ll_u2d = .true.
+             dta_bdy(ib_bdy)%ll_v2d = .true.
+          CASE( 'orlanski_npo' ) 
+             IF(lwp) WRITE(numout,*) '      Orlanski (NPO) radiation condition with adaptive nudging'
+             dta_bdy(ib_bdy)%ll_ssh = .false.
+             dta_bdy(ib_bdy)%ll_u2d = .true.
+             dta_bdy(ib_bdy)%ll_v2d = .true.
+          CASE DEFAULT   ;   CALL ctl_stop( 'unrecognised value for cn_dyn2d' )
+        END SELECT
+        IF( cn_dyn2d(ib_bdy) /= 'none' ) THEN
+           SELECT CASE( nn_dyn2d_dta(ib_bdy) )                   ! 
+              CASE( 0 )      ;   IF(lwp) WRITE(numout,*) '      initial state used for bdy data'        
+              CASE( 1 )      ;   IF(lwp) WRITE(numout,*) '      boundary data taken from file'
+              CASE( 2 )      ;   IF(lwp) WRITE(numout,*) '      tidal harmonic forcing taken from file'
+              CASE( 3 )      ;   IF(lwp) WRITE(numout,*) '      boundary data AND tidal harmonic forcing taken from files'
+              CASE DEFAULT   ;   CALL ctl_stop( 'nn_dyn2d_dta must be between 0 and 3' )
+           END SELECT
+           IF (( nn_dyn2d_dta(ib_bdy) .ge. 2 ).AND.(.NOT.ln_tide)) THEN
+             CALL ctl_stop( 'You must activate with ln_tide to add tidal forcing at open boundaries' )
+           ENDIF
+        ENDIF
+        IF(lwp) WRITE(numout,*)
+
+        IF(lwp) WRITE(numout,*) 'Boundary conditions for baroclinic velocities:  '
+        SELECT CASE( cn_dyn3d(ib_bdy) )                  
+          CASE('none')
+             IF(lwp) WRITE(numout,*) '      no open boundary condition'        
+             dta_bdy(ib_bdy)%ll_u3d = .false.
+             dta_bdy(ib_bdy)%ll_v3d = .false.
+          CASE('frs')       
+             IF(lwp) WRITE(numout,*) '      Flow Relaxation Scheme'
+             dta_bdy(ib_bdy)%ll_u3d = .true.
+             dta_bdy(ib_bdy)%ll_v3d = .true.
+          CASE('specified')
+             IF(lwp) WRITE(numout,*) '      Specified value'
+             dta_bdy(ib_bdy)%ll_u3d = .true.
+             dta_bdy(ib_bdy)%ll_v3d = .true.
+          CASE('neumann')
+             IF(lwp) WRITE(numout,*) '      Neumann conditions'
+             dta_bdy(ib_bdy)%ll_u3d = .false.
+             dta_bdy(ib_bdy)%ll_v3d = .false.
+          CASE('zerograd')
+             IF(lwp) WRITE(numout,*) '      Zero gradient for baroclinic velocities'
+             dta_bdy(ib_bdy)%ll_u3d = .false.
+             dta_bdy(ib_bdy)%ll_v3d = .false.
+          CASE('zero')
+             IF(lwp) WRITE(numout,*) '      Zero baroclinic velocities (runoff case)'
+             dta_bdy(ib_bdy)%ll_u3d = .false.
+             dta_bdy(ib_bdy)%ll_v3d = .false.
+          CASE('orlanski')
+             IF(lwp) WRITE(numout,*) '      Orlanski (fully oblique) radiation condition with adaptive nudging'
+             dta_bdy(ib_bdy)%ll_u3d = .true.
+             dta_bdy(ib_bdy)%ll_v3d = .true.
+          CASE('orlanski_npo')
+             IF(lwp) WRITE(numout,*) '      Orlanski (NPO) radiation condition with adaptive nudging'
+             dta_bdy(ib_bdy)%ll_u3d = .true.
+             dta_bdy(ib_bdy)%ll_v3d = .true.
+          CASE DEFAULT   ;   CALL ctl_stop( 'unrecognised value for cn_dyn3d' )
+        END SELECT
+        IF( cn_dyn3d(ib_bdy) /= 'none' ) THEN
+           SELECT CASE( nn_dyn3d_dta(ib_bdy) )                   ! 
+              CASE( 0 )      ;   IF(lwp) WRITE(numout,*) '      initial state used for bdy data'        
+              CASE( 1 )      ;   IF(lwp) WRITE(numout,*) '      boundary data taken from file'
+              CASE DEFAULT   ;   CALL ctl_stop( 'nn_dyn3d_dta must be 0 or 1' )
+           END SELECT
+        ENDIF
+
+        IF ( ln_dyn3d_dmp(ib_bdy) ) THEN
+           IF ( cn_dyn3d(ib_bdy) == 'none' ) THEN
+              IF(lwp) WRITE(numout,*) 'No open boundary condition for baroclinic velocities: ln_dyn3d_dmp is set to .false.'
+              ln_dyn3d_dmp(ib_bdy)=.false.
+           ELSEIF ( cn_dyn3d(ib_bdy) == 'frs' ) THEN
+              CALL ctl_stop( 'Use FRS OR relaxation' )
+           ELSE
+              IF(lwp) WRITE(numout,*) '      + baroclinic velocities relaxation zone'
+              IF(lwp) WRITE(numout,*) '      Damping time scale: ',rn_time_dmp(ib_bdy),' days'
+              IF((lwp).AND.rn_time_dmp(ib_bdy)<0) CALL ctl_stop( 'Time scale must be positive' )
+              dta_bdy(ib_bdy)%ll_u3d = .true.
+              dta_bdy(ib_bdy)%ll_v3d = .true.
+           ENDIF
+        ELSE
+           IF(lwp) WRITE(numout,*) '      NO relaxation on baroclinic velocities'
+        ENDIF
+        IF(lwp) WRITE(numout,*)
+
+        IF(lwp) WRITE(numout,*) 'Boundary conditions for temperature and salinity:  '
+        SELECT CASE( cn_tra(ib_bdy) )                  
+          CASE('none')
+             IF(lwp) WRITE(numout,*) '      no open boundary condition'        
+             dta_bdy(ib_bdy)%ll_tem = .false.
+             dta_bdy(ib_bdy)%ll_sal = .false.
+          CASE('frs')
+             IF(lwp) WRITE(numout,*) '      Flow Relaxation Scheme'
+             dta_bdy(ib_bdy)%ll_tem = .true.
+             dta_bdy(ib_bdy)%ll_sal = .true.
+          CASE('specified')
+             IF(lwp) WRITE(numout,*) '      Specified value'
+             dta_bdy(ib_bdy)%ll_tem = .true.
+             dta_bdy(ib_bdy)%ll_sal = .true.
+          CASE('neumann')
+             IF(lwp) WRITE(numout,*) '      Neumann conditions'
+             dta_bdy(ib_bdy)%ll_tem = .false.
+             dta_bdy(ib_bdy)%ll_sal = .false.
+          CASE('runoff')
+             IF(lwp) WRITE(numout,*) '      Runoff conditions : Neumann for T and specified to 0.1 for salinity'
+             dta_bdy(ib_bdy)%ll_tem = .false.
+             dta_bdy(ib_bdy)%ll_sal = .false.
+          CASE('orlanski')
+             IF(lwp) WRITE(numout,*) '      Orlanski (fully oblique) radiation condition with adaptive nudging'
+             dta_bdy(ib_bdy)%ll_tem = .true.
+             dta_bdy(ib_bdy)%ll_sal = .true.
+          CASE('orlanski_npo')
+             IF(lwp) WRITE(numout,*) '      Orlanski (NPO) radiation condition with adaptive nudging'
+             dta_bdy(ib_bdy)%ll_tem = .true.
+             dta_bdy(ib_bdy)%ll_sal = .true.
+          CASE DEFAULT   ;   CALL ctl_stop( 'unrecognised value for cn_tra' )
+        END SELECT
+        IF( cn_tra(ib_bdy) /= 'none' ) THEN
+           SELECT CASE( nn_tra_dta(ib_bdy) )                   ! 
+              CASE( 0 )      ;   IF(lwp) WRITE(numout,*) '      initial state used for bdy data'        
+              CASE( 1 )      ;   IF(lwp) WRITE(numout,*) '      boundary data taken from file'
+              CASE DEFAULT   ;   CALL ctl_stop( 'nn_tra_dta must be 0 or 1' )
+           END SELECT
+        ENDIF
+
+        IF ( ln_tra_dmp(ib_bdy) ) THEN
+           IF ( cn_tra(ib_bdy) == 'none' ) THEN
+              IF(lwp) WRITE(numout,*) 'No open boundary condition for tracers: ln_tra_dmp is set to .false.'
+              ln_tra_dmp(ib_bdy)=.false.
+           ELSEIF ( cn_tra(ib_bdy) == 'frs' ) THEN
+              CALL ctl_stop( 'Use FRS OR relaxation' )
+           ELSE
+              IF(lwp) WRITE(numout,*) '      + T/S relaxation zone'
+              IF(lwp) WRITE(numout,*) '      Damping time scale: ',rn_time_dmp(ib_bdy),' days'
+              IF(lwp) WRITE(numout,*) '      Outflow damping time scale: ',rn_time_dmp_out(ib_bdy),' days'
+              IF((lwp).AND.rn_time_dmp(ib_bdy)<0) CALL ctl_stop( 'Time scale must be positive' )
+              dta_bdy(ib_bdy)%ll_tem = .true.
+              dta_bdy(ib_bdy)%ll_sal = .true.
+           ENDIF
+        ELSE
+           IF(lwp) WRITE(numout,*) '      NO T/S relaxation'
+        ENDIF
+        IF(lwp) WRITE(numout,*)
+
+#if defined key_si3
+         IF(lwp) WRITE(numout,*) 'Boundary conditions for sea ice:  '
+         SELECT CASE( cn_ice(ib_bdy) )                  
+         CASE('none')
+             IF(lwp) WRITE(numout,*) '      no open boundary condition'        
+             dta_bdy(ib_bdy)%ll_a_i = .false.
+             dta_bdy(ib_bdy)%ll_h_i = .false.
+             dta_bdy(ib_bdy)%ll_h_s = .false.
+         CASE('frs')
+             IF(lwp) WRITE(numout,*) '      Flow Relaxation Scheme'
+             dta_bdy(ib_bdy)%ll_a_i = .true.
+             dta_bdy(ib_bdy)%ll_h_i = .true.
+             dta_bdy(ib_bdy)%ll_h_s = .true.
+         CASE DEFAULT   ;   CALL ctl_stop( 'unrecognised value for cn_ice' )
+         END SELECT
+        IF( cn_ice(ib_bdy) /= 'none' ) THEN 
+           SELECT CASE( nn_ice_dta(ib_bdy) )                   ! 
+              CASE( 0 )      ;   IF(lwp) WRITE(numout,*) '      initial state used for bdy data'        
+              CASE( 1 )      ;   IF(lwp) WRITE(numout,*) '      boundary data taken from file'
+              CASE DEFAULT   ;   CALL ctl_stop( 'nn_ice_dta must be 0 or 1' )
+           END SELECT
+        ENDIF
+        IF(lwp) WRITE(numout,*)
+        IF(lwp) WRITE(numout,*) '      tem of bdy sea-ice = ', rn_ice_tem(ib_bdy)         
+        IF(lwp) WRITE(numout,*) '      sal of bdy sea-ice = ', rn_ice_sal(ib_bdy)         
+        IF(lwp) WRITE(numout,*) '      age of bdy sea-ice = ', rn_ice_age(ib_bdy)         
+#endif
+
+        IF(lwp) WRITE(numout,*) '      Width of relaxation zone = ', nn_rimwidth(ib_bdy)
+        IF(lwp) WRITE(numout,*)
+         !
+      END DO
+
+     IF( nb_bdy > 0 ) THEN
+        IF( ln_vol ) THEN                     ! check volume conservation (nn_volctl value)
+          IF(lwp) WRITE(numout,*) 'Volume correction applied at open boundaries'
+          IF(lwp) WRITE(numout,*)
+          SELECT CASE ( nn_volctl )
+            CASE( 1 )      ;   IF(lwp) WRITE(numout,*) '      The total volume will be constant'
+            CASE( 0 )      ;   IF(lwp) WRITE(numout,*) '      The total volume will vary according to the surface E-P flux'
+            CASE DEFAULT   ;   CALL ctl_stop( 'nn_volctl must be 0 or 1' )
+          END SELECT
+          IF(lwp) WRITE(numout,*)
+        ELSE
+          IF(lwp) WRITE(numout,*) 'No volume correction applied at open boundaries'
+          IF(lwp) WRITE(numout,*)
+        ENDIF
+        IF( nb_jpk_bdy > 0 ) THEN
+           IF(lwp) WRITE(numout,*) '*** open boundary will be interpolate in the vertical onto the native grid ***'
+        ELSE
+           IF(lwp) WRITE(numout,*) '*** open boundary will be read straight onto the native grid without vertical interpolation ***'
+        ENDIF
+     ENDIF
+
+      ! -------------------------------------------------
+      ! Initialise indices arrays for open boundaries
+      ! -------------------------------------------------
+
+      ! Work out global dimensions of boundary data
+      ! ---------------------------------------------
+      REWIND( numnam_cfg )     
+
+      nblendta(:,:) = 0
+      nbdysege = 0
+      nbdysegw = 0
+      nbdysegn = 0
+      nbdysegs = 0
+      icount   = 0 ! count user defined segments
+      ! Dimensions below are used to allocate arrays to read external data
+      jpbdtas = 1 ! Maximum size of boundary data (structured case)
+      jpbdtau = 1 ! Maximum size of boundary data (unstructured case)
+
+      DO ib_bdy = 1, nb_bdy
+
+         IF( .NOT. ln_coords_file(ib_bdy) ) THEN ! Work out size of global arrays from namelist parameters
+ 
+            icount = icount + 1
+            ! No REWIND here because may need to read more than one nambdy_index namelist.
+            ! Read only namelist_cfg to avoid unseccessfull overwrite 
+            ! keep full control of the configuration namelist
+            READ  ( numnam_cfg, nambdy_index, IOSTAT = ios, ERR = 904 )
+904         IF( ios /= 0 )   CALL ctl_nam ( ios , 'nambdy_index in configuration namelist', lwp )
+            IF(lwm) WRITE ( numond, nambdy_index )
+
+            SELECT CASE ( TRIM(ctypebdy) )
+              CASE( 'N' )
+                 IF( nbdyind == -1 ) THEN  ! Automatic boundary definition: if nbdysegX = -1
+                    nbdyind  = jpjglo - 2  ! set boundary to whole side of model domain.
+                    nbdybeg  = 2
+                    nbdyend  = jpiglo - 1
+                 ENDIF
+                 nbdysegn = nbdysegn + 1
+                 npckgn(nbdysegn) = ib_bdy ! Save bdy package number
+                 jpjnob(nbdysegn) = nbdyind
+                 jpindt(nbdysegn) = nbdybeg
+                 jpinft(nbdysegn) = nbdyend
+                 !
+              CASE( 'S' )
+                 IF( nbdyind == -1 ) THEN  ! Automatic boundary definition: if nbdysegX = -1
+                    nbdyind  = 2           ! set boundary to whole side of model domain.
+                    nbdybeg  = 2
+                    nbdyend  = jpiglo - 1
+                 ENDIF
+                 nbdysegs = nbdysegs + 1
+                 npckgs(nbdysegs) = ib_bdy ! Save bdy package number
+                 jpjsob(nbdysegs) = nbdyind
+                 jpisdt(nbdysegs) = nbdybeg
+                 jpisft(nbdysegs) = nbdyend
+                 !
+              CASE( 'E' )
+                 IF( nbdyind == -1 ) THEN  ! Automatic boundary definition: if nbdysegX = -1
+                    nbdyind  = jpiglo - 2  ! set boundary to whole side of model domain.
+                    nbdybeg  = 2
+                    nbdyend  = jpjglo - 1
+                 ENDIF
+                 nbdysege = nbdysege + 1 
+                 npckge(nbdysege) = ib_bdy ! Save bdy package number
+                 jpieob(nbdysege) = nbdyind
+                 jpjedt(nbdysege) = nbdybeg
+                 jpjeft(nbdysege) = nbdyend
+                 !
+              CASE( 'W' )
+                 IF( nbdyind == -1 ) THEN  ! Automatic boundary definition: if nbdysegX = -1
+                    nbdyind  = 2           ! set boundary to whole side of model domain.
+                    nbdybeg  = 2
+                    nbdyend  = jpjglo - 1
+                 ENDIF
+                 nbdysegw = nbdysegw + 1
+                 npckgw(nbdysegw) = ib_bdy ! Save bdy package number
+                 jpiwob(nbdysegw) = nbdyind
+                 jpjwdt(nbdysegw) = nbdybeg
+                 jpjwft(nbdysegw) = nbdyend
+                 !
+              CASE DEFAULT   ;   CALL ctl_stop( 'ctypebdy must be N, S, E or W' )
+            END SELECT
+
+            ! For simplicity we assume that in case of straight bdy, arrays have the same length
+            ! (even if it is true that last tangential velocity points
+            ! are useless). This simplifies a little bit boundary data format (and agrees with format
+            ! used so far in obc package)
+
+            nblendta(1:jpbgrd,ib_bdy) =  (nbdyend - nbdybeg + 1) * nn_rimwidth(ib_bdy)
+            jpbdtas = MAX(jpbdtas, (nbdyend - nbdybeg + 1))
+            IF (lwp.and.(nn_rimwidth(ib_bdy)>nrimmax)) &
+            & CALL ctl_stop( 'rimwidth must be lower than nrimmax' )
+
+         ELSE            ! Read size of arrays in boundary coordinates file.
+            CALL iom_open( cn_coords_file(ib_bdy), inum )
+            DO igrd = 1, jpbgrd
+               id_dummy = iom_varid( inum, 'nbi'//cgrid(igrd), kdimsz=kdimsz )  
+               nblendta(igrd,ib_bdy) = MAXVAL(kdimsz)
+               jpbdtau = MAX(jpbdtau, MAXVAL(kdimsz))
+            END DO
+            CALL iom_close( inum )
+            !
+         ENDIF 
+         !
+      END DO ! ib_bdy
+
+      IF (nb_bdy>0) THEN
+         jpbdta = MAXVAL(nblendta(1:jpbgrd,1:nb_bdy))
+
+         ! Allocate arrays
+         !---------------
+         ALLOCATE( nbidta(jpbdta, jpbgrd, nb_bdy), nbjdta(jpbdta, jpbgrd, nb_bdy),    &
+            &      nbrdta(jpbdta, jpbgrd, nb_bdy) )
+
+         IF( nb_jpk_bdy>0 ) THEN
+            ALLOCATE( dta_global(jpbdtau, 1, nb_jpk_bdy) )
+            ALLOCATE( dta_global_z(jpbdtau, 1, nb_jpk_bdy) )
+            ALLOCATE( dta_global_dz(jpbdtau, 1, nb_jpk_bdy) )
+         ELSE
+            ALLOCATE( dta_global(jpbdtau, 1, jpk) )
+            ALLOCATE( dta_global_z(jpbdtau, 1, jpk) ) ! needed ?? TODO
+            ALLOCATE( dta_global_dz(jpbdtau, 1, jpk) )! needed ?? TODO
+         ENDIF
+
+         IF ( icount>0 ) THEN
+            IF( nb_jpk_bdy>0 ) THEN
+               ALLOCATE( dta_global2(jpbdtas, nrimmax, nb_jpk_bdy) )
+               ALLOCATE( dta_global2_z(jpbdtas, nrimmax, nb_jpk_bdy) )
+               ALLOCATE( dta_global2_dz(jpbdtas, nrimmax, nb_jpk_bdy) )
+            ELSE
+               ALLOCATE( dta_global2(jpbdtas, nrimmax, jpk) )
+               ALLOCATE( dta_global2_z(jpbdtas, nrimmax, jpk) ) ! needed ?? TODO
+               ALLOCATE( dta_global2_dz(jpbdtas, nrimmax, jpk) )! needed ?? TODO  
+            ENDIF
+         ENDIF
+         ! 
+      ENDIF
+
+      ! Now look for crossings in user (namelist) defined open boundary segments:
+      !--------------------------------------------------------------------------
+      IF( icount>0 )   CALL bdy_ctl_seg
+
+      ! Calculate global boundary index arrays or read in from file
+      !------------------------------------------------------------               
+      ! 1. Read global index arrays from boundary coordinates file.
+      DO ib_bdy = 1, nb_bdy
+         !
+         IF( ln_coords_file(ib_bdy) ) THEN
+            !
+            CALL iom_open( cn_coords_file(ib_bdy), inum )
+            DO igrd = 1, jpbgrd
+               CALL iom_get( inum, jpdom_unknown, 'nbi'//cgrid(igrd), dta_global(1:nblendta(igrd,ib_bdy),:,1) )
+               DO ii = 1,nblendta(igrd,ib_bdy)
+                  nbidta(ii,igrd,ib_bdy) = INT( dta_global(ii,1,1) )
+               END DO
+               CALL iom_get( inum, jpdom_unknown, 'nbj'//cgrid(igrd), dta_global(1:nblendta(igrd,ib_bdy),:,1) )
+               DO ii = 1,nblendta(igrd,ib_bdy)
+                  nbjdta(ii,igrd,ib_bdy) = INT( dta_global(ii,1,1) )
+               END DO
+               CALL iom_get( inum, jpdom_unknown, 'nbr'//cgrid(igrd), dta_global(1:nblendta(igrd,ib_bdy),:,1) )
+               DO ii = 1,nblendta(igrd,ib_bdy)
+                  nbrdta(ii,igrd,ib_bdy) = INT( dta_global(ii,1,1) )
+               END DO
+               !
+               ibr_max = MAXVAL( nbrdta(:,igrd,ib_bdy) )
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' Maximum rimwidth in file is ', ibr_max
+               IF(lwp) WRITE(numout,*) ' nn_rimwidth from namelist is ', nn_rimwidth(ib_bdy)
+               IF (ibr_max < nn_rimwidth(ib_bdy))   &
+                     CALL ctl_stop( 'nn_rimwidth is larger than maximum rimwidth in file',cn_coords_file(ib_bdy) )
+            END DO
+            CALL iom_close( inum )
+            !
+         ENDIF 
+         !
+      END DO      
+    
+      ! 2. Now fill indices corresponding to straight open boundary arrays:
+      ! East
+      !-----
+      DO iseg = 1, nbdysege
+         ib_bdy = npckge(iseg)
+         !
+         ! ------------ T points -------------
+         igrd=1
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ij = jpjedt(iseg), jpjeft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = jpieob(iseg) + 2 - ir
+               nbjdta(icount, igrd, ib_bdy) = ij
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+         !
+         ! ------------ U points -------------
+         igrd=2
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ij = jpjedt(iseg), jpjeft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = jpieob(iseg) + 1 - ir
+               nbjdta(icount, igrd, ib_bdy) = ij
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+         !
+         ! ------------ V points -------------
+         igrd=3
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+!            DO ij = jpjedt(iseg), jpjeft(iseg) - 1
+            DO ij = jpjedt(iseg), jpjeft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = jpieob(iseg) + 2 - ir
+               nbjdta(icount, igrd, ib_bdy) = ij
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+            nbidta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+            nbjdta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+         ENDDO
+      ENDDO
+      !
+      ! West
+      !-----
+      DO iseg = 1, nbdysegw
+         ib_bdy = npckgw(iseg)
+         !
+         ! ------------ T points -------------
+         igrd=1
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ij = jpjwdt(iseg), jpjwft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = jpiwob(iseg) + ir - 1
+               nbjdta(icount, igrd, ib_bdy) = ij
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+         !
+         ! ------------ U points -------------
+         igrd=2
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ij = jpjwdt(iseg), jpjwft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = jpiwob(iseg) + ir - 1
+               nbjdta(icount, igrd, ib_bdy) = ij
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+         !
+         ! ------------ V points -------------
+         igrd=3
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+!            DO ij = jpjwdt(iseg), jpjwft(iseg) - 1
+            DO ij = jpjwdt(iseg), jpjwft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = jpiwob(iseg) + ir - 1
+               nbjdta(icount, igrd, ib_bdy) = ij
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+            nbidta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+            nbjdta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+         ENDDO
+      ENDDO
+      !
+      ! North
+      !-----
+      DO iseg = 1, nbdysegn
+         ib_bdy = npckgn(iseg)
+         !
+         ! ------------ T points -------------
+         igrd=1
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ii = jpindt(iseg), jpinft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = ii
+               nbjdta(icount, igrd, ib_bdy) = jpjnob(iseg) + 2 - ir 
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+         !
+         ! ------------ U points -------------
+         igrd=2
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+!            DO ii = jpindt(iseg), jpinft(iseg) - 1
+            DO ii = jpindt(iseg), jpinft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = ii
+               nbjdta(icount, igrd, ib_bdy) = jpjnob(iseg) + 2 - ir
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+            nbidta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+            nbjdta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+         ENDDO
+         !
+         ! ------------ V points -------------
+         igrd=3
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ii = jpindt(iseg), jpinft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = ii
+               nbjdta(icount, igrd, ib_bdy) = jpjnob(iseg) + 1 - ir
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+      ENDDO
+      !
+      ! South
+      !-----
+      DO iseg = 1, nbdysegs
+         ib_bdy = npckgs(iseg)
+         !
+         ! ------------ T points -------------
+         igrd=1
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ii = jpisdt(iseg), jpisft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = ii
+               nbjdta(icount, igrd, ib_bdy) = jpjsob(iseg) + ir - 1
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+         !
+         ! ------------ U points -------------
+         igrd=2
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+!            DO ii = jpisdt(iseg), jpisft(iseg) - 1
+            DO ii = jpisdt(iseg), jpisft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = ii
+               nbjdta(icount, igrd, ib_bdy) = jpjsob(iseg) + ir - 1
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+            nbidta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+            nbjdta(icount, igrd, ib_bdy) = -ib_bdy ! Discount this point
+         ENDDO
+         !
+         ! ------------ V points -------------
+         igrd=3
+         icount=0
+         DO ir = 1, nn_rimwidth(ib_bdy)
+            DO ii = jpisdt(iseg), jpisft(iseg)
+               icount = icount + 1
+               nbidta(icount, igrd, ib_bdy) = ii
+               nbjdta(icount, igrd, ib_bdy) = jpjsob(iseg) + ir - 1
+               nbrdta(icount, igrd, ib_bdy) = ir
+            ENDDO
+         ENDDO
+      ENDDO
+
+      !  Deal with duplicated points
+      !-----------------------------
+      ! We assign negative indices to duplicated points (to remove them from bdy points to be updated)
+      ! if their distance to the bdy is greater than the other
+      ! If their distance are the same, just keep only one to avoid updating a point twice
+      DO igrd = 1, jpbgrd
+         DO ib_bdy1 = 1, nb_bdy
+            DO ib_bdy2 = 1, nb_bdy
+               IF (ib_bdy1/=ib_bdy2) THEN
+                  DO ib1 = 1, nblendta(igrd,ib_bdy1)
+                     DO ib2 = 1, nblendta(igrd,ib_bdy2)
+                        IF ((nbidta(ib1, igrd, ib_bdy1)==nbidta(ib2, igrd, ib_bdy2)).AND. &
+                        &   (nbjdta(ib1, igrd, ib_bdy1)==nbjdta(ib2, igrd, ib_bdy2))) THEN
+!                           IF ((lwp).AND.(igrd==1)) WRITE(numout,*) ' found coincident point ji, jj:', & 
+!                                                       &              nbidta(ib1, igrd, ib_bdy1),      & 
+!                                                       &              nbjdta(ib2, igrd, ib_bdy2)
+                           ! keep only points with the lowest distance to boundary:
+                           IF (nbrdta(ib1, igrd, ib_bdy1)<nbrdta(ib2, igrd, ib_bdy2)) THEN
+                             nbidta(ib2, igrd, ib_bdy2) =-ib_bdy2
+                             nbjdta(ib2, igrd, ib_bdy2) =-ib_bdy2
+                           ELSEIF (nbrdta(ib1, igrd, ib_bdy1)>nbrdta(ib2, igrd, ib_bdy2)) THEN
+                             nbidta(ib1, igrd, ib_bdy1) =-ib_bdy1
+                             nbjdta(ib1, igrd, ib_bdy1) =-ib_bdy1
+                           ! Arbitrary choice if distances are the same:
+                           ELSE
+                             nbidta(ib1, igrd, ib_bdy1) =-ib_bdy1
+                             nbjdta(ib1, igrd, ib_bdy1) =-ib_bdy1
+                           ENDIF
+                        END IF
+                     END DO
+                  END DO
+               ENDIF
+            END DO
+         END DO
+      END DO
+
+      ! Work out dimensions of boundary data on each processor
+      ! ------------------------------------------------------
+
+      ! Rather assume that boundary data indices are given on global domain
+      ! TO BE DISCUSSED ?
+!      iw = mig(1) + 1            ! if monotasking and no zoom, iw=2
+!      ie = mig(1) + nlci-1 - 1   ! if monotasking and no zoom, ie=jpim1
+!      is = mjg(1) + 1            ! if monotasking and no zoom, is=2
+!      in = mjg(1) + nlcj-1 - 1   ! if monotasking and no zoom, in=jpjm1      
+      iwe = mig(1) - 1 + 2         ! if monotasking and no zoom, iw=2
+      ies = mig(1) + nlci-1 - 1  ! if monotasking and no zoom, ie=jpim1
+      iso = mjg(1) - 1 + 2         ! if monotasking and no zoom, is=2
+      ino = mjg(1) + nlcj-1 - 1  ! if monotasking and no zoom, in=jpjm1
+
+      ALLOCATE( nbondi_bdy(nb_bdy))
+      ALLOCATE( nbondj_bdy(nb_bdy))
+      nbondi_bdy(:)=2
+      nbondj_bdy(:)=2
+      ALLOCATE( nbondi_bdy_b(nb_bdy))
+      ALLOCATE( nbondj_bdy_b(nb_bdy))
+      nbondi_bdy_b(:)=2
+      nbondj_bdy_b(:)=2
+
+      ! Work out dimensions of boundary data on each neighbour process
+      IF(nbondi == 0) THEN
+         iw_b(1) = 1 + nimppt(nowe+1)
+         ie_b(1) = 1 + nimppt(nowe+1)+nlcit(nowe+1)-3
+         is_b(1) = 1 + njmppt(nowe+1)
+         in_b(1) = 1 + njmppt(nowe+1)+nlcjt(nowe+1)-3
+
+         iw_b(2) = 1 + nimppt(noea+1)
+         ie_b(2) = 1 + nimppt(noea+1)+nlcit(noea+1)-3
+         is_b(2) = 1 + njmppt(noea+1)
+         in_b(2) = 1 + njmppt(noea+1)+nlcjt(noea+1)-3
+      ELSEIF(nbondi == 1) THEN
+         iw_b(1) = 1 + nimppt(nowe+1)
+         ie_b(1) = 1 + nimppt(nowe+1)+nlcit(nowe+1)-3
+         is_b(1) = 1 + njmppt(nowe+1)
+         in_b(1) = 1 + njmppt(nowe+1)+nlcjt(nowe+1)-3
+      ELSEIF(nbondi == -1) THEN
+         iw_b(2) = 1 + nimppt(noea+1)
+         ie_b(2) = 1 + nimppt(noea+1)+nlcit(noea+1)-3
+         is_b(2) = 1 + njmppt(noea+1)
+         in_b(2) = 1 + njmppt(noea+1)+nlcjt(noea+1)-3
+      ENDIF
+
+      IF(nbondj == 0) THEN
+         iw_b(3) = 1 + nimppt(noso+1)
+         ie_b(3) = 1 + nimppt(noso+1)+nlcit(noso+1)-3
+         is_b(3) = 1 + njmppt(noso+1)
+         in_b(3) = 1 + njmppt(noso+1)+nlcjt(noso+1)-3
+
+         iw_b(4) = 1 + nimppt(nono+1)
+         ie_b(4) = 1 + nimppt(nono+1)+nlcit(nono+1)-3
+         is_b(4) = 1 + njmppt(nono+1)
+         in_b(4) = 1 + njmppt(nono+1)+nlcjt(nono+1)-3
+      ELSEIF(nbondj == 1) THEN
+         iw_b(3) = 1 + nimppt(noso+1)
+         ie_b(3) = 1 + nimppt(noso+1)+nlcit(noso+1)-3
+         is_b(3) = 1 + njmppt(noso+1)
+         in_b(3) = 1 + njmppt(noso+1)+nlcjt(noso+1)-3
+      ELSEIF(nbondj == -1) THEN
+         iw_b(4) = 1 + nimppt(nono+1)
+         ie_b(4) = 1 + nimppt(nono+1)+nlcit(nono+1)-3
+         is_b(4) = 1 + njmppt(nono+1)
+         in_b(4) = 1 + njmppt(nono+1)+nlcjt(nono+1)-3
+      ENDIF
+
+      DO ib_bdy = 1, nb_bdy
+         DO igrd = 1, jpbgrd
+            icount  = 0
+            icountr = 0
+            idx_bdy(ib_bdy)%nblen(igrd)    = 0
+            idx_bdy(ib_bdy)%nblenrim(igrd) = 0
+            DO ib = 1, nblendta(igrd,ib_bdy)
+               ! check that data is in correct order in file
+               ibm1 = MAX(1,ib-1)
+               IF(lwp) THEN         ! Since all procs read global data only need to do this check on one proc...
+                  IF( nbrdta(ib,igrd,ib_bdy) < nbrdta(ibm1,igrd,ib_bdy) ) THEN
+                     CALL ctl_stop('bdy_segs : ERROR : boundary data in file must be defined ', &
+                          &        ' in order of distance from edge nbr A utility for re-ordering ', &
+                          &        ' boundary coordinates and data files exists in the TOOLS/OBC directory')
+                  ENDIF    
+               ENDIF
+               ! check if point is in local domain
+               IF(  nbidta(ib,igrd,ib_bdy) >= iwe .AND. nbidta(ib,igrd,ib_bdy) <= ies .AND.   &
+                  & nbjdta(ib,igrd,ib_bdy) >= iso .AND. nbjdta(ib,igrd,ib_bdy) <= ino      ) THEN
+                  !
+                  icount = icount  + 1
+                  !
+                  IF( nbrdta(ib,igrd,ib_bdy) == 1 )   icountr = icountr+1
+               ENDIF
+            END DO
+            idx_bdy(ib_bdy)%nblenrim(igrd) = icountr !: length of rim boundary data on each proc
+            idx_bdy(ib_bdy)%nblen   (igrd) = icount  !: length of boundary data on each proc        
+         END DO  ! igrd
+
+         ! Allocate index arrays for this boundary set
+         !--------------------------------------------
+         ilen1 = MAXVAL( idx_bdy(ib_bdy)%nblen(:) )
+         ALLOCATE( idx_bdy(ib_bdy)%nbi   (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%nbj   (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%nbr   (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%nbd   (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%nbdout(ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%nbmap (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%nbw   (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%flagu (ilen1,jpbgrd) ,   &
+            &      idx_bdy(ib_bdy)%flagv (ilen1,jpbgrd) )
+
+         ! Dispatch mapping indices and discrete distances on each processor
+         ! -----------------------------------------------------------------
+
+         com_east  = 0
+         com_west  = 0
+         com_south = 0
+         com_north = 0
+
+         com_east_b  = 0
+         com_west_b  = 0
+         com_south_b = 0
+         com_north_b = 0
+
+         DO igrd = 1, jpbgrd
+            icount  = 0
+            ! Loop on rimwidth to ensure outermost points come first in the local arrays.
+            DO ir=1, nn_rimwidth(ib_bdy)
+               DO ib = 1, nblendta(igrd,ib_bdy)
+                  ! check if point is in local domain and equals ir
+                  IF(  nbidta(ib,igrd,ib_bdy) >= iwe .AND. nbidta(ib,igrd,ib_bdy) <= ies .AND.   &
+                     & nbjdta(ib,igrd,ib_bdy) >= iso .AND. nbjdta(ib,igrd,ib_bdy) <= ino .AND.   &
+                     & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                     !
+                     icount = icount  + 1
+
+                     ! Rather assume that boundary data indices are given on global domain
+                     ! TO BE DISCUSSED ?
+!                     idx_bdy(ib_bdy)%nbi(icount,igrd)   = nbidta(ib,igrd,ib_bdy)- mig(1)+1
+!                     idx_bdy(ib_bdy)%nbj(icount,igrd)   = nbjdta(ib,igrd,ib_bdy)- mjg(1)+1
+                     idx_bdy(ib_bdy)%nbi(icount,igrd)   = nbidta(ib,igrd,ib_bdy)- mig(1)+1
+                     idx_bdy(ib_bdy)%nbj(icount,igrd)   = nbjdta(ib,igrd,ib_bdy)- mjg(1)+1
+                     ! check if point has to be sent
+                     ii = idx_bdy(ib_bdy)%nbi(icount,igrd)
+                     ij = idx_bdy(ib_bdy)%nbj(icount,igrd)
+                     if((com_east .ne. 1) .and. (ii == (nlci-1)) .and. (nbondi .le. 0)) then
+                        com_east = 1
+                     elseif((com_west .ne. 1) .and. (ii == 2) .and. (nbondi .ge. 0) .and. (nbondi .ne. 2)) then
+                        com_west = 1
+                     endif 
+                     if((com_south .ne. 1) .and. (ij == 2) .and. (nbondj .ge. 0) .and. (nbondj .ne. 2)) then
+                        com_south = 1
+                     elseif((com_north .ne. 1) .and. (ij == (nlcj-1)) .and. (nbondj .le. 0)) then
+                        com_north = 1
+                     endif 
+                     idx_bdy(ib_bdy)%nbr(icount,igrd)   = nbrdta(ib,igrd,ib_bdy)
+                     idx_bdy(ib_bdy)%nbmap(icount,igrd) = ib
+                  ENDIF
+                  ! check if point has to be received from a neighbour
+                  IF(nbondi == 0) THEN
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(1) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(1) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(1) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(1) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ii = nbidta(ib,igrd,ib_bdy)- iw_b(1)+2
+                       if((com_west_b .ne. 1) .and. (ii == (nlcit(nowe+1)-1))) then
+                          ij = nbjdta(ib,igrd,ib_bdy) - is_b(1)+2
+                          if((ij == 2) .and. (nbondj == 0 .or. nbondj == 1)) then
+                            com_south = 1
+                          elseif((ij == nlcjt(nowe+1)-1) .and. (nbondj == 0 .or. nbondj == -1)) then
+                            com_north = 1
+                          endif
+                          com_west_b = 1
+                       endif 
+                     ENDIF
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(2) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(2) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(2) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(2) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ii = nbidta(ib,igrd,ib_bdy)- iw_b(2)+2
+                       if((com_east_b .ne. 1) .and. (ii == 2)) then
+                          ij = nbjdta(ib,igrd,ib_bdy) - is_b(2)+2
+                          if((ij == 2) .and. (nbondj == 0 .or. nbondj == 1)) then
+                            com_south = 1
+                          elseif((ij == nlcjt(noea+1)-1) .and. (nbondj == 0 .or. nbondj == -1)) then
+                            com_north = 1
+                          endif
+                          com_east_b = 1
+                       endif 
+                     ENDIF
+                  ELSEIF(nbondi == 1) THEN
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(1) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(1) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(1) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(1) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ii = nbidta(ib,igrd,ib_bdy)- iw_b(1)+2
+                       if((com_west_b .ne. 1) .and. (ii == (nlcit(nowe+1)-1))) then
+                          ij = nbjdta(ib,igrd,ib_bdy) - is_b(1)+2
+                          if((ij == 2) .and. (nbondj == 0 .or. nbondj == 1)) then
+                            com_south = 1
+                          elseif((ij == nlcjt(nowe+1)-1) .and. (nbondj == 0 .or. nbondj == -1)) then
+                            com_north = 1
+                          endif
+                          com_west_b = 1
+                       endif 
+                     ENDIF
+                  ELSEIF(nbondi == -1) THEN
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(2) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(2) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(2) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(2) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ii = nbidta(ib,igrd,ib_bdy)- iw_b(2)+2
+                       if((com_east_b .ne. 1) .and. (ii == 2)) then
+                          ij = nbjdta(ib,igrd,ib_bdy) - is_b(2)+2
+                          if((ij == 2) .and. (nbondj == 0 .or. nbondj == 1)) then
+                            com_south = 1
+                          elseif((ij == nlcjt(noea+1)-1) .and. (nbondj == 0 .or. nbondj == -1)) then
+                            com_north = 1
+                          endif
+                          com_east_b = 1
+                       endif 
+                     ENDIF
+                  ENDIF
+                  IF(nbondj == 0) THEN
+                     IF(com_north_b .ne. 1 .AND. (nbidta(ib,igrd,ib_bdy) == iw_b(4)-1  &
+                       & .OR. nbidta(ib,igrd,ib_bdy) == ie_b(4)+1) .AND. &
+                       & nbjdta(ib,igrd,ib_bdy) == is_b(4) .AND. nbrdta(ib,igrd,ib_bdy) == ir) THEN
+                       com_north_b = 1 
+                     ENDIF
+                     IF(com_south_b .ne. 1 .AND. (nbidta(ib,igrd,ib_bdy) == iw_b(3)-1  &
+                       &.OR. nbidta(ib,igrd,ib_bdy) == ie_b(3)+1) .AND. &
+                       & nbjdta(ib,igrd,ib_bdy) == in_b(3) .AND. nbrdta(ib,igrd,ib_bdy) == ir) THEN
+                       com_south_b = 1 
+                     ENDIF
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(3) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(3) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(3) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(3) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ij = nbjdta(ib,igrd,ib_bdy)- is_b(3)+2
+                       if((com_south_b .ne. 1) .and. (ij == (nlcjt(noso+1)-1))) then
+                          com_south_b = 1
+                       endif 
+                     ENDIF
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(4) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(4) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(4) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(4) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ij = nbjdta(ib,igrd,ib_bdy)- is_b(4)+2
+                       if((com_north_b .ne. 1) .and. (ij == 2)) then
+                          com_north_b = 1
+                       endif 
+                     ENDIF
+                  ELSEIF(nbondj == 1) THEN
+                     IF( com_south_b .ne. 1 .AND. (nbidta(ib,igrd,ib_bdy) == iw_b(3)-1 .OR. &
+                       & nbidta(ib,igrd,ib_bdy) == ie_b(3)+1) .AND. &
+                       & nbjdta(ib,igrd,ib_bdy) == in_b(3) .AND. nbrdta(ib,igrd,ib_bdy) == ir) THEN
+                       com_south_b = 1 
+                     ENDIF
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(3) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(3) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(3) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(3) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ij = nbjdta(ib,igrd,ib_bdy)- is_b(3)+2
+                       if((com_south_b .ne. 1) .and. (ij == (nlcjt(noso+1)-1))) then
+                          com_south_b = 1
+                       endif 
+                     ENDIF
+                  ELSEIF(nbondj == -1) THEN
+                     IF(com_north_b .ne. 1 .AND. (nbidta(ib,igrd,ib_bdy) == iw_b(4)-1  &
+                       & .OR. nbidta(ib,igrd,ib_bdy) == ie_b(4)+1) .AND. &
+                       & nbjdta(ib,igrd,ib_bdy) == is_b(4) .AND. nbrdta(ib,igrd,ib_bdy) == ir) THEN
+                       com_north_b = 1 
+                     ENDIF
+                     IF( nbidta(ib,igrd,ib_bdy) >= iw_b(4) .AND. nbidta(ib,igrd,ib_bdy) <= ie_b(4) .AND.   &
+                       & nbjdta(ib,igrd,ib_bdy) >= is_b(4) .AND. nbjdta(ib,igrd,ib_bdy) <= in_b(4) .AND.   &
+                       & nbrdta(ib,igrd,ib_bdy) == ir  ) THEN
+                       ij = nbjdta(ib,igrd,ib_bdy)- is_b(4)+2
+                       if((com_north_b .ne. 1) .and. (ij == 2)) then
+                          com_north_b = 1
+                       endif 
+                     ENDIF
+                  ENDIF
+               ENDDO
+            ENDDO
+         ENDDO 
+
+         ! definition of the i- and j- direction local boundaries arrays used for sending the boundaries
+         IF(     (com_east  == 1) .and. (com_west  == 1) ) THEN   ;   nbondi_bdy(ib_bdy) =  0
+         ELSEIF( (com_east  == 1) .and. (com_west  == 0) ) THEN   ;   nbondi_bdy(ib_bdy) = -1
+         ELSEIF( (com_east  == 0) .and. (com_west  == 1) ) THEN   ;   nbondi_bdy(ib_bdy) =  1
+         ENDIF
+         IF(     (com_north == 1) .and. (com_south == 1) ) THEN   ;   nbondj_bdy(ib_bdy) =  0
+         ELSEIF( (com_north == 1) .and. (com_south == 0) ) THEN   ;   nbondj_bdy(ib_bdy) = -1
+         ELSEIF( (com_north == 0) .and. (com_south == 1) ) THEN   ;   nbondj_bdy(ib_bdy) =  1
+         ENDIF
+
+         ! definition of the i- and j- direction local boundaries arrays used for receiving the boundaries
+         IF(     (com_east_b  == 1) .and. (com_west_b  == 1) ) THEN   ;   nbondi_bdy_b(ib_bdy) =  0
+         ELSEIF( (com_east_b  == 1) .and. (com_west_b  == 0) ) THEN   ;   nbondi_bdy_b(ib_bdy) = -1
+         ELSEIF( (com_east_b  == 0) .and. (com_west_b  == 1) ) THEN   ;   nbondi_bdy_b(ib_bdy) =  1
+         ENDIF
+         IF(     (com_north_b == 1) .and. (com_south_b == 1) ) THEN   ;   nbondj_bdy_b(ib_bdy) =  0
+         ELSEIF( (com_north_b == 1) .and. (com_south_b == 0) ) THEN   ;   nbondj_bdy_b(ib_bdy) = -1
+         ELSEIF( (com_north_b == 0) .and. (com_south_b == 1) ) THEN   ;   nbondj_bdy_b(ib_bdy) =  1
+         ENDIF
+
+         ! Compute rim weights for FRS scheme
+         ! ----------------------------------
+         DO igrd = 1, jpbgrd
+            DO ib = 1, idx_bdy(ib_bdy)%nblen(igrd)
+               nbr => idx_bdy(ib_bdy)%nbr(ib,igrd)
+               idx_bdy(ib_bdy)%nbw(ib,igrd) = 1.- TANH( REAL( nbr - 1 ) *0.5 )      ! tanh formulation
+!               idx_bdy(ib_bdy)%nbw(ib,igrd) = (REAL(nn_rimwidth(ib_bdy)+1-nbr)/REAL(nn_rimwidth(ib_bdy)))**2.  ! quadratic
+!               idx_bdy(ib_bdy)%nbw(ib,igrd) =  REAL(nn_rimwidth(ib_bdy)+1-nbr)/REAL(nn_rimwidth(ib_bdy))       ! linear
+            END DO
+         END DO 
+
+         ! Compute damping coefficients
+         ! ----------------------------
+         DO igrd = 1, jpbgrd
+            DO ib = 1, idx_bdy(ib_bdy)%nblen(igrd)
+               nbr => idx_bdy(ib_bdy)%nbr(ib,igrd)
+               idx_bdy(ib_bdy)%nbd(ib,igrd) = 1. / ( rn_time_dmp(ib_bdy) * rday ) & 
+               & *(REAL(nn_rimwidth(ib_bdy)+1-nbr)/REAL(nn_rimwidth(ib_bdy)))**2.   ! quadratic
+               idx_bdy(ib_bdy)%nbdout(ib,igrd) = 1. / ( rn_time_dmp_out(ib_bdy) * rday ) & 
+               & *(REAL(nn_rimwidth(ib_bdy)+1-nbr)/REAL(nn_rimwidth(ib_bdy)))**2.   ! quadratic
+            END DO
+         END DO 
+
+      END DO
+
+      ! ------------------------------------------------------
+      ! Initialise masks and find normal/tangential directions
+      ! ------------------------------------------------------
+
+      ! Read global 2D mask at T-points: bdytmask
+      ! -----------------------------------------
+      ! bdytmask = 1  on the computational domain AND on open boundaries
+      !          = 0  elsewhere   
+ 
+      bdytmask(:,:) = ssmask(:,:)
+
+      ! Derive mask on U and V grid from mask on T grid
+
+      bdyumask(:,:) = 0._wp
+      bdyvmask(:,:) = 0._wp
+      DO ij = 1, jpjm1
+         DO ii = 1, jpim1
+            bdyumask(ii,ij) = bdytmask(ii,ij) * bdytmask(ii+1, ij )
+            bdyvmask(ii,ij) = bdytmask(ii,ij) * bdytmask(ii  ,ij+1)  
+         END DO
+      END DO
+      CALL lbc_lnk_multi( 'bdyini', bdyumask, 'U', 1. , bdyvmask, 'V', 1. )   ! Lateral boundary cond. 
+
+      ! bdy masks are now set to zero on boundary points:
+      !
+      igrd = 1
+      DO ib_bdy = 1, nb_bdy
+        DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)      
+          bdytmask(idx_bdy(ib_bdy)%nbi(ib,igrd), idx_bdy(ib_bdy)%nbj(ib,igrd)) = 0._wp
+        END DO
+      END DO
+      !
+      igrd = 2
+      DO ib_bdy = 1, nb_bdy
+        DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)
+          bdyumask(idx_bdy(ib_bdy)%nbi(ib,igrd), idx_bdy(ib_bdy)%nbj(ib,igrd)) = 0._wp
+        END DO
+      END DO
+      !
+      igrd = 3
+      DO ib_bdy = 1, nb_bdy
+        DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)
+          bdyvmask(idx_bdy(ib_bdy)%nbi(ib,igrd), idx_bdy(ib_bdy)%nbj(ib,igrd)) = 0._wp
+        END DO
+      END DO
+
+      ! For the flagu/flagv calculation below we require a version of fmask without
+      ! the land boundary condition (shlat) included:
+      zfmask(:,:) = 0
+      DO ij = 2, jpjm1
+         DO ii = 2, jpim1
+            zfmask(ii,ij) = tmask(ii,ij  ,1) * tmask(ii+1,ij  ,1)   &
+           &              * tmask(ii,ij+1,1) * tmask(ii+1,ij+1,1)
+         END DO      
+      END DO
+
+      ! Lateral boundary conditions
+      CALL lbc_lnk( 'bdyini', zfmask, 'F', 1. ) 
+      CALL lbc_lnk_multi( 'bdyini', bdyumask, 'U', 1. , bdyvmask, 'V', 1., bdytmask, 'T', 1. )
+      DO ib_bdy = 1, nb_bdy       ! Indices and directions of rim velocity components
+
+         idx_bdy(ib_bdy)%flagu(:,:) = 0._wp
+         idx_bdy(ib_bdy)%flagv(:,:) = 0._wp
+         icount = 0 
+
+         ! Calculate relationship of U direction to the local orientation of the boundary
+         ! flagu = -1 : u component is normal to the dynamical boundary and its direction is outward
+         ! flagu =  0 : u is tangential
+         ! flagu =  1 : u is normal to the boundary and is direction is inward
+  
+         DO igrd = 1, jpbgrd 
+            SELECT CASE( igrd )
+               CASE( 1 )   ;   pmask => umask   (:,:,1)   ;   i_offset = 0
+               CASE( 2 )   ;   pmask => bdytmask(:,:)     ;   i_offset = 1
+               CASE( 3 )   ;   pmask => zfmask  (:,:)     ;   i_offset = 0
+            END SELECT 
+            icount = 0
+            DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)  
+               nbi => idx_bdy(ib_bdy)%nbi(ib,igrd)
+               nbj => idx_bdy(ib_bdy)%nbj(ib,igrd)
+               zefl = pmask(nbi+i_offset-1,nbj)
+               zwfl = pmask(nbi+i_offset,nbj)
+               ! This error check only works if you are using the bdyXmask arrays
+               IF( i_offset == 1 .and. zefl + zwfl == 2 ) THEN
+                  icount = icount + 1
+                  IF(lwp) WRITE(numout,*) 'Problem with igrd = ',igrd,' at (global) nbi, nbj : ',mig(nbi),mjg(nbj)
+               ELSE
+                  idx_bdy(ib_bdy)%flagu(ib,igrd) = -zefl + zwfl
+               ENDIF
+            END DO
+            IF( icount /= 0 ) THEN
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' E R R O R : Some ',cgrid(igrd),' grid points,',   &
+                  ' are not boundary points (flagu calculation). Check nbi, nbj, indices for boundary set ',ib_bdy
+               IF(lwp) WRITE(numout,*) ' ========== '
+               IF(lwp) WRITE(numout,*)
+               nstop = nstop + 1
+            ENDIF 
+         END DO
+
+         ! Calculate relationship of V direction to the local orientation of the boundary
+         ! flagv = -1 : v component is normal to the dynamical boundary but its direction is outward
+         ! flagv =  0 : v is tangential
+         ! flagv =  1 : v is normal to the boundary and is direction is inward
+
+         DO igrd = 1, jpbgrd 
+            SELECT CASE( igrd )
+               CASE( 1 )   ;   pmask => vmask (:,:,1)   ;   j_offset = 0
+               CASE( 2 )   ;   pmask => zfmask(:,:)     ;   j_offset = 0
+               CASE( 3 )   ;   pmask => bdytmask        ;   j_offset = 1
+            END SELECT 
+            icount = 0
+            DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)  
+               nbi => idx_bdy(ib_bdy)%nbi(ib,igrd)
+               nbj => idx_bdy(ib_bdy)%nbj(ib,igrd)
+               znfl = pmask(nbi,nbj+j_offset-1)
+               zsfl = pmask(nbi,nbj+j_offset  )
+               ! This error check only works if you are using the bdyXmask arrays
+               IF( j_offset == 1 .and. znfl + zsfl == 2 ) THEN
+                  IF(lwp) WRITE(numout,*) 'Problem with igrd = ',igrd,' at (global) nbi, nbj : ',mig(nbi),mjg(nbj)
+                  icount = icount + 1
+               ELSE
+                  idx_bdy(ib_bdy)%flagv(ib,igrd) = -znfl + zsfl
+               END IF
+            END DO
+            IF( icount /= 0 ) THEN
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' E R R O R : Some ',cgrid(igrd),' grid points,',   &
+                  ' are not boundary points (flagv calculation). Check nbi, nbj, indices for boundary set ',ib_bdy
+               IF(lwp) WRITE(numout,*) ' ========== '
+               IF(lwp) WRITE(numout,*)
+               nstop = nstop + 1
+            ENDIF 
+         END DO
+         !
+      END DO
+
+      ! Compute total lateral surface for volume correction:
+      ! ----------------------------------------------------
+      ! JC: this must be done at each time step with non-linear free surface
+      bdysurftot = 0._wp 
+      IF( ln_vol ) THEN  
+         igrd = 2      ! Lateral surface at U-points
+         DO ib_bdy = 1, nb_bdy
+            DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)
+               nbi => idx_bdy(ib_bdy)%nbi(ib,igrd)
+               nbj => idx_bdy(ib_bdy)%nbj(ib,igrd)
+               flagu => idx_bdy(ib_bdy)%flagu(ib,igrd)
+               bdysurftot = bdysurftot + hu_n   (nbi  , nbj)                           &
+                  &                    * e2u    (nbi  , nbj) * ABS( flagu ) &
+                  &                    * tmask_i(nbi  , nbj)                           &
+                  &                    * tmask_i(nbi+1, nbj)                   
+            END DO
+         END DO
+
+         igrd=3 ! Add lateral surface at V-points
+         DO ib_bdy = 1, nb_bdy
+            DO ib = 1, idx_bdy(ib_bdy)%nblenrim(igrd)
+               nbi => idx_bdy(ib_bdy)%nbi(ib,igrd)
+               nbj => idx_bdy(ib_bdy)%nbj(ib,igrd)
+               flagv => idx_bdy(ib_bdy)%flagv(ib,igrd)
+               bdysurftot = bdysurftot + hv_n   (nbi, nbj  )                           &
+                  &                    * e1v    (nbi, nbj  ) * ABS( flagv ) &
+                  &                    * tmask_i(nbi, nbj  )                           &
+                  &                    * tmask_i(nbi, nbj+1)
+            END DO
+         END DO
+         !
+         CALL mpp_sum( 'bdyini', bdysurftot )      ! sum over the global domain
+      END IF   
+      !
+      ! Tidy up
+      !--------
+      IF( nb_bdy>0 )   DEALLOCATE( nbidta, nbjdta, nbrdta )
+      !
+   END SUBROUTINE bdy_segs
+
+
+   SUBROUTINE bdy_ctl_seg
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE bdy_ctl_seg  ***
+      !!
+      !! ** Purpose :   Check straight open boundary segments location
+      !!
+      !! ** Method  :   - Look for open boundary corners
+      !!                - Check that segments start or end on land 
+      !!----------------------------------------------------------------------
+      INTEGER  ::   ib, ib1, ib2, ji ,jj, itest  
+      INTEGER, DIMENSION(jp_nseg,2) :: icorne, icornw, icornn, icorns  
+      REAL(wp), DIMENSION(2) ::   ztestmask
+      !!----------------------------------------------------------------------
+      !
+      IF (lwp) WRITE(numout,*) ' '
+      IF (lwp) WRITE(numout,*) 'bdy_ctl_seg: Check analytical segments'
+      IF (lwp) WRITE(numout,*) '~~~~~~~~~~~~'
+      !
+      IF(lwp) WRITE(numout,*) 'Number of east  segments     : ', nbdysege
+      IF(lwp) WRITE(numout,*) 'Number of west  segments     : ', nbdysegw
+      IF(lwp) WRITE(numout,*) 'Number of north segments     : ', nbdysegn
+      IF(lwp) WRITE(numout,*) 'Number of south segments     : ', nbdysegs
+      ! 1. Check bounds
+      !----------------
+      DO ib = 1, nbdysegn
+         IF (lwp) WRITE(numout,*) '**check north seg bounds pckg: ', npckgn(ib)
+         IF ((jpjnob(ib).ge.jpjglo-1).or.& 
+            &(jpjnob(ib).le.1))        CALL ctl_stop( 'nbdyind out of domain' )
+         IF (jpindt(ib).ge.jpinft(ib)) CALL ctl_stop( 'Bdy start index is greater than end index' )
+         IF (jpindt(ib).le.1     )     CALL ctl_stop( 'Start index out of domain' )
+         IF (jpinft(ib).ge.jpiglo)     CALL ctl_stop( 'End index out of domain' )
+      END DO
+      !
+      DO ib = 1, nbdysegs
+         IF (lwp) WRITE(numout,*) '**check south seg bounds pckg: ', npckgs(ib)
+         IF ((jpjsob(ib).ge.jpjglo-1).or.& 
+            &(jpjsob(ib).le.1))        CALL ctl_stop( 'nbdyind out of domain' )
+         IF (jpisdt(ib).ge.jpisft(ib)) CALL ctl_stop( 'Bdy start index is greater than end index' )
+         IF (jpisdt(ib).le.1     )     CALL ctl_stop( 'Start index out of domain' )
+         IF (jpisft(ib).ge.jpiglo)     CALL ctl_stop( 'End index out of domain' )
+      END DO
+      !
+      DO ib = 1, nbdysege
+         IF (lwp) WRITE(numout,*) '**check east  seg bounds pckg: ', npckge(ib)
+         IF ((jpieob(ib).ge.jpiglo-1).or.& 
+            &(jpieob(ib).le.1))        CALL ctl_stop( 'nbdyind out of domain' )
+         IF (jpjedt(ib).ge.jpjeft(ib)) CALL ctl_stop( 'Bdy start index is greater than end index' )
+         IF (jpjedt(ib).lt.1     )     CALL ctl_stop( 'Start index out of domain' )!ACC
+         IF (jpjeft(ib).gt.jpjglo)     CALL ctl_stop( 'End index out of domain' )!ACC
+      END DO
+      !
+      DO ib = 1, nbdysegw
+         IF (lwp) WRITE(numout,*) '**check west  seg bounds pckg: ', npckgw(ib)
+         IF ((jpiwob(ib).ge.jpiglo-1).or.& 
+            &(jpiwob(ib).le.1))        CALL ctl_stop( 'nbdyind out of domain' )
+         IF (jpjwdt(ib).ge.jpjwft(ib)) CALL ctl_stop( 'Bdy start index is greater than end index' )
+         IF (jpjwdt(ib).lt.1     )     CALL ctl_stop( 'Start index out of domain' ) !ACC
+         IF (jpjwft(ib).gt.jpjglo)     CALL ctl_stop( 'End index out of domain' ) !ACC
+      ENDDO
+      !
+      !      
+      ! 2. Look for segment crossings
+      !------------------------------ 
+      IF (lwp) WRITE(numout,*) '**Look for segments corners  :'
+      !
+      itest = 0 ! corner number
+      !
+      ! flag to detect if start or end of open boundary belongs to a corner
+      ! if not (=0), it must be on land.
+      ! if a corner is detected, save bdy package number for further tests
+      icorne(:,:)=0. ; icornw(:,:)=0. ; icornn(:,:)=0. ; icorns(:,:)=0.
+      ! South/West crossings
+      IF ((nbdysegw > 0).AND.(nbdysegs > 0)) THEN
+         DO ib1 = 1, nbdysegw        
+            DO ib2 = 1, nbdysegs
+               IF (( jpisdt(ib2)<=jpiwob(ib1)).AND. &
+                &  ( jpisft(ib2)>=jpiwob(ib1)).AND. &
+                &  ( jpjwdt(ib1)<=jpjsob(ib2)).AND. &
+                &  ( jpjwft(ib1)>=jpjsob(ib2))) THEN
+                  IF ((jpjwdt(ib1)==jpjsob(ib2)).AND.(jpisdt(ib2)==jpiwob(ib1))) THEN 
+                     ! We have a possible South-West corner                      
+!                     WRITE(numout,*) ' Found a South-West corner at (i,j): ', jpisdt(ib2), jpjwdt(ib1) 
+!                     WRITE(numout,*) ' between segments: ', npckgw(ib1), npckgs(ib2)
+                     icornw(ib1,1) = npckgs(ib2)
+                     icorns(ib2,1) = npckgw(ib1)
+                  ELSEIF ((jpisft(ib2)==jpiwob(ib1)).AND.(jpjwft(ib1)==jpjsob(ib2))) THEN
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Found an acute open boundary corner at point (i,j)= ', &
+                     &                                     jpisft(ib2), jpjwft(ib1)
+                     IF(lwp) WRITE(numout,*) ' ==========  Not allowed yet'
+                     IF(lwp) WRITE(numout,*) '             Crossing problem with West segment: ',npckgw(ib1), & 
+                     &                                                    ' and South segment: ',npckgs(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  ELSE
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Check South and West Open boundary indices'
+                     IF(lwp) WRITE(numout,*) ' ==========  Crossing problem with West segment: ',npckgw(ib1) , &
+                     &                                                    ' and South segment: ',npckgs(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop+1
+                  END IF
+               END IF
+            END DO
+         END DO
+      END IF
+      !
+      ! South/East crossings
+      IF ((nbdysege > 0).AND.(nbdysegs > 0)) THEN
+         DO ib1 = 1, nbdysege
+            DO ib2 = 1, nbdysegs
+               IF (( jpisdt(ib2)<=jpieob(ib1)+1).AND. &
+                &  ( jpisft(ib2)>=jpieob(ib1)+1).AND. &
+                &  ( jpjedt(ib1)<=jpjsob(ib2)  ).AND. &
+                &  ( jpjeft(ib1)>=jpjsob(ib2)  )) THEN
+                  IF ((jpjedt(ib1)==jpjsob(ib2)).AND.(jpisft(ib2)==jpieob(ib1)+1)) THEN
+                     ! We have a possible South-East corner 
+!                     WRITE(numout,*) ' Found a South-East corner at (i,j): ', jpisft(ib2), jpjedt(ib1) 
+!                     WRITE(numout,*) ' between segments: ', npckge(ib1), npckgs(ib2)
+                     icorne(ib1,1) = npckgs(ib2)
+                     icorns(ib2,2) = npckge(ib1)
+                  ELSEIF ((jpjeft(ib1)==jpjsob(ib2)).AND.(jpisdt(ib2)==jpieob(ib1)+1)) THEN
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Found an acute open boundary corner at point (i,j)= ', &
+                     &                                     jpisdt(ib2), jpjeft(ib1)
+                     IF(lwp) WRITE(numout,*) ' ==========  Not allowed yet'
+                     IF(lwp) WRITE(numout,*) '             Crossing problem with East segment: ',npckge(ib1), &
+                     &                                                    ' and South segment: ',npckgs(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  ELSE
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Check South and East Open boundary indices'
+                     IF(lwp) WRITE(numout,*) ' ==========  Crossing problem with East segment: ',npckge(ib1), &
+                     &                                                    ' and South segment: ',npckgs(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  END IF
+               END IF
+            END DO
+         END DO
+      END IF
+      !
+      ! North/West crossings
+      IF ((nbdysegn > 0).AND.(nbdysegw > 0)) THEN
+         DO ib1 = 1, nbdysegw        
+            DO ib2 = 1, nbdysegn
+               IF (( jpindt(ib2)<=jpiwob(ib1)  ).AND. &
+                &  ( jpinft(ib2)>=jpiwob(ib1)  ).AND. &
+                &  ( jpjwdt(ib1)<=jpjnob(ib2)+1).AND. &
+                &  ( jpjwft(ib1)>=jpjnob(ib2)+1)) THEN
+                  IF ((jpjwft(ib1)==jpjnob(ib2)+1).AND.(jpindt(ib2)==jpiwob(ib1))) THEN
+                     ! We have a possible North-West corner 
+!                     WRITE(numout,*) ' Found a North-West corner at (i,j): ', jpindt(ib2), jpjwft(ib1) 
+!                     WRITE(numout,*) ' between segments: ', npckgw(ib1), npckgn(ib2)
+                     icornw(ib1,2) = npckgn(ib2)
+                     icornn(ib2,1) = npckgw(ib1)
+                  ELSEIF ((jpjwdt(ib1)==jpjnob(ib2)+1).AND.(jpinft(ib2)==jpiwob(ib1))) THEN
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Found an acute open boundary corner at point (i,j)= ', &
+                     &                                     jpinft(ib2), jpjwdt(ib1)
+                     IF(lwp) WRITE(numout,*) ' ==========  Not allowed yet'
+                     IF(lwp) WRITE(numout,*) '             Crossing problem with West segment: ',npckgw(ib1), &
+                     &                                                    ' and North segment: ',npckgn(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  ELSE
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Check North and West Open boundary indices'
+                     IF(lwp) WRITE(numout,*) ' ==========  Crossing problem with West segment: ',npckgw(ib1), &
+                     &                                                    ' and North segment: ',npckgn(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  END IF
+               END IF
+            END DO
+         END DO
+      END IF
+      !
+      ! North/East crossings
+      IF ((nbdysegn > 0).AND.(nbdysege > 0)) THEN
+         DO ib1 = 1, nbdysege        
+            DO ib2 = 1, nbdysegn
+               IF (( jpindt(ib2)<=jpieob(ib1)+1).AND. &
+                &  ( jpinft(ib2)>=jpieob(ib1)+1).AND. &
+                &  ( jpjedt(ib1)<=jpjnob(ib2)+1).AND. &
+                &  ( jpjeft(ib1)>=jpjnob(ib2)+1)) THEN
+                  IF ((jpjeft(ib1)==jpjnob(ib2)+1).AND.(jpinft(ib2)==jpieob(ib1)+1)) THEN
+                     ! We have a possible North-East corner 
+!                     WRITE(numout,*) ' Found a North-East corner at (i,j): ', jpinft(ib2), jpjeft(ib1)
+!                     WRITE(numout,*) ' between segments: ', npckge(ib1), npckgn(ib2)
+                     icorne(ib1,2) = npckgn(ib2)
+                     icornn(ib2,2) = npckge(ib1)
+                  ELSEIF ((jpjedt(ib1)==jpjnob(ib2)+1).AND.(jpindt(ib2)==jpieob(ib1)+1)) THEN
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Found an acute open boundary corner at point (i,j)= ', &
+                     &                                     jpindt(ib2), jpjedt(ib1)
+                     IF(lwp) WRITE(numout,*) ' ==========  Not allowed yet'
+                     IF(lwp) WRITE(numout,*) '             Crossing problem with East segment: ',npckge(ib1), &
+                     &                                                    ' and North segment: ',npckgn(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  ELSE
+                     IF(lwp) WRITE(numout,*)
+                     IF(lwp) WRITE(numout,*) ' E R R O R : Check North and East Open boundary indices'
+                     IF(lwp) WRITE(numout,*) ' ==========  Crossing problem with East segment: ',npckge(ib1), &
+                     &                                                    ' and North segment: ',npckgn(ib2)
+                     IF(lwp) WRITE(numout,*)
+                     nstop = nstop + 1
+                  END IF
+               END IF
+            END DO
+         END DO
+      END IF
+      !
+      ! 3. Check if segment extremities are on land
+      !-------------------------------------------- 
+      !
+      ! West segments
+      DO ib = 1, nbdysegw
+         ! get mask at boundary extremities:
+         ztestmask(1:2)=0.
+         DO ji = 1, jpi
+            DO jj = 1, jpj             
+              IF (((ji + nimpp - 1) == jpiwob(ib)).AND. & 
+               &  ((jj + njmpp - 1) == jpjwdt(ib))) ztestmask(1)=tmask(ji,jj,1)
+              IF (((ji + nimpp - 1) == jpiwob(ib)).AND. & 
+               &  ((jj + njmpp - 1) == jpjwft(ib))) ztestmask(2)=tmask(ji,jj,1)  
+            END DO
+         END DO
+         CALL mpp_sum( 'bdyini', ztestmask, 2 )   ! sum over the global domain
+
+         IF (ztestmask(1)==1) THEN 
+            IF (icornw(ib,1)==0) THEN
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckgw(ib)
+               IF(lwp) WRITE(numout,*) ' ==========  does not start on land or on a corner'                                                  
+               IF(lwp) WRITE(numout,*)
+               nstop = nstop + 1
+            ELSE
+               ! This is a corner
+               IF(lwp) WRITE(numout,*) 'Found a South-West corner at (i,j): ', jpiwob(ib), jpjwdt(ib)
+               CALL bdy_ctl_corn(npckgw(ib), icornw(ib,1))
+               itest=itest+1
+            ENDIF
+         ENDIF
+         IF (ztestmask(2)==1) THEN
+            IF (icornw(ib,2)==0) THEN
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckgw(ib)
+               IF(lwp) WRITE(numout,*) ' ==========  does not end on land or on a corner'                                                  
+               IF(lwp) WRITE(numout,*)
+               nstop = nstop + 1
+            ELSE
+               ! This is a corner
+               IF(lwp) WRITE(numout,*) 'Found a North-West corner at (i,j): ', jpiwob(ib), jpjwft(ib)
+               CALL bdy_ctl_corn(npckgw(ib), icornw(ib,2))
+               itest=itest+1
+            ENDIF
+         ENDIF
+      END DO
+      !
+      ! East segments
+      DO ib = 1, nbdysege
+         ! get mask at boundary extremities:
+         ztestmask(1:2)=0.
+         DO ji = 1, jpi
+            DO jj = 1, jpj             
+              IF (((ji + nimpp - 1) == jpieob(ib)+1).AND. & 
+               &  ((jj + njmpp - 1) == jpjedt(ib))) ztestmask(1)=tmask(ji,jj,1)
+              IF (((ji + nimpp - 1) == jpieob(ib)+1).AND. & 
+               &  ((jj + njmpp - 1) == jpjeft(ib))) ztestmask(2)=tmask(ji,jj,1)  
+            END DO
+         END DO
+         CALL mpp_sum( 'bdyini', ztestmask, 2 )   ! sum over the global domain
+
+         IF (ztestmask(1)==1) THEN
+            IF (icorne(ib,1)==0) THEN
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckge(ib)
+               IF(lwp) WRITE(numout,*) ' ==========  does not start on land or on a corner'                                                  
+               IF(lwp) WRITE(numout,*)
+               nstop = nstop + 1 
+            ELSE
+               ! This is a corner
+               IF(lwp) WRITE(numout,*) 'Found a South-East corner at (i,j): ', jpieob(ib)+1, jpjedt(ib)
+               CALL bdy_ctl_corn(npckge(ib), icorne(ib,1))
+               itest=itest+1
+            ENDIF
+         ENDIF
+         IF (ztestmask(2)==1) THEN
+            IF (icorne(ib,2)==0) THEN
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckge(ib)
+               IF(lwp) WRITE(numout,*) ' ==========  does not end on land or on a corner'                                                  
+               IF(lwp) WRITE(numout,*)
+               nstop = nstop + 1
+            ELSE
+               ! This is a corner
+               IF(lwp) WRITE(numout,*) 'Found a North-East corner at (i,j): ', jpieob(ib)+1, jpjeft(ib)
+               CALL bdy_ctl_corn(npckge(ib), icorne(ib,2))
+               itest=itest+1
+            ENDIF
+         ENDIF
+      END DO
+      !
+      ! South segments
+      DO ib = 1, nbdysegs
+         ! get mask at boundary extremities:
+         ztestmask(1:2)=0.
+         DO ji = 1, jpi
+            DO jj = 1, jpj             
+              IF (((jj + njmpp - 1) == jpjsob(ib)).AND. & 
+               &  ((ji + nimpp - 1) == jpisdt(ib))) ztestmask(1)=tmask(ji,jj,1)
+              IF (((jj + njmpp - 1) == jpjsob(ib)).AND. & 
+               &  ((ji + nimpp - 1) == jpisft(ib))) ztestmask(2)=tmask(ji,jj,1)  
+            END DO
+         END DO
+         CALL mpp_sum( 'bdyini', ztestmask, 2 )   ! sum over the global domain
+
+         IF ((ztestmask(1)==1).AND.(icorns(ib,1)==0)) THEN
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckgs(ib)
+            IF(lwp) WRITE(numout,*) ' ==========  does not start on land or on a corner'                                                  
+            IF(lwp) WRITE(numout,*)
+            nstop = nstop + 1
+         ENDIF
+         IF ((ztestmask(2)==1).AND.(icorns(ib,2)==0)) THEN
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckgs(ib)
+            IF(lwp) WRITE(numout,*) ' ==========  does not end on land or on a corner'                                                  
+            IF(lwp) WRITE(numout,*)
+            nstop = nstop + 1
+         ENDIF
+      END DO
+      !
+      ! North segments
+      DO ib = 1, nbdysegn
+         ! get mask at boundary extremities:
+         ztestmask(1:2)=0.
+         DO ji = 1, jpi
+            DO jj = 1, jpj             
+              IF (((jj + njmpp - 1) == jpjnob(ib)+1).AND. & 
+               &  ((ji + nimpp - 1) == jpindt(ib))) ztestmask(1)=tmask(ji,jj,1)
+              IF (((jj + njmpp - 1) == jpjnob(ib)+1).AND. & 
+               &  ((ji + nimpp - 1) == jpinft(ib))) ztestmask(2)=tmask(ji,jj,1)  
+            END DO
+         END DO
+         CALL mpp_sum( 'bdyini', ztestmask, 2 )   ! sum over the global domain
+
+         IF ((ztestmask(1)==1).AND.(icornn(ib,1)==0)) THEN
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckgn(ib)
+            IF(lwp) WRITE(numout,*) ' ==========  does not start on land'                                                  
+            IF(lwp) WRITE(numout,*)
+            nstop = nstop + 1
+         ENDIF
+         IF ((ztestmask(2)==1).AND.(icornn(ib,2)==0)) THEN
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) ' E R R O R : Open boundary segment ', npckgn(ib)
+            IF(lwp) WRITE(numout,*) ' ==========  does not end on land'                                                  
+            IF(lwp) WRITE(numout,*)
+            nstop = nstop + 1
+         ENDIF
+      END DO
+      !
+      IF ((itest==0).AND.(lwp)) WRITE(numout,*) 'NO open boundary corner found'
+      !
+      ! Other tests TBD: 
+      ! segments completly on land
+      ! optimized open boundary array length according to landmask
+      ! Nudging layers that overlap with interior domain
+      !
+   END SUBROUTINE bdy_ctl_seg
+
+
+   SUBROUTINE bdy_ctl_corn( ib1, ib2 )
+      !!----------------------------------------------------------------------
+      !!                 ***  ROUTINE bdy_ctl_corn  ***
+      !!
+      !! ** Purpose :   Check numerical schemes consistency between
+      !!                segments having a common corner
+      !!
+      !! ** Method  :   
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in)  ::   ib1, ib2
+      INTEGER :: itest
+      !!----------------------------------------------------------------------
+      itest = 0
+
+      IF( cn_dyn2d(ib1) /= cn_dyn2d(ib2) )   itest = itest + 1
+      IF( cn_dyn3d(ib1) /= cn_dyn3d(ib2) )   itest = itest + 1
+      IF( cn_tra  (ib1) /= cn_tra  (ib2) )   itest = itest + 1
+      !
+      IF( nn_dyn2d_dta(ib1) /= nn_dyn2d_dta(ib2) )   itest = itest + 1
+      IF( nn_dyn3d_dta(ib1) /= nn_dyn3d_dta(ib2) )   itest = itest + 1
+      IF( nn_tra_dta  (ib1) /= nn_tra_dta  (ib2) )   itest = itest + 1
+      !
+      IF( nn_rimwidth(ib1) /= nn_rimwidth(ib2) )   itest = itest + 1   
+      !
+      IF( itest>0 ) THEN
+         IF(lwp) WRITE(numout,*) ' E R R O R : Segments ', ib1, 'and ', ib2
+         IF(lwp) WRITE(numout,*) ' ==========  have different open bdy schemes'                                                  
+         IF(lwp) WRITE(numout,*)
+         nstop = nstop + 1
+      ENDIF
+      !
+   END SUBROUTINE bdy_ctl_corn
+
+   !!=================================================================================
+END MODULE bdyini
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_hgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_hgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_hgr.F90	(revision 15719)
@@ -0,0 +1,109 @@
+MODULE usrdef_hgr
+   !!======================================================================
+   !!                       ***  MODULE usrdef_hgr   ***
+   !!
+   !!                  ===  WAD_TEST_CASES configuration  ===
+   !!
+   !! User defined :   mesh and Coriolis parameter of a user configuration
+   !!======================================================================
+   !! History :  4.0 ! 2016-03  (S. Flavoni) 
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_hgr    : initialize the horizontal mesh for WAD_TEST_CASES configuration
+   !!----------------------------------------------------------------------
+   USE dom_oce  ,  ONLY: nimpp, njmpp       ! ocean space and time domain
+   USE par_oce         ! ocean space and time domain
+   USE phycst          ! physical constants
+   USE usrdef_nam, ONLY: rn_dx   ! horizontal resolution in meters
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_hgr   ! called by domhgr.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_hgr.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_hgr( plamt , plamu , plamv  , plamf  ,   &   ! geographic position (required)
+      &                    pphit , pphiu , pphiv  , pphif  ,   &   !
+      &                    kff   , pff_f , pff_t  ,            &   ! Coriolis parameter  (if domain not on the sphere)
+      &                    pe1t  , pe1u  , pe1v   , pe1f   ,   &   ! scale factors       (required)
+      &                    pe2t  , pe2u  , pe2v   , pe2f   ,   &   !
+      &                    ke1e2u_v      , pe1e2u , pe1e2v     )   ! u- & v-surfaces (if gridsize reduction is used in strait(s))
+      !!----------------------------------------------------------------------
+      !!                  ***  ROUTINE usr_def_hgr  ***
+      !!
+      !! ** Purpose :   user defined mesh and Coriolis parameter
+      !!
+      !! ** Method  :   set all intent(out) argument to a proper value
+      !!                WAD_TEST_CASES configuration : uniform grid spacing (rn_dx)
+      !!                without Coriolis force (f=0)
+      !!
+      !! ** Action  : - define longitude & latitude of t-, u-, v- and f-points (in degrees) 
+      !!              - define coriolis parameter at f-point if the domain in not on the sphere (on beta-plane)
+      !!              - define i- & j-scale factors at t-, u-, v- and f-points (in meters)
+      !!              - define u- & v-surfaces (if gridsize reduction is used in some straits) (in m2)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   plamt, plamu, plamv, plamf   ! longitude outputs                     [degrees]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pphit, pphiu, pphiv, pphif   ! latitude outputs                      [degrees]
+      INTEGER                 , INTENT(out) ::   kff                          ! =1 Coriolis parameter computed here, =0 otherwise
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pff_f, pff_t                 ! Coriolis factor at f-point                [1/s]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1t, pe1u, pe1v, pe1f       ! i-scale factors                             [m]
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe2t, pe2u, pe2v, pe2f       ! j-scale factors                             [m]
+      INTEGER                 , INTENT(out) ::   ke1e2u_v                     ! =1 u- & v-surfaces computed here, =0 otherwise 
+      REAL(wp), DIMENSION(:,:), INTENT(out) ::   pe1e2u, pe1e2v               ! u- & v-surfaces (if reduction in strait)   [m2]
+      !
+      INTEGER  ::   ji, jj   ! dummy loop indices
+      REAL(wp) ::   zfact      ! local scalars
+      !!-------------------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_hgr : WAD_TEST_CASES configuration basin'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~   uniform grid spacing WITHOUT Coriolis force (f=0)'
+      !
+      !                       !==  grid point position  ==!   (in kilometers)
+      zfact = rn_dx * 1.e-3         ! conversion in km
+      DO jj = 1, jpj
+         DO ji = 1, jpi             ! longitude
+            plamt(ji,jj) = zfact * (  - 0.5 + REAL( ji-1 + nimpp-1 , wp )  )  
+            plamu(ji,jj) = zfact * (          REAL( ji-1 + nimpp-1 , wp )  )
+            plamv(ji,jj) = plamt(ji,jj)
+            plamf(ji,jj) = plamu(ji,jj)
+            !                       ! latitude
+            pphit(ji,jj) = zfact * (  - 0.5 + REAL( jj-1 + njmpp-1 , wp )  )
+            pphiu(ji,jj) = pphit(ji,jj)
+            pphiv(ji,jj) = zfact * (          REAL( jj-1 + njmpp-1 , wp )  )
+            pphif(ji,jj) = pphiv(ji,jj)
+         END DO
+      END DO
+      !
+      !                       !==  Horizontal scale factors  ==!   (in meters) 
+      pe1t(:,:) = rn_dx   ;   pe2t(:,:) = rn_dx
+      pe1u(:,:) = rn_dx   ;   pe2u(:,:) = rn_dx
+      pe1v(:,:) = rn_dx   ;   pe2v(:,:) = rn_dx
+      pe1f(:,:) = rn_dx   ;   pe2f(:,:) = rn_dx
+      !
+      !                             ! NO reduction of grid size in some straits 
+      ke1e2u_v = 0                  !    ==>> u_ & v_surfaces will be computed in dom_ghr routine
+      pe1e2u(:,:) = 0._wp           !    CAUTION: set to zero to avoid error with some compilers that
+      pe1e2v(:,:) = 0._wp           !             require an initialization of INTENT(out) arguments
+      !
+      !
+      !                       !==  Coriolis parameter  ==!
+      kff = 1                       !  indicate not to compute Coriolis parameter afterward
+      !
+      pff_f(:,:) = 0._wp            ! here No earth rotation: f=0
+      pff_t(:,:) = 0._wp
+      !
+   END SUBROUTINE usr_def_hgr
+
+   !!======================================================================
+END MODULE usrdef_hgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_istate.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_istate.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_istate.F90	(revision 15719)
@@ -0,0 +1,187 @@
+MODULE usrdef_istate
+   !!======================================================================
+   !!                     ***  MODULE usrdef_istate   ***
+   !!
+   !!                  ===  WAD_TEST_CASES configuration  ===
+   !!
+   !! User defined : set the initial state of a user configuration
+   !!======================================================================
+   !! History :  4.0 ! 2016-03  (S. Flavoni) Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!  usr_def_istate : initial state in Temperature and salinity
+   !!----------------------------------------------------------------------
+   USE par_oce        ! ocean space and time domain
+   USE dom_oce , ONLY : mi0, mig, mjg, glamt, gphit, ht_0
+   USE phycst         ! physical constants
+   USE wet_dry        ! Wetting and drying
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_istate   ! called in istate.F90
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_istate.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+  
+   SUBROUTINE usr_def_istate( pdept, ptmask, pts, pu, pv, pssh )
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE usr_def_istate  ***
+      !! 
+      !! ** Purpose :   Initialization of the dynamics and tracers
+      !!                Here WAD_TEST_CASES configuration 
+      !!
+      !! ** Method  : - set temprature field
+      !!              - set salinity   field
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   pdept   ! depth of t-point               [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(in   ) ::   ptmask  ! t-point ocean mask             [m]
+      REAL(wp), DIMENSION(jpi,jpj,jpk,jpts), INTENT(  out) ::   pts     ! T & S fields      [Celsius ; g/kg]
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pu      ! i-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj,jpk)     , INTENT(  out) ::   pv      ! j-component of the velocity  [m/s] 
+      REAL(wp), DIMENSION(jpi,jpj)         , INTENT(  out) ::   pssh    ! sea-surface height
+      INTEGER  ::   ji, jj            ! dummy loop indices
+      REAL(wp) ::   zi, zj
+      !
+      INTEGER  ::   jk     ! dummy loop indices
+      REAL(wp) ::   zdam   ! location of dam [Km]
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD_TEST_CASES configuration, analytical definition of initial state'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~~~~   Ocean at rest, with a constant temperature                    '
+      IF(lwp) WRITE(numout,*) '                 and  constant salinity (not used as rho=F(T) '
+      !
+      !
+      pu  (:,:,:) = 0._wp        ! ocean at rest
+      pv  (:,:,:) = 0._wp
+      pssh(:,:)   = 0._wp
+      !
+      !                          ! T & S profiles
+      pts(:,:,:,jp_tem) = 10._wp * ptmask(:,:,:)
+      !
+      pts(:,:,:,jp_sal) = 35._wp * ptmask(:,:,:)
+      !!----------------------------------------------------------------------
+      !
+      !!----------------------------------------------------------------------
+      !
+      ! Uniform T & S in most test cases
+      pts(:,:,:,jp_tem) = 10._wp
+      pts(:,:,:,jp_sal) = 35._wp
+      SELECT CASE ( nn_cfg ) 
+         !                                        ! ====================
+         CASE ( 1 )                               ! WAD 1 configuration
+            !                                     ! ====================
+            !
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD Closed box with EW linear bottom slope'
+            IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+            !
+            do ji = 1,jpi
+             pssh(ji,:) = ( -5.5_wp + 7.4_wp*glamt(ji,1)/50._wp)*ptmask(ji,:,1)
+            end do
+            !                                     ! ====================
+         CASE ( 2, 8 )                            ! WAD 2 configuration
+            !                                     ! ====================
+            !
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD Parobolic EW channel, mid-range initial ssh slope'
+            IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+            !
+            do ji = 1,jpi
+             pssh(ji,:) = ( -1.5_wp + 5.0_wp*glamt(ji,1)/50._wp)*ptmask(ji,:,1)
+            end do
+            !                                     ! ====================
+         CASE ( 3 )                               ! WAD 3 configuration
+            !                                     ! ====================
+            !
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD Parobolic EW channel, extreme initial ssh slope' 
+            IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+            !
+            do ji = 1,jpi
+             pssh(ji,:) = ( -4.5_wp + 6.8_wp*glamt(ji,1)/50._wp)*ptmask(ji,:,1)
+            end do
+
+            !
+            !                                     ! ====================
+         CASE ( 4 )                               ! WAD 4 configuration
+            !                                     ! ====================
+            !
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD Parobolic bowl, mid-range initial ssh slope' 
+            IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+            !
+            DO ji = 1, jpi
+               zi = MAX(1.0-((glamt(ji,1)-25._wp)**2)/400.0, 0.0 )
+               DO jj = 1, jpj
+                  zj = MAX(1.0-((gphit(1,jj)-17._wp)**2)/144.0, 0.0 )
+                  pssh(ji,jj) = -2.5_wp + 5.4_wp*zi*zj
+               END DO
+            END DO
+
+            !
+            !                                    ! ===========================
+         CASE ( 5, 7 )                           ! WAD 5 and 7 configurations
+            !                                    ! ===========================
+            !
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD Double slope with shelf'
+            IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+            !
+            do ji = 1,jpi
+             pssh(ji,:) = ( -2.5_wp + 5.5_wp*glamt(ji,1)/50._wp)*ptmask(ji,:,1)
+            end do
+
+            !
+            !                                     ! ====================
+         CASE ( 6 )                               ! WAD 6 configuration
+            !                                     ! ====================
+            !
+            IF(lwp) WRITE(numout,*)
+            IF(lwp) WRITE(numout,*) 'usr_def_istate : WAD Parobolic EW channel with gaussian ridge' 
+            IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+            !
+            do ji = 1,jpi
+             pssh(ji,:) = ( -2.5_wp + 5.5_wp*(50._wp-glamt(ji,1))/50._wp)*ptmask(ji,:,1)
+            end do
+            !
+            do ji = mi0(jpiglo/2), mi0(jpiglo)
+             pts(ji,:,:,jp_sal) = 30._wp
+             pssh(ji,:) = -0.1*ptmask(ji,:,1)
+            end do
+            !
+            !
+            !                                    ! ===========================
+         CASE DEFAULT                            ! NONE existing configuration
+            !                                    ! ===========================
+            WRITE(ctmp1,*) 'WAD test with a ', nn_cfg,' option is not coded'
+            !
+            CALL ctl_stop( ctmp1 )
+            !
+      END SELECT
+
+
+      !
+      ! Apply minimum wetdepth criterion
+      !
+      do jj = 1,jpj
+         do ji = 1,jpi
+            IF( ht_0(ji,jj) + pssh(ji,jj) < rn_wdmin1 ) THEN
+               pssh(ji,jj) = ptmask(ji,jj,1)*( rn_wdmin1 - ht_0(ji,jj) )
+            ENDIF
+         end do
+      end do
+      !
+   END SUBROUTINE usr_def_istate
+
+   !!======================================================================
+END MODULE usrdef_istate
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_nam.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_nam.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_nam.F90	(revision 15719)
@@ -0,0 +1,105 @@
+MODULE usrdef_nam
+   !!======================================================================
+   !!                       ***  MODULE usrdef_nam  ***
+   !!
+   !!                  ===  WAD_TEST_CASES configuration  ===
+   !!
+   !! User defined : set the domain characteristics of a user configuration
+   !!======================================================================
+   !! History :  4.0  ! 2016-03  (S. Flavoni, G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_nam   : read user defined namelist and set global domain size
+   !!   usr_def_hgr   : initialize the horizontal mesh 
+   !!----------------------------------------------------------------------
+   USE dom_oce  , ONLY: nimpp , njmpp            ! i- & j-indices of the local domain
+   USE par_oce        ! ocean space and time domain
+   USE phycst         ! physical constants
+   !
+   USE in_out_manager ! I/O manager
+   USE lib_mpp        ! MPP library
+   USE timing         ! Timing
+   
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_nam   ! called by nemogcm.F90
+
+   !                              !!* namusr_def namelist *!!
+   REAL(wp), PUBLIC ::   rn_dx     ! resolution in meters defining the horizontal domain size
+   REAL(wp), PUBLIC ::   rn_dz     ! resolution in meters defining the vertical   domain size
+   INTEGER , PUBLIC :: nn_wad_test ! resolution in meters defining the vertical   domain size
+
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_nam.F90 10074 2018-08-28 16:15:49Z nicolasmartin $ 
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usr_def_nam( ldtxt, ldnam, cd_cfg, kk_cfg, kpi, kpj, kpk, kperio )
+      !!----------------------------------------------------------------------
+      !!                     ***  ROUTINE dom_nam  ***
+      !!                    
+      !! ** Purpose :   read user defined namelist and define the domain size
+      !!
+      !! ** Method  :   read in namusr_def containing all the user specific namelist parameter
+      !!
+      !!                Here WAD_TEST_CASES configuration
+      !!
+      !! ** input   : - namusr_def namelist found in namelist_cfg
+      !!----------------------------------------------------------------------
+      CHARACTER(len=*), DIMENSION(:), INTENT(out) ::   ldtxt, ldnam    ! stored print information
+      CHARACTER(len=*)              , INTENT(out) ::   cd_cfg          ! configuration name
+      INTEGER                       , INTENT(out) ::   kk_cfg          ! configuration resolution
+      INTEGER                       , INTENT(out) ::   kpi, kpj, kpk   ! global domain sizes 
+      INTEGER                       , INTENT(out) ::   kperio          ! lateral global domain b.c. 
+      !
+      INTEGER ::   ios, ii   ! Local integer
+      !!
+      NAMELIST/namusr_def/ rn_dx, rn_dz, nn_wad_test
+      !!----------------------------------------------------------------------
+      !
+      ii = 1
+      !
+      REWIND( numnam_cfg )          ! Namelist namusr_def (exist in namelist_cfg only)
+      READ  ( numnam_cfg, namusr_def, IOSTAT = ios, ERR = 902 )
+902   IF( ios /= 0 )   CALL ctl_nam ( ios , 'namusr_def in configuration namelist', .TRUE. )
+      !
+      WRITE( ldnam(:), namusr_def )
+      !
+      !
+      cd_cfg = 'wad'      ! name & resolution (not used)
+      nn_cfg = nn_wad_test
+      kk_cfg = nn_wad_test
+      !
+      ! Global Domain size:  WAD_TEST_CASES domain is 52 km x 34 km x 10 m
+      kpi = INT(  50.e3 / rn_dx ) + 2
+      kpj = INT(  32.e3 / rn_dx ) + 2
+      kpk = INT(  10.  / rn_dz ) + 1
+      !
+      !                             ! control print
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) 'usr_def_nam  : read the user defined namelist (namusr_def) in namelist_cfg'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '~~~~~~~~~~~ '                                                                 ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Namelist namusr_def : WAD_TEST_CASES test case'                             ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      horizontal resolution                    rn_dx  = ', rn_dx, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      vertical   resolution                    rn_dz  = ', rn_dz, ' meters'   ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      WAD_TEST_CASES domain = 52 km  x  34 km x 10 m'                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '         resulting global domain size :        jpiglo = ', kpi                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpjglo = ', kpj                ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '                                               jpkglo = ', kpk                ;   ii = ii + 1
+      !
+      !                             ! Set the lateral boundary condition of the global domain
+      kperio = 0                    ! WAD_TEST_CASES configuration : closed domain
+      IF( nn_wad_test == 8 ) kperio = 7 ! North-South cyclic test
+      !
+      WRITE(ldtxt(ii),*) '   '                                                                          ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '   Lateral boundary condition of the global domain'                           ;   ii = ii + 1
+      WRITE(ldtxt(ii),*) '      closed                                   jperio = ', kperio             ;   ii = ii + 1
+      !
+   END SUBROUTINE usr_def_nam
+
+   !!======================================================================
+END MODULE usrdef_nam
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_sbc.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_sbc.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_sbc.F90	(revision 15719)
@@ -0,0 +1,87 @@
+MODULE usrdef_sbc
+   !!======================================================================
+   !!                       ***  MODULE usrdef_sbc  ***
+   !! 
+   !!                  ===  WAD_TEST_CASES configuration  ===
+   !!
+   !! User defined :   surface forcing of a user configuration
+   !!======================================================================
+   !! History :  4.0   ! 2016-03  (S. Flavoni, G. Madec)  user defined interface
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usrdef_sbc     : user defined surface bounday conditions in WAD_TEST_CASES case
+   !!----------------------------------------------------------------------
+   USE oce             ! ocean dynamics and tracers
+   USE dom_oce         ! ocean space and time domain
+   USE sbc_oce         ! Surface boundary condition: ocean fields
+   USE sbc_ice         ! Surface boundary condition: ice fields
+   USE phycst          ! physical constants
+   !
+   USE in_out_manager  ! I/O manager
+   USE lib_mpp         ! distribued memory computing library
+   USE lbclnk          ! ocean lateral boundary conditions (or mpp link)
+   USE lib_fortran     ! Fortran utilities (allows no signed zero when 'key_nosignedzero' defined) 
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usrdef_sbc_oce      ! routine called in sbcmod module
+   PUBLIC   usrdef_sbc_ice_tau  ! routine called by icestp.F90 for ice dynamics
+   PUBLIC   usrdef_sbc_ice_flx  ! routine called by icestp.F90 for ice thermo
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_sbc.F90 10074 2018-08-28 16:15:49Z nicolasmartin $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS
+
+   SUBROUTINE usrdef_sbc_oce( kt )
+      !!---------------------------------------------------------------------
+      !!                    ***  ROUTINE usr_def_sbc  ***
+      !!              
+      !! ** Purpose :   provide at each time-step the surface boundary
+      !!              condition, i.e. the momentum, heat and freshwater fluxes.
+      !!
+      !! ** Method  :   all 0 fields, for WAD_TEST_CASES case
+      !!                CAUTION : never mask the surface stress field !
+      !!
+      !! ** Action  : - set to ZERO all the ocean surface boundary condition, i.e.   
+      !!                   utau, vtau, taum, wndm, qns, qsr, emp, sfx
+      !!
+      !!----------------------------------------------------------------------
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+      !!---------------------------------------------------------------------
+      !
+      IF( kt == nit000 ) THEN
+         !
+         IF(lwp) WRITE(numout,*)' usr_sbc : WAD_TEST_CASES case: NO surface forcing'
+         IF(lwp) WRITE(numout,*)' ~~~~~~~~~~~   utau = vtau = taum = wndm = qns = qsr = emp = sfx = 0'
+         !
+         utau(:,:) = 0._wp
+         vtau(:,:) = 0._wp
+         taum(:,:) = 0._wp
+         wndm(:,:) = 0._wp
+         !
+         emp (:,:) = 0._wp
+         sfx (:,:) = 0._wp
+         qns (:,:) = 0._wp
+         qsr (:,:) = 0._wp
+         !         
+      ENDIF
+      !
+   END SUBROUTINE usrdef_sbc_oce
+
+   SUBROUTINE usrdef_sbc_ice_tau( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_tau
+
+   SUBROUTINE usrdef_sbc_ice_flx( kt )
+      INTEGER, INTENT(in) ::   kt   ! ocean time step
+   END SUBROUTINE usrdef_sbc_ice_flx
+
+   !!======================================================================
+END MODULE usrdef_sbc
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_zgr.F90
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_zgr.F90	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/MY_SRC/usrdef_zgr.F90	(revision 15719)
@@ -0,0 +1,390 @@
+MODULE usrdef_zgr
+   !!======================================================================
+   !!                   ***  MODULE  usrdef_zgr  ***
+   !!
+   !!                   ===  WAD_TEST_CASES case  ===
+   !!
+   !! Ocean domain : user defined vertical coordinate system 
+   !!======================================================================
+   !! History :  4.0  ! 2016-06  (G. Madec)  Original code
+   !!----------------------------------------------------------------------
+
+   !!----------------------------------------------------------------------
+   !!   usr_def_zgr   : user defined vertical coordinate system (required)
+   !!       zgr_z     : reference 1D z-coordinate 
+   !!---------------------------------------------------------------------
+   USE oce            ! ocean variables
+   USE dom_oce ,  ONLY: ht_0, mi0, mi1, nimpp, njmpp,  &
+                      & mj0, mj1, glamt, gphit         ! ocean space and time domain
+   USE usrdef_nam     ! User defined : namelist variables
+   USE wet_dry ,  ONLY: rn_wdmin1, rn_wdmin2, rn_wdld  ! Wetting and drying
+   !
+   USE in_out_manager ! I/O manager
+   USE lbclnk         ! ocean lateral boundary conditions (or mpp link)
+   USE lib_mpp        ! distributed memory computing library
+
+   IMPLICIT NONE
+   PRIVATE
+
+   PUBLIC   usr_def_zgr        ! called by domzgr.F90
+
+   !! * Substitutions
+#  include "vectopt_loop_substitute.h90"
+   !!----------------------------------------------------------------------
+   !! NEMO/OCE 4.0 , NEMO Consortium (2018)
+   !! $Id: usrdef_zgr.F90 10425 2018-12-19 21:54:16Z smasson $
+   !! Software governed by the CeCILL license (see ./LICENSE)
+   !!----------------------------------------------------------------------
+CONTAINS             
+
+   SUBROUTINE usr_def_zgr( ld_zco  , ld_zps  , ld_sco  , ld_isfcav,    &   ! type of vertical coordinate
+      &                    pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d  ,    &   ! 1D reference vertical coordinate
+      &                    pdept , pdepw ,                             &   ! 3D t & w-points depth
+      &                    pe3t  , pe3u  , pe3v   , pe3f ,             &   ! vertical scale factors
+      &                    pe3w  , pe3uw , pe3vw         ,             &   !     -      -      -
+      &                    k_top  , k_bot    )                             ! top & bottom ocean level
+      !!---------------------------------------------------------------------
+      !!              ***  ROUTINE usr_def_zgr  ***
+      !!
+      !! ** Purpose :   User defined the vertical coordinates
+      !!
+      !!----------------------------------------------------------------------
+      LOGICAL                   , INTENT(out) ::   ld_zco, ld_zps, ld_sco      ! vertical coordinate flags
+      LOGICAL                   , INTENT(out) ::   ld_isfcav                   ! under iceshelf cavity flag
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pdept_1d, pdepw_1d          ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:)    , INTENT(out) ::   pe3t_1d , pe3w_1d           ! 1D grid-point depth     [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pdept, pdepw                ! grid-point depth        [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3t , pe3u , pe3v , pe3f   ! vertical scale factors  [m]
+      REAL(wp), DIMENSION(:,:,:), INTENT(out) ::   pe3w , pe3uw, pe3vw         ! i-scale factors 
+      INTEGER , DIMENSION(:,:)  , INTENT(out) ::   k_top, k_bot                ! first & last ocean level
+      !
+      INTEGER  ::   ji, jj, jk        ! dummy indices
+      INTEGER  ::   ik                ! local integers
+      REAL(wp) ::   zfact, z1_jpkm1   ! local scalar
+      REAL(wp) ::   ze3min            ! local scalar
+      REAL(wp) ::   zi, zj, zbathy    ! local scalar
+      REAL(wp) ::   ztmpu, ztmpv, ztmpf, ztmpu1, ztmpv1, ztmpf1, zwet
+      REAL(wp), DIMENSION(jpi,jpj) ::   zht, zhu, zhv, z2d   ! 2D workspace
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) WRITE(numout,*)
+      IF(lwp) WRITE(numout,*) 'usr_def_zgr : WAD_TEST_CASES configuration (s-coordinate closed box ocean without cavities)'
+      IF(lwp) WRITE(numout,*) '~~~~~~~~~~~'
+      !
+      !
+      ! type of vertical coordinate ==>>>   here WAD_TEST_CASES : s-coordinate always
+      ! ---------------------------
+      ld_zco    = .FALSE.      ! z-partial-step coordinate
+      ld_zps    = .FALSE.      ! z-partial-step coordinate
+      ld_sco    = .TRUE.       ! s-coordinate
+      ld_isfcav = .FALSE.      ! ISF Ice Shelves Flag
+      !
+      !
+      ! Build the vertical coordinate system
+      ! ------------------------------------
+      !
+      !                       !==  UNmasked meter bathymetry  ==!
+      !
+!
+      zbathy=10.0
+      IF( cn_cfg == 'wad' ) THEN
+         SELECT CASE ( nn_cfg )
+            !                                        ! ====================
+            CASE ( 1 )                               ! WAD 1 configuration
+               !                                     ! ====================
+               !
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) 'usr_def_zgr (WAD) : Closed box with EW linear bottom slope'
+               IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+               !
+               zht = 1.5_wp
+               DO ji = 1, jpi
+                 zi = MIN((glamt(ji,1) - 10.0)/40.0, 1.0 )
+                 zht(ji,:) = MAX(zbathy*zi, -2.0) 
+               END DO
+               zht(mi0(1):mi1(1),:) = -4._wp
+               zht(mi0(jpiglo):mi1(jpiglo),:) = -4._wp
+               zht(:,mj0(1):mj1(1)) = -4._wp
+               zht(:,mj0(jpjglo):mj1(jpjglo)) = -4._wp
+               !                                     ! ====================
+            CASE ( 2, 3, 8 )                         ! WAD 2 or 3  configuration
+               !                                     ! ====================
+               !
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) 'usr_def_zgr (WAD) : Parobolic EW channel'
+               IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+               !
+               DO ji = 1, jpi
+                 zi = MAX(1.0-((glamt(ji,1)-25.0)**2)/484.0, -0.3 )
+                 zht(ji,:) = MAX(zbathy*zi, -2.0)
+               END DO
+               zht(mi0(1):mi1(1),:) = -4._wp
+               zht(mi0(jpiglo):mi1(jpiglo),:) = -4._wp
+               IF( nn_cfg /= 8 ) THEN
+                  zht(:,mj0(1):mj1(1)) = -4._wp
+                  zht(:,mj0(jpjglo):mj1(jpjglo)) = -4._wp
+               ENDIF
+               !                                     ! ====================
+            CASE ( 4 )                               ! WAD 4 configuration
+               !                                     ! ====================
+               !
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) 'usr_def_zgr (WAD) : Parobolic bowl'
+               IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+               !
+               DO ji = 1, jpi
+                 zi = MAX(1.0-((glamt(ji,1)-25.0)**2)/484.0, -2.0 )
+               DO jj = 1, jpj
+                 zj = MAX(1.0-((gphit(1,jj)-17.0)**2)/196.0, -2.0 )
+                 zht(ji,jj) = MAX(zbathy*zi*zj, -2.0)
+               END DO
+               END DO
+               zht(mi0(1):mi1(1),:) = -4._wp
+               zht(mi0(jpiglo):mi1(jpiglo),:) = -4._wp
+               zht(:,mj0(1):mj1(1)) = -4._wp
+               zht(:,mj0(jpjglo):mj1(jpjglo)) = -4._wp
+               !                                    ! ===========================
+            CASE ( 5 )                              ! WAD 5 configuration
+               !                                    ! ====================
+               !
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) 'usr_def_zgr (WAD) : Double slope with shelf'
+               IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+               !
+               DO ji = 1, jpi
+                 zi = MIN(glamt(ji,1)/45.0, 1.0 )
+                 zht(ji,:) = MAX(zbathy*zi, -2.0)
+                 IF( glamt(ji,1) >= 46.0 ) THEN
+                   zht(ji,:) = 10.0
+                 ELSE IF( glamt(ji,1) >= 20.0 .AND. glamt(ji,1) < 46.0 ) THEN
+                   zi = 7.5/25.
+                   zht(ji,:) = MAX(10. - zi*(47.-glamt(ji,1)),2.5)
+                 ELSE IF( glamt(ji,1) >= 15.0 .AND. glamt(ji,1) < 20.0 ) THEN
+                   zht(ji,:) = 2.5
+                 ELSE IF( glamt(ji,1) >= 4.0 .AND. glamt(ji,1) < 15.0 ) THEN
+                   zi = 4.5/11.0
+                   zht(ji,:) = MAX(2.5 - zi*(16.0-glamt(ji,1)), -2.0)
+                 ELSE IF( glamt(ji,1) >= 0.0 .AND. glamt(ji,1) < 4.0 ) THEN
+                   zht(ji,:) = -2.0
+                 ENDIF
+               END DO
+               !                                    ! ===========================
+               zht(mi0(1):mi1(1),:) = -4._wp
+               zht(mi0(jpiglo):mi1(jpiglo),:) = -4._wp
+               zht(:,mj0(1):mj1(1)) = -4._wp
+               zht(:,mj0(jpjglo):mj1(jpjglo)) = -4._wp
+               !                                    ! ===========================
+            CASE ( 6 )                              ! WAD 6 configuration
+               !                                    ! ====================
+               !
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) 'usr_def_zgr (WAD) : Parabolic channel with gaussian ridge'
+               IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+               !
+               DO ji = 1, jpi
+                 zi = MAX(1.0-((glamt(ji,1)-25.0)**2)/484.0, -2.0 )
+                 zj = 1.075*MAX(EXP(-1.0*((glamt(ji,1)-25.0)**2)/32.0) , 0.0 )
+                 zht(ji,:) = MAX(zbathy*(zi-zj), -2.0)
+               END DO
+               zht(mi0(1):mi1(1),:) = -4._wp
+               zht(mi0(jpiglo):mi1(jpiglo),:) = -4._wp
+               zht(:,mj0(1):mj1(1)) = -4._wp
+               zht(:,mj0(jpjglo):mj1(jpjglo)) = -4._wp
+               !                                    ! ===========================
+            CASE ( 7 )                              ! WAD 7 configuration
+               !                                    ! ====================
+               !
+               IF(lwp) WRITE(numout,*)
+               IF(lwp) WRITE(numout,*) 'usr_def_zgr (WAD) : Double slope with open boundary'
+               IF(lwp) WRITE(numout,*) '~~~~~~~~~~'
+               !
+               DO ji = 1, jpi
+                 zi = MIN(glamt(ji,1)/45.0, 1.0 )
+                 zht(ji,:) = MAX(zbathy*zi, -2.0)
+                 IF( glamt(ji,1) >= 46.0 ) THEN
+                   zht(ji,:) = 10.0
+                 ELSE IF( glamt(ji,1) >= 20.0 .AND. glamt(ji,1) < 46.0 ) THEN
+                   zi = 7.5/25.
+                   zht(ji,:) = MAX(10. - zi*(47.-glamt(ji,1)),2.5)
+                 ELSE IF( glamt(ji,1) >= 15.0 .AND. glamt(ji,1) < 20.0 ) THEN
+                   zht(ji,:) = 2.5
+                 ELSE IF( glamt(ji,1) >= 4.0 .AND. glamt(ji,1) < 15.0 ) THEN
+                   zi = 4.5/11.0
+                   zht(ji,:) = MAX(2.5 - zi*(16.0-glamt(ji,1)), -2.0)
+                 ELSE IF( glamt(ji,1) >= 0.0 .AND. glamt(ji,1) < 4.0 ) THEN
+                   zht(ji,:) = -2.0
+                 ENDIF
+               END DO
+               !                                    ! ===========================
+               zht(mi0(1):mi1(1),:) = -4._wp
+               zht(:,mj0(1):mj1(1)) = -4._wp
+               zht(:,mj0(jpjglo):mj1(jpjglo)) = -4._wp
+            CASE DEFAULT
+               !                                    ! ===========================
+               WRITE(ctmp1,*) 'WAD test with a ', nn_cfg,' option is not coded'
+               !
+               CALL ctl_stop( ctmp1 )
+               !
+         END SELECT
+      END IF
+              
+
+      ! at u-point: averaging zht
+      DO ji = 1, jpim1
+         zhu(ji,:) = 0.5_wp * ( zht(ji,:) + zht(ji+1,:) )
+      END DO
+      CALL lbc_lnk( 'usrdef_zgr', zhu, 'U', 1. )     ! boundary condition: this mask the surrounding grid-points
+      !                                ! ==>>>  set by hand non-zero value on first/last columns & rows 
+      DO ji = mi0(1), mi1(1)              ! first row of global domain only
+         zhu(ji,:) = zht(1,:)
+      END DO
+       DO ji = mi0(jpiglo), mi1(jpiglo)   ! last  row of global domain only
+         zhu(ji,:) = zht(jpi,:)
+      END DO
+      ! at v-point: averaging zht
+      zhv = 0._wp
+      DO jj = 1, jpjm1
+         zhv(:,jj) = 0.5_wp * ( zht(:,jj) + zht(:,jj+1) )
+      END DO
+      CALL lbc_lnk( 'usrdef_zgr', zhv, 'V', 1. )     ! boundary condition: this mask the surrounding grid-points
+      DO jj = mj0(1), mj1(1)   ! first  row of global domain only
+         zhv(:,jj) = zht(:,jj)
+      END DO
+      DO jj = mj0(jpjglo), mj1(jpjglo)   ! last  row of global domain only
+         zhv(:,jj) = zht(:,jj)
+      END DO
+      !     
+      CALL zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! Reference z-coordinate system
+      !
+      !
+      !                       !==  top masked level bathymetry  ==!  (all coordinates)
+      !
+      ! no ocean cavities : top ocean level is ONE, except over land
+      ! the ocean basin surrounnded by land (1 grid-point) set through lbc_lnk call as jperio=0 
+      z2d(:,:) = 1._wp                    ! surface ocean is the 1st level
+      z2d(mi0(1):mi1(1),:) = 0._wp
+      z2d(mi0(jpiglo):mi1(jpiglo),:) = 0._wp
+      z2d(:,mj0(1):mj1(1)) = 0._wp
+      z2d(:,mj0(jpjglo):mj1(jpjglo)) = 0._wp
+
+
+
+
+
+      CALL lbc_lnk( 'usrdef_zgr', z2d, 'T', 1. )        ! closed basin since jperio = 0 (see userdef_nam.F90)
+      k_top(:,:) = NINT( z2d(:,:) )
+      !
+      !                              
+      !
+      IF ( ld_sco ) THEN      !==  s-coordinate  ==!   (terrain-following coordinate)
+         !
+         ht_0 = zht
+         k_bot(:,:) = jpkm1 * k_top(:,:)  !* bottom ocean = jpk-1 (here use k_top as a land mask)
+         DO jj = 1, jpj
+            DO ji = 1, jpi
+              IF( zht(ji,jj) <= -(rn_wdld - rn_wdmin2)) THEN
+                k_bot(ji,jj) = 0
+                k_top(ji,jj) = 0
+              ENDIF
+           END DO
+         END DO
+         !
+         !                                !* terrain-following coordinate with e3.(k)=cst)
+         !                                !  OVERFLOW case : identical with j-index (T=V, U=F)
+         DO jj = 1, jpjm1
+            DO ji = 1, jpim1
+              z1_jpkm1 = 1._wp / REAL( k_bot(ji,jj) - k_top(ji,jj) + 1 , wp)
+              DO jk = 1, jpk
+                  zwet = MAX( zht(ji,jj), rn_wdmin1 )
+                  pdept(ji,jj,jk) = zwet * z1_jpkm1 * ( REAL( jk   , wp ) - 0.5_wp )
+                  pdepw(ji,jj,jk) = zwet * z1_jpkm1 * ( REAL( jk-1 , wp )          )
+                  pe3t (ji,jj,jk) = zwet * z1_jpkm1
+                  pe3w (ji,jj,jk) = zwet * z1_jpkm1
+                  zwet = MAX( zhu(ji,jj), rn_wdmin1 )
+                  pe3u (ji,jj,jk) = zwet * z1_jpkm1
+                  pe3uw(ji,jj,jk) = zwet * z1_jpkm1
+                  pe3f (ji,jj,jk) = zwet * z1_jpkm1
+                  zwet = MAX( zhv(ji,jj), rn_wdmin1 )
+                  pe3v (ji,jj,jk) = zwet * z1_jpkm1
+                  pe3vw(ji,jj,jk) = zwet * z1_jpkm1
+              END DO      
+           END DO      
+         END DO      
+         CALL lbc_lnk( 'usrdef_zgr', pdept, 'T', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pdepw, 'T', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3t , 'T', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3w , 'T', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3u , 'U', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3uw, 'U', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3f , 'F', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3v , 'V', 1. )
+         CALL lbc_lnk( 'usrdef_zgr', pe3vw, 'V', 1. )
+         WHERE( pe3t (:,:,:) == 0._wp )   pe3t (:,:,:) = 1._wp
+         WHERE( pe3u (:,:,:) == 0._wp )   pe3u (:,:,:) = 1._wp
+         WHERE( pe3v (:,:,:) == 0._wp )   pe3v (:,:,:) = 1._wp
+         WHERE( pe3f (:,:,:) == 0._wp )   pe3f (:,:,:) = 1._wp
+         WHERE( pe3w (:,:,:) == 0._wp )   pe3w (:,:,:) = 1._wp
+         WHERE( pe3uw(:,:,:) == 0._wp )   pe3uw(:,:,:) = 1._wp
+         WHERE( pe3vw(:,:,:) == 0._wp )   pe3vw(:,:,:) = 1._wp
+      ENDIF
+      !
+      !
+      !
+   END SUBROUTINE usr_def_zgr
+
+
+   SUBROUTINE zgr_z( pdept_1d, pdepw_1d, pe3t_1d , pe3w_1d )   ! 1D reference vertical coordinate
+      !!----------------------------------------------------------------------
+      !!                   ***  ROUTINE zgr_z  ***
+      !!
+      !! ** Purpose :   set the depth of model levels and the resulting 
+      !!      vertical scale factors.
+      !!
+      !! ** Method  :   1D z-coordinate system (use in all type of coordinate)
+      !!       The depth of model levels is set from dep(k), an analytical function:
+      !!                   w-level: depw_1d  = dep(k)
+      !!                   t-level: dept_1d  = dep(k+0.5)
+      !!       The scale factors are the discrete derivative of the depth:
+      !!                   e3w_1d(jk) = dk[ dept_1d ] 
+      !!                   e3t_1d(jk) = dk[ depw_1d ]
+      !!
+      !!            ===    Here constant vertical resolution   ===
+      !!
+      !! ** Action  : - pdept_1d, pdepw_1d : depth of T- and W-point (m)
+      !!              - pe3t_1d , pe3w_1d  : scale factors at T- and W-levels (m)
+      !!----------------------------------------------------------------------
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pdept_1d, pdepw_1d   ! 1D grid-point depth        [m]
+      REAL(wp), DIMENSION(:), INTENT(out) ::   pe3t_1d , pe3w_1d    ! 1D vertical scale factors  [m]
+      !
+      INTEGER  ::   jk       ! dummy loop indices
+      REAL(wp) ::   zt, zw   ! local scalar
+      !!----------------------------------------------------------------------
+      !
+      IF(lwp) THEN                         ! Parameter print
+         WRITE(numout,*)
+         WRITE(numout,*) '    zgr_z : Reference vertical z-coordinates: uniform dz = ', rn_dz
+         WRITE(numout,*) '    ~~~~~~~'
+      ENDIF
+      !
+      ! Reference z-coordinate (depth - scale factor at T- and W-points)   ! Madec & Imbard 1996 function
+      ! ----------------------
+      DO jk = 1, jpk
+         zw = REAL( jk , wp )
+         zt = REAL( jk , wp ) + 0.5_wp
+         pdepw_1d(jk) =    rn_dz *   REAL( jk-1 , wp )
+         pdept_1d(jk) =    rn_dz * ( REAL( jk-1 , wp ) + 0.5_wp )
+         pe3w_1d (jk) =    rn_dz
+         pe3t_1d (jk) =    rn_dz
+      END DO
+      !
+      IF(lwp) THEN                        ! control print
+         WRITE(numout,*)
+         WRITE(numout,*) '              Reference 1D z-coordinate depth and scale factors:'
+         WRITE(numout, "(9x,' level  gdept_1d  gdepw_1d  e3t_1d   e3w_1d  ')" )
+         WRITE(numout, "(10x, i4, 4f9.2)" ) ( jk, pdept_1d(jk), pdepw_1d(jk), pe3t_1d(jk), pe3w_1d(jk), jk = 1, jpk )
+      ENDIF
+      !
+   END SUBROUTINE zgr_z
+   
+   !!======================================================================
+END MODULE usrdef_zgr
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/README.md
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/README.md	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/README.md	(revision 15719)
@@ -0,0 +1,71 @@
+# Wetting and drying demonstration case
+Here a description of the test case + link toward the src and notebooks. 
+<br>
+We here provide a physical description of this experiment and additional details as to how to run this experiment within NEMO. This experiment is **created and tested** for NEMO **code at revision 8097**. 
+
+A **ipython notebook is also provided** as a demonstration of possible analysis. If you have already run the NEMO experiment and want to analyse the resulting output, you can directly look at the notebook : **[here](....)**.
+
+## Objectives
+The ..... experiment is......
+
+
+## Physical description
+NEMO .... demonstration case follows the specifications of .... et al. (2012): 
+......  <br>
+
+
+### Exemple of run
+In this exemple we assess the behaviour of the ....<br>
+
+* The **Reference Simulation** : **FCT2** is the first simulation, ....
+
+```
+cd TEST_CASES/........
+ln -sf namelist_....._cfg namelist_cfg
+```
+choice of..... is done in namtra_.... block of namelist: 
+
+~~~fortran
+!-----------------------------------------------------------------------
+
+~~~
+
+Run the executable : (if you haven't compiled NEMO see [here](https://github.com/sflavoni/NEMO-test-cases) )
+
+``` 
+ mpirun -np 1 ./opa 
+```
+Output files are: <br>
+
+~~~
+
+~~~
+
+* The **Sensibility Simulation** : .
+
+
+```
+ln -sf namelist_xxxx_cfg namelist_cfg
+```
+
+Run the executable again : 
+
+``` 
+ mpirun -np 1 ./opa 
+```
+
+Output files : <br>
+
+~~~
+
+~~~
+
+* You can change output file name  in variable @expname@ in file\_def\_nemo-opa.xml
+
+~~~xml
+<file_definition type="multiple_file" name="@expname@" sync_freq="10d" min_digits="4">
+~~~
+
+* Available notebook python is **[here]()**.
+
+## References
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/cpp_WAD.fcm
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/cpp_WAD.fcm	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/WAD/cpp_WAD.fcm	(revision 15719)
@@ -0,0 +1,1 @@
+ bld::tool::fppkeys   key_iomput key_mpp_mpi 
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/demo_cfgs.txt
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/demo_cfgs.txt	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/demo_cfgs.txt	(revision 15719)
@@ -0,0 +1,11 @@
+CANAL OCE
+ISOMIP OCE
+LOCK_EXCHANGE OCE
+OVERFLOW OCE
+ICE_AGRIF OCE NST SAS ICE
+ICE_ADV1D OCE SAS ICE
+ICE_ADV2D OCE SAS ICE
+VORTEX OCE NST
+WAD OCE
+BENCH OCE ICE TOP
+SEAMOUNT OCE
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/rmt_cfgs.txt
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/rmt_cfgs.txt	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/rmt_cfgs.txt	(revision 15719)
@@ -0,0 +1,3 @@
+ORCA1_CICE # ORCA2_LIM # OCE TOP  # http://gws-access.ceda.ac.uk/public/nemo/uspconfigs/ORCA1_CICE/v3.6.0/ORCA1_CICE_ctl.txt
+ISOMIP     # GYRE      # OCE      # http://gws-access.ceda.ac.uk/public/nemo/uspconfigs/ISOMIP/trunk/ISOMIP_ctl.txt
+IRISHSEA   # GYRE      # OCE      # http://gws-access.ceda.ac.uk/public/nemo/uspconfigs/IRISHSEA/v3.7.0/IRISHSEA_ctl.txt
Index: /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/test_cases.bib
===================================================================
--- /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/test_cases.bib	(revision 15719)
+++ /NEMO/branches/UKMO/NEMO_4.0-TRUNK_r14960_HPG/tests/test_cases.bib	(revision 15719)
@@ -0,0 +1,127 @@
+@book{HAIDVOGEL1999,
+   author = {D. B. Haidvogel and A. Beckmann},
+   publisher = {Imperial College Press, London},
+   year = {1999},
+   title = {Numerical ocean circulation modeling}
+}
+
+@book{BURCHARD2002,
+   title={GETM: A General Estuarine Transport Model; Scientific Documentation},
+   author={Burchard, Hans and Bolding, Karsten},
+   year={2002},
+   publisher={European Commission, Joint Research Centre, Institute for Environment and Sustainability}
+}
+
+@article{ILICAK2012,
+   title = "Spurious dianeutral mixing and the role of momentum closure",
+   journal = "Ocean Modelling",
+   volume = "45-46",
+   pages = "37 - 58",
+   year = "2012",
+   issn = "1463-5003",
+   doi = "10.1016/j.ocemod.2011.10.003",
+   author = "Mehmet Ilicak and Alistair J. Adcroft and Stephen M. Griffies and Robert W. Hallberg",
+   keywords = "Spurious dianeutral transport, Cabbeling, Overflows, Exchange-flow, Ocean models, Momentum transport, Tracer advection, Reference potential energy"
+}
+
+@article{DEBREU2012,
+   title = "Two-way nesting in split-explicit ocean models: Algorithms, implementation and validation",
+   journal = "Ocean Modelling",
+   volume = "49-50",
+   pages = "1 - 21",
+   year = "2012",
+   issn = "1463-5003",
+   doi = "10.1016/j.ocemod.2012.03.003",
+   author = "Laurent Debreu and Patrick Marchesiello and Pierrick Penven and Gildas Cambon",
+   keywords = "Two-way nesting, Finite difference method, Modeling, Boundary conditions, Coastal upwelling"
+}
+
+@article{PENVEN2006,
+   title = "Evaluation and application of the ROMS 1-way embedding procedure to the central california upwelling system",
+   journal = "Ocean Modelling",
+   volume = "12",
+   number = "1",
+   pages = "157 - 187",
+   year = "2006",
+   issn = "1463-5003",
+   doi = "10.1016/j.ocemod.2005.05.002",
+   author = "Pierrick Penven and Laurent Debreu and Patrick Marchesiello and James C. McWilliams",
+   keywords = "Ocean models, Boundary conditions, Embedding, Coastal upwelling, Mesoscale eddies, Eddy kinetic energy, North America, West Coast, Central upwelling system, Monterey Bay, 35–41°N, 128–121°W"
+}
+
+@article{SPALL1991,
+   author = {Spall, M. A. and Holland, W. R.},
+   title = {A Nested Primitive Equation Model for Oceanic Applications},
+   journal = {Journal of Physical Oceanography},
+   volume = {21},
+   number = {2},
+   pages = {205-220},
+   year = {1991},
+   doi = {10.1175/1520-0485(1991)021<0205:ANPEMF>2.0.CO;2},
+}
+
+@article{MATHIOT2017,
+   author = {Mathiot, P. and Jenkins, A. and Harris, C. and Madec, G.},
+   title = {Explicit representation and parametrised impacts of under ice shelf seas in the ${z}^{\ast}$ coordinate ocean model NEMO 3.6},
+   journal = {Geoscientific Model Development},
+   volume = {10},
+   year = {2017},
+   number = {7},
+   pages = {2849--2874},
+   url = {https://www.geosci-model-dev.net/10/2849/2017/},
+   doi = {10.5194/gmd-10-2849-2017}
+}
+
+@article{LOSCH2008,
+   author = {Losch, M.},
+   title = {Modeling ice shelf cavities in a z coordinate ocean general circulation model},
+   journal = {Journal of Geophysical Research: Oceans},
+   volume = {113},
+   year = {2008},
+   number = {C8},
+   pages = {},
+   keywords = {Ice shelf cavities, numerical ocean modeling, z coordinates},
+   doi = {10.1029/2007JC004368},
+   url = {https://agupubs.onlinelibrary.wiley.com/doi/abs/10.1029/2007JC004368},
+   eprint = {https://agupubs.onlinelibrary.wiley.com/doi/pdf/10.1029/2007JC004368},
+   abstract = {Processes at the ice shelf-ocean interface and in particular in ice shelf cavities around Antarctica have an observable effect on the solutions of basin scale to global coupled ice-ocean models. Despite this, these processes are not routinely represented in global ocean and climate models. It is shown that a new ice shelf cavity model for z coordinate models can reproduce results from an intercomparison project of earlier approaches with vertical ?~C or isopycnic coordinates. As a proof of concept, ice shelves are incorporated in a 100-year global integration of a z coordinate model. In this simulation, glacial meltwater can be traced as far as north as 15??S. The observed effects of processes in the ice shelf cavities agree with previous results from a ?~C coordinate model, notably the increase in sea ice thickness. However, melt rates are overestimated probably because the parameterization of basal melting does not suit the low resolution of this configuration.}
+}
+
+@article{LIPSCOMB2004,
+   author = {Lipscomb, William H. and Hunke, Elizabeth C.},
+   title = {Modeling Sea Ice Transport Using Incremental Remapping},
+   journal = {Monthly Weather Review},
+   volume = {132},
+   number = {6},
+   pages = {1341-1354},
+   year = {2004},
+   doi = {10.1175/1520-0493(2004)132<1341:MSITUI>2.0.CO;2},
+   URL = {https://doi.org/10.1175/1520-0493(2004)132<1341:MSITUI>2.0.CO;2},
+   eprint = {https://doi.org/10.1175/1520-0493(2004)132<1341:MSITUI>2.0.CO;2}
+   abstract = { Abstract Sea ice models contain transport equations for the area, volume, and energy of ice and snow in various thickness categories. These equations typically are solved with first-order-accurate upwind schemes, which are very diffusive; with second-order-accurate centered schemes, which are highly oscillatory; or with more sophisticated second-order schemes that are computationally costly if many quantities must be transported [e.g., multidimensional positive-definite advection transport algorithm (MPDATA)]. Here an incremental remapping scheme, originally designed for horizontal transport in ocean models, is adapted for sea ice transport. This scheme has several desirable features: it preserves the monotonicity of both conserved quantities and tracers; it is second-order accurate except where the accuracy is reduced locally to preserve monotonicity; and it efficiently solves the large number of equations in sea ice models with multiple thickness categories and tracers. Remapping outperforms the first-order upwind scheme and basic MPDATA scheme in several simple test problems. In realistic model runs, remapping is less diffusive than the upwind scheme and about twice as fast as MPDATA. }
+}
+
+@article{SCHAR1996,
+   author = {Christoph Schär and Piotr K. Smolarkiewicz},
+   title = {A Synchronous and Iterative Flux-Correction Formalism for Coupled Transport Equations},
+   journal = {Journal of Computational Physics},
+   volume = {128},
+   number = {1},
+   pages = {101 - 120},
+   year = {1996},
+   issn = {0021-9991},
+   doi = {https://doi.org/10.1006/jcph.1996.0198},
+   url = {http://www.sciencedirect.com/science/article/pii/S0021999196901989},
+   abstract = {Many problems of fluid dynamics involve the coupled transport of several, density-like, dependent variables (for instance, densities of mass and momenta in elastic flows). In this paper, a conservative and synchronous flux-corrected transport (FCT) formalism is developed which aims at a consistent transport of such variables. The technique differs from traditional FCT algorithms in two respects. First, the limiting of transportive fluxes of the primary variables (e.g., mass and momentum) does not derive from smooth estimates of the variables, but it derives from analytic constraints implied by the Lagrangian form of the governing continuity equations, which are imposed on the specific mixing ratios of the variables (e.g., velocity components). Second, the traditional FCT limiting based on sufficiency conditions is augmented by an iterative procedure which approaches the necessity requirements. This procedure can also be used in the framework of traditional FCT schemes, and a demonstration is provided that it can significantly reduce some of the pathological behaviors of FCT algorithms. Although the approach derived is applicable to the transport of arbitrary conserved quantities, it is particularly useful for the synchronous transport of mass and momenta in elastic flows, where it assures intrinsic stability of the algorithm regardless of the magnitude of the mass-density variable. This latter property becomes especially important in fluids with large density variations, or in models with a material “vertical” coordinate (e.g., geophysical hydrostatic stratified flows in isopycnic/isentropic coordinates), where material surfaces can collapse to zero-mass layers admitting, therefore, arbitrarily large local Courant numbers.}
+
+@article{BECKMANN1993,
+  title         = {Numerical Simulation of Flow around a Tall Isolated Seamount. Part I: Problem Formulation and Model Accuracy},
+  pages         = {1736--1753},
+  journal       = {Journal of Physical Oceanography},
+  volume        = {23},
+  author        = {Beckmann, Aike and Haidvogel, Dale B},
+  year          = {1993},
+  month         = {Aug},
+  publisher     = {American Meteorological Society},
+  doi           = {10.1175/1520-0485(1993)023<1736:NSOFAA>2.0.CO;2}
+}
